across exerting expertise exploitation results

8/10/2019 Across Exerting Expertise Exploitation Results

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Across exerting expertise exploitation results reality fashion flow joins (buy :: inductor effect,sell :: capacitor

aspect)in pair dynamics to operate wait {to hold driven}when {retrievable centric metric =

[x , b ][a , x ],x[ a , b], x=a+b2

}isachievable using (w R x = f(in!,m R y = g("#!!mapping pair

and surround set {(driven, metric!, (instill, infuse!, (custom, event!, (handle, hold !} of (bit, envelop! such that$

mount={(sin%&cos%

(sin%cos%) , (sin%cos%)

sin%&cos% ) ,{(1+1

sin%,1+ 1

cos%)}, (#&"&f(i ,n)

1+#&"&f(i , n), 1

1+#&"&f( i ,n))envelop={' f%.g%.( f%g%)(f%+g%) },{' g(.).e

f(.).(1g(.).e f(.))

(1+g(.).ef(.)) },{' ln(1+f(.)) .(1ln (1+f( .)))(1+ln(1+f(.))) }aid )chaalia (draft copy *anuary +st-+., email to$susanne&weber / gmail&com!

In fact, better design of focus on binary balance behavior is to assign to it associate architectural structureaccordingly to joining (a, b) such that :

a = abs{f(& !} ( 0 abs{f(&!}!mount={ #&"&f(i ,n&1)1+#&"&f( i ,n&1)}, i=index ,event=n&1

b = ( 0 abs{f(&!}!

mount={1

1+#&"&f( i ,n&1)}, index=i ,event=n&1

in pair in order to handle any corresponding concrete coputing custoi!ation belong to logics dynaicsand liable linguistic la"s. #ence, ount tractability anageent of flip flop toggling states and adjustent
mailto:[email protected]:[email protected]:[email protected]:[email protected]


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advances transition techni$ues should coply "ith odeling odes provide integration of intellectualinspiration insight, "hich uses linguistic logics languages. %herefore, &bedded technology architectures areused to fi' firly focus on functionalis in sign sybolis of etric ass, "hich invoes centric etricapproach dynaics that causes this corresponding linguistic logics language to be an integral part of asurrounding "hole "ay of inguistics la"s inserting and positioning along clause or align phrase "ithin aclause custoi!ations or phrase constructions. %hus, thus ebedded technology should unify corresponding

binary basic built in behavior to use apping pair (a, b) such that:

a = exp{f(& !} ( 0 exp{f(&!}!mount={ #&"&e

f( i ,n&1)

1+#&"&ef(i ,n&1)}, i=index ,event=n&1b = ( 0 exp{f(&!}!

mount={ 11+#&"&ef(i ,n&1)}, i=index ,event=n&1a = 2og( 0 f(& !! ( 0 2og( 0 f(&!!!

mount={ #&"&2og(f( i ,n&1))1+#&"&2og(f(i ,n &1))},i=index ,event=n&1b = ( 0 2og( 0 f(&!!!

mount={ 11+ #&"&2og( f(i , n&1))},i=index ,event=n&1a = tg%3f(& !4 ( 0 tg%3f(&!4!

mount={#&"&tg%(f(i ,n&1))

1+#&"&tg%(f(i ,n&1))}, i=index ,event=n&1b = ( 0 tg%3f(&!4!

mount={ 11+#&"&tg%(f(i ,n&1))}, i=index ,event=n&1a = cotg%3 f(& !4 ( 0 cotg%3 f(&!4!

mount={ #&"&cotg%(1

f(i ,n &1))

1+#&"&cotg%( 1f(i ,n&1)

)},i=index ,event=n&1b = ( 0 cotg%3 f(&!4!

mount=

{1

1+#&"&cotg%(1

f(i ,n&1))}

,i=index ,event=n&1

a = s5rt{f(& !} ( 0 s5rt{f(&!}!, when f(&! 6= +mount=

#&"&f( i ,n&1)1+#&"&f(i ,n &1)

,i=index ,event=n&1

b = ( 0 s5rt{f(&!}!, when f(&! 6= +mount={ 11+ #&"&f(i , n&1)},i=index ,event=n&1

a = s5r{f(& !} ( 0 s5r{f(&!}!mount={ #&"& f%(i ,n&1)1+#&"& f%(i ,n&1)}, i=index ,event=n&1

b = ( 0 s5r{f(&!}! mount={ 1

1+ #&"& f%(i , n&1)}, i=index,event=n&1a = sin%{f(& !} ( 0 sin%{f(&!}!

mount={ #&"& sin%(f(i ,n&1))1+#&"& sin%(f(i ,n&1))}, i=index ,event=n&1b = ( 0 sin%{f(&!}!

mount={ 11+ #&"& sin%(f(i ,n&1))}, i=index ,event=n&1a = cos%{f(& !} ( 0 cos%{f(&!}!

mount={ #&"& cos%(f( i ,n&1))1+#&"&cos%(f(i ,n &1))},i=index ,event=n&1b = ( 0 cos%{f(&!}!

mount={ 1

1+ #&"&cos%( f(i , n&1))},i=index ,event=n&1

*urtherore, due to current sign sybolis functions ordering faithful outlets, first all of invoing industrialanufacturing of corresponding linguistic logics languages, detectable signal sensors should be deterined


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to fill in free $uery "ay for another tiing siulation and job scheduling judgent processing.+ecause using joining (a, b!in pair is real resulting in reality fashion flo" of logics dynaics, "hereby:

a = x%&2og( 0 x%(x%0y%!! ( 0 x%&2og( 0 x%(x%0y%!!!

a=x%&2og(1+

x%

x%+y%)

1+x%&2og(1+ x%

x%+y%)

,x , y= floats

b = ( 0 x%&2og( 0 x%(x%0y%!!!b=

1

1+x%&2og(1+x%

x%+y%),x , y=floats

a = x%&exp( 0 x%(x%0y%!! ( 0 x%&exp( 0 x%(x% 0 y%!!!

a=x%& e

x%x%+y%

1+x%&ex%

x%+y%

,x , y=floats

b = ( 0 x%&exp( 0 x%(x% 0 y%!!!b=

1

1+x%& ex%

x%+y%

,x , y= floats

a = x%&tg%( 0 x%(x%0y%!! ( 0 x%&tg%( 0 x%(x%0y%!!!

a=x%&tg%( x%

x%+y%)

1+x%&tg%( x%

x%+y%)

, tg=tan,x , y= floats

b = ( 0 x%&tg%( 0 x%(x%0y%!!!b=

1

1+x%&tg%( x%

x%+y%)

, tg=tan,x , y= floats

a = x%&exp( 0 x%(x%0y%!! ( 0 x%&exp( 0 x%(x% 0 y%!!!

a=x%&cotg%(

x%+y%x%

)

1+x%&cotg%(x%+y%x%

),cotg=cot,x , y=floats

b = ( 0 x%&cotg%( 0 x%(x%0y%!!!b=

1

1+x%&cotg%(x%+y%

x% )

,cotg=cot,x , y=floats

a = x%&s5rt{f( !} ( 0 x%&s5rt{f( !}!a=

x%&f(.)1+x%&f( .)

,x , y=floats

b = ( 0 x%&s5rt{f( & !}!b=

1

1+x%&f(.),x , y= floats

#ence, using such defined above apping pair (a, b!serves to enhance e'pertise environent of e'ertingengineering design belong to integrated intellectual inspiration insight, "hereby apping pair (" ', y)should be used to unify liable linguistic la"s, "hich could handle logic thoughts and dynaic echanis ofsurround sign sybolis functions ordering faithful outlets. -ince transition logics dynaics, translationtraceability ofwhile(constraint conditions! do {next state change processing statements}rules ajor ainrolling transforation of any instructive logics belong to if(available valuable valid variation e'ists) then done't state processing stateents/ else search corresponding sign sybolis feathering optial functionsordering faithful outfits, "hich perfor liable lin la"s of toen siulation involving inside investentipleentation of control data flo" graph and chart flo" theory/. *urtherore, invest inside intentional

joining (a = x%&y%( 0 x%&y%!,b = ( 0 x%&y%!) in pair or other leaf lie architectural structure to ensurebinary balance behavior based on burro"ing neat net"oring of clear correct narro" topology. #ence,theoretical re$uired energy to toggle binary basic built in behavior should coply "ith "ith correct clearcoputing custoi!ation of rational proportional ratio returns of functional focus on of detailed descriptiondesign, "hich has been sho"n inside figure belo".


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0ue to any several resulting in reality fashion flo"s concerning concrete coputing custoi!ation alonglinguistic logics and driven design description of ount tractability anageent, odeling ode theory

provides corresponding sign sybolis feathering operational functions ordering fre$uency outlets. #ence,any architectural eans for release or e'pression of eotion invoes theoretical channel such adjustentadvances or strea flo"s of resulting in responsive re$uest should be scheduling job involving "ithin anydisposal proposal tiing siulation or grid siulation echanis. *urtherore, align retail storing discreteevent siulation principles serves sparsely populated reality fashion flo"s belong to &arths -y star

positions and intentionally individualis ipleent that usually eori!es boundary liits of potential

proposal psyche soul breath basic built in behaviors "ith "ide variety of ind erchandises. %herefore,odeling odes of discrete event siulation deals "ith any several sign sybolis fields organi!ingfundaental orientation of operational linguistic logics driven design that ounts binary balance (binary bitor digit 3s or 1s) on translation traceability techni$ues and transition tractability anageent into liablelogic thoughts of i'ing aspects belong to theology and theory of resolving proposal probles. #ence,evolves odeling odes to container general fu!!y focus on such that:

1. only operational pair (', y) invoes logics dynaics, "hich should shae any disposal descriptiondesign of proposal principles belong to such a liable linguistics la"s, "hereby

x = 7 0 sin% andy =7 0 cos% orx = tg%andy = cotg% {(1+ 1sin%,1+ 1cos%)}{( tg% , cotg%)}x = sin%&cos%(sin% 7 cos%!%andy = (sin%7cos%!%3sin%&cos%4 {( sin%&cos%(sin%cos%) , (sin%cos%) sin%&cos% )}


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%his parallelis of ount tractability anageent invest intensive ipleentation across binarybalance using apping pair dynaics and joining (', y) in pair description to fill any logic thoughtand to handle ajor ain strea study of incoing edges and outgoing edges based upon:

a. &very object involving "ithin intentional ne't state change coputing custoi!ation evolve signsybolis function uses unifor ount tractability anageent tends to reain in neat net"oringof narro" state descriptions unless an e'ternal e'pertise e'ploitation is applied to aspire intellectual

inspiration insight that is calling parallelis proceeding. %herefore, &arths -y star "eights shouldreain parallel "hile they are occurring or arranged "ithin strati for layers as strata or rocs. %hinlight layers should invest inside intensive ipleentation of antithetic antithesis that is being indiaetrical vie"point covering conventional "isdo.

b. *or every action there is an e$ual and opposite reaction: this invoes binary basic built in behaviorhandling joining (x = 7 0 sin%,y =7 0 cos%) in pair to be used "ithin any accordingly to

parallelis proceeding of ount tractability anageent.

2. 4syche soul breath "ishes deal "ith linguistic logics language involving inside concrete copact


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coputing custoi!ation belong to safe selection scheduling based upon integrated inspiration ofsurround set = {(metric, driven!, (instill, infuse!, (custom, event!, (handle, hold!}. %hus, theoreticalability to discern or judge "hat is true, right, or lasting invoes intellectual inspiration insideaccordingly to joining (w R x, m R y) in pair in order to enhance any e'erting e'pertise e'ploitationenvironent of engineering logics language, "hereby learning "isdo through "ise teachings of theancient sage ages (no"ledge cultures of concrete coputing custoi!ation across adjustentadvances and arrangeent judgents belong to justice rule of in$uiry $uestion string 5integrated

intelligence insight is homely saying what was couched the collective wisdom of general using issuesof next generations5. #ence, justice and judgent echanis should then use rational ratio returnsof apping pair (in, "#!such that:

a. 4redication processing option, "hich is defined to be one of the t"o ain constituents of asentence or clause, odifying the subject and including the verb, objects, or phrases governed by theverb, as opened the door in 6ane opened the door or is very sleepy in %he child is very sleepy. &venthough, any intentional integer n could be ipleented "ithin corresponding odifying subject andinvolving a verb to custoi!e a concrete clause or sentence definition. %hen, consider an intentionalinteger 5i5 belong to any clear "isdo to describe integrated intellectual inspiration insight. #ence,obtained rational ratio of i to n has eans and eanings "hich could be trusted "ithin any signsybolis fundaental optii!ation processing. #o" to define such a rational ration return "ithinfunctioning odeling odes7 %his could be ans"ered through

in = x%&2og(x%( 0 x%&y%!! (0 x%&2og(x%(0 x%&y%!!

i

n=

x%&2og(1+ x%

1+x%&y%)

1+x%&2og(1+ x%

1+x%&y%)

,x , y=floats

in = x%&exp(x%( 0 x%&y%!! (0 x%&exp(x%( 0 x%&y%!!i

n=

x%&e( x%

1+x%&y%)

1+x%& e( x%

1+x%&y%),x , y=floats

in = x%&tg%(x%( 0 x%&y%!! (0 x%&tg%(x%(0 x%&y%!!

i

n=

x%&tg%(x%

1+x%&y%)

1+x%&tg%(x%

1+x%&y%),x , y=floats

in = x%&cotg%(( 0 x%&y%!x%! (0 x%&cotg%((0 x%&y%!x%!

i

n=

x%&cotg%(1+x%&y%

x% )

1+x%&cotg%(1+x%&y%

x% )

,x , y= floats

in = x%&s5rt{f(&!} (y% 0 x%&s5rt{f(&!}! i

n=

x%&f( .)y%+x%&f(.)

,x , y=float , f(.)=function

b. 8ny logic dynaics proposes entity eleent e'pertise e'ploitation environent, "hereby tractabilityanageent part of proposal production should have any associate integer j (rule definition "ithin any

people politics or justice judgent proceeding dynais) and a disposal etric designation drivers "hocould affir or deny about corresponding subject. %hus, an intentional integer could be used to describesuch dynaic echanis belong to etric designation drivers. *or e'aple, in the proposition 9e areortal, ortal is the predicate. *urtherore, to resolve resulting reality fashion flo" of this logics dynaics,surround sybolic functions ordering focus on such that:

"# = x% (0y%! "

#=

x%

1+y% ,x , y= floats

"# = x% (x% 0 y%! "

#

=x%

x%+y%

,x , y=floats

"# = (0x%&y%! "

#=

x%

1+x%&y% ,x , y=floats


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"# = abs{x}(0 abs{y}! "

#= x1+y

,x , y=floats

"# = abs{x&y}(0 abs{x&y}! "

#= x&y1+x&y

,x , y= floats

"# = abs{x}(abs{x} 0 abs{y}! "

#= x

x+y,x , y=floats

"# = (0 abs{x&y}! "

#=

1

1+x&y,x , y= floats

9hat does siple assebly code lie add ra', rb' ean7 it sees pretty siple at first that this sipleassebly code 5 add ra', br'5 stores the su of easurable coputing aounts stored in ra' andrb' in corresponding register rb'. +ut it also sets si' different flags, "hich can decide corresponding

progras control data flo" graph (reference http:;;bap.ece.cu.edu;).

&ven though, obviously understanding theoretical basic built in behavior of assebly instruction and theirside effects is huge hard hierarchy hoe tass and threads for any investent inside digital design and drivendynaics of discrete event siulation. #ence, binary code is every"here, the ost significant digital dataencoding e'pertise e'ploitation. +inary balance access is architectural structures that are ready for any

"idely applicable soft"are progra. *urtherore, binary digital data encoding e'pertise allo" usersand developers to argue about surround security effects of any scheduling running progras. %hus,

binary balance approach belong to soft"are security re$uires ade$uate ability to perfor prograanalysis on any binary balance behavior. #ence, a progra analysis "hether it is static pr dynaic)is corresponding algorith for deterining theoretical effects of along set of stateents perforing

prograing language under concrete consideration of coputing custoi!ation. %hus, a binarybalance approach re$uires first of all ability to analysis each intentional instruction in advancinganner as faithfully best as it could be belong to its seantics and second of all binary balance

behavior is ount tractability anageent ethod for encoding adjustent advance algorithgenerating operational intentional instruction ipleentations. #o"ever, there are t"o priarychallenges to perfor accordingly to associate higher level soft"are languages: first binary balance
http://bap.ece.cmu.edu/http://bap.ece.cmu.edu/


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analysis and second of all engineering e'pertise e'ploitation challenges to perfor desirable "ishesof resulting in reality fashion flo" ordering financial opportunity.

9avefor copression algoriths are dealing "ith structural encoding of corresponding data, "hich eansthat all data is operationally a coputing custoi!ation cobination of entity eleents, e, belong to ordering

alphabet, 8. %his coputing custoi!ation cobination of entity eleents is a ount tractability essage,.

envelop={'x%&ey%

.(1x%&ey%)

(1+x%& ey%) },e f(.)=cos(.)+ #&sin(.)ensuring encoding envelop = (i&n( 0 i&n!, (0i&n!!apping pair, "hereby valid valuable variation levelof lo" po"er voltage or other fle'ible energy sourcecould be used to deliver re$uired resulting in re$uest

belong to transaction transportation andtransforation proceeding.

envelop=

{'

n&2og(1+ i1+i&n

).(1n&2og(1+ i1+i&n

))

(1+n&2og(1+ i

1+i&n

))

ensuring encoding envelopflow

digital ={'sin.cos.(sincos)}


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envelop = ' abs(sin!&abs(cos!&(abs(sin! 7 abs(cos!!

ensuring encodingenvelop = ' s5rt(abs(sin!!&s5rt(abs(cos!!&

(s5rt(abs(sin!! 7 s5rt(abs(cos!!!

envelopflow

digital = 'sin.cos.(sincos)

ensuring encodingenvelop = ' abs(sin!&cos%&(abs(sin! 7 cos%!

envelop flowdigital ={'sin. cos%.(sincos%)}

ensuring encodingenvelop = ' sin%&abs(cos!&(sin% 7 abs(cos!!

envelopflow

digital ={' sin%.cos.(sin%cos)}

#ence, using centric etric approach to fi' linguistic logics of driven dynaics along anufacturing designof job scheduling encoding "ithin investing ipleentation of either:

1. if (constraint condition) then done't state change processing stateents/ else thin up throughne" burro"ing narro"s/

or2. "hile(constraint conditions) do ne't state change processing stateents/, "hich could be converted

into repeat(ne't state change processing stateents) until(constraint condition).

In fact, logic thoughts and ount tractability anageent of transaction techni$ues have to deal "ithconcrete coputing custoi!ation of cabling detectable signal sensors and adjustent advance algorith

belong to tiing siulation (using laser effect to speed fre$uency for any proposal disposal digital designbased upon fle'ible gro"ing upon flip?flop functionalis).

In fact, best in class coputing custoi!ation along digital design should generate intentional itinerary "ayinto valuable valid variation of transaction transforation ters and translation traceability of tractabilityanageent. %herefore, signal translation should be e$ual to e'erting function of t"o variables, "hich areinteger inde' i of any corresponding chosen signal and a valid iteration n accordingly to ajor ainanufacturing design of discrete event environent. %hus, any resulting in signal transaction

list(signal(index = i!(time event = n&1! such that transaction=

signalin&1

... signalin&1

... signalin&1 ... !.

%hen, driven dynaics of binary balance e'ploitation should be used to evolve apping pair principles,"hereby joining (', y) in pair such that:

(x = n&2og(i(0i&n!!(0n&2og(i0i&n!!,

y = (0n&2og(i(0i&n!!! {(x= n&2og(1+ i

1+i&n)

1+n&2og(1+ i1+i&n

), y=

1

1+n&2og(1+ i1+i&n

))}(x = n&exp(i(0i&n!!(0n&exp(i0i&n!!,y = (0n&exp(i(0i&n!!!

{x=

n&e(1+ i

1+i&n)

1+n&e(1+

i

1+i&n), y=

1

1+n&e(1+

i

1+i&n)

}(x = n&tg%(i(0i&n!!(0n&tg%(i0i&n!!,y = (0n&tg%(i(0i&n!!! {(x= n&tg%(1+ i

1+i&n)

1+n&tg%(1+ i

1+i&n), y=

1

1+n&tg%(1+ i

1+i&n))}

(x = n&cotg%((0i&n!i!(0n&cotg%((0i&n!i!,

y = (0n&cotg%((0i&n!i!! (x= n&cotg%(1+i

1+i&n)

1+n&cotg%(1+i

1+i&n), y=

1

1+n&cotg%(1+i

1+i&n))

(x = n&sin%(cos% 0 n&sin%!,y = n&cos%(sin% 0 n&cos%!! {(x=

n&sin%cos%+n&sin%

, y= n&cos%sin%+n&cos%)}


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(x = n&sin%&cos%((sin% 7 cos%!% 0 n&sin%&cos%!,y = n&(sin% 7cos%!% (sin%&cos% 0 n&(sin% 7 cos%!%!! {(x= n&sin%&cos%(sin%cos%) +n&sin%&cos%, y= n&(sin%cos%) sin%&cos%+n&(sin%cos%) )}

(x = n&2og(0 i(0i&n!! ( 0 n&2og( 0 i(0i&n!!,y = ( 0 n&2og(0 i(0i&n!!!) or(x = n&exp(0 i(0i&n!! ( 0 n&exp( 0 i(0i&n!!,y = ( 0 n&exp(0 i(0i&n!!!)

In fact, any intentional apping pair should transit linguistic logics language into liable la" lins ofantenna architectural structures based upon odulation?deodulation theory. %hus, since safe oldfundaental functions of agnetic?electronics transforation techni$ues, "hereby any syste signalfunction ordering faithful outlet should be used to achieve desirable scenery sho"s of industrialanufacturing logics. #ence, to encode and decode incoing transaction blocs, clear clean copile?copute custoi!ation or siilar job scheduling services should be ipleented to result in reality fashionflo" of control data flo" theory and chart flo" transforation techni$ues. *urtherore, using hash table

principles involving inside intentional joining(x = typedef map9char, vector9int66,y = typedef map9char, float6)

in pair, "hereby y typedef ap@char, floatA should be defined through basic dynaics of ne't state changeprocessing. #ence, define this corresponding float to be e$ual to si:e(vector9int6! ( 0sum(si:e(vector9int6!!!!is logic result of anufacturing intentional intellectual inspiration insight to buildin cople' bout behavior of "avefor copression coputing, "hich could be used "ithout any re$uired

decopression algorith. %herefore, this ind of "avefor copression custoi!ation based upon t"o"rapping upon point overvie":

1. traceability tractability anageent using joining (x = typedef map9char, vector9int66,y =typedef map9char, float6)

2. focussing on fle'ible fundaental relationship bet"een these t"o entity eleents e'pertisee'ploitation:float = si:e(vector9int6! ( 0 sum(si:e(vector9int6!!!!

8ny driven dynaics of digital design description deals "ith ore concrete coputing custoi!ation ofdigital design along free path principle theory and other ind of error optii!ation operating logics that isresulting in reality fashion flo" of general purposeful transforation techni$ues using atheatical

odeling of apping pair (tg, cotg) functional fors in order to resolve architectural abiguity ofsurround set (driven, etric), (instill, infuse), (custo, event), (handle, hold)/. %his surround is safesybolis significance of any transforation traceability surround linguistic logics and liable la" lins ofdigital design description.

#ence, "ater vapori!ation is valuable valid variation using unit to perfor ount tractability anageent ofdiscrete event siulation dynaics. &ven though, drin "ater is sart clean incoing fro &arths -ysdrop to"ard the hori!on and to handle anufacturing artificial architectural rainbo", "hich is 8n arc ofspectral colors, usually identified as red, orange, yello", green, blue, indigo, and violet, that appears in thesy opposite the sun as a result of the refractive dispersion of sunlight in drops of rain or ist.

&ven though, dripping in raindrop description has to usually deal "ith driven dynaics of investing

intravenous drop?by?drop adinistrative advances of theological therapeutic safe solution accordingly deepdriven design of discrete event siulation e'pertise environent, as dripping dynaics of drop?by?drop ofsalt aount $uantity or sugar aount $uantity to get any drin or eal sart tasting as it "ill be desirable"ished. %herefore, consider apping pair (x = re5uired amount 5uantity of "y;s


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e'pertise e'ploitation to e'ert highest level valid valuable variation of concrete coputing custoi!ationalong desirable ai object and optiistic faithful orientation.#ence, intentional in$uiry $uestion string of joining such a apping pair (x = re5uired amount 5uantity of"y;s


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#ence, "hy should this (x= sin%&cos%(sin%7cos%!%,y= (sin% 7 cos%!% 3sin%&cos%4 ) atheatical odeling

ode design be safe sure sign sybolis feathering ordering functions operate fundaental outlets7

*irst of all, because this accordingly to joining (x = sin%&cos%(sin%7cos%!%,y = (sin% 7 cos%!% 3sin%&cos%4) in pairhas to deal "ith enough valid valuable variation of any concrete corresponding integrated intellectual

inspiration insight gro"ing upon energy e'pertise or e'citeent e'ploitation of entity eleent environentengines. %hen, using unifying unit of discrete tie advance algorith based upon time event = n&1, drop?by?drop or step?by?step surround synchroni!ation function operation faithful ordering scenery sho"s of error?


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optii!ation and selective satisfaction of huan psyche soul breath.

esulting in resolution re$uireent of surround se$uencing transaction ters and ain odelingidentification should distinguish driven dynaic description based upon liable logics and la" lins oftranslation traceability and tractability ount anageent, "hich are dealing "ith:

1. accordingly to detectable signal sensors. %hus, any several sensor inds are proposal for disposal

technology transforation generating apping pair (incoing edge, outgoing edge) that is ready tohandle joining (idle, scheduling) in pair processing stateents of ne't state change coputingcustoi!ation.

2. robust regulation of incoing re$uired signal to enhance desirable "ishes of any functional aiobject belong to atheatical odeling odes of intellectual inspiration insight. %herefore, anyseveral approaches are dealing "ith ne" neat net"oring of regulation reality fashion flo" since1E33, "here 8llessandro Folta did invoe theoretical aspects of gro"ing upon generation ofanufacturing agnetic field fro electric current, "hich did achieve concrete foundation for

building electric otors, "hich "ere laid in priordial patterns involving inside digital processingdescription. %hus, using transission techni$ues of transaction ters in order to put fundaentalsyste signal functions ordering faithful outfits for"ard as a deand or an assertion.

G. +urro"ing narro"s to e'ploit e'pertise environent of transition technology, linguistic logicsshould evolve ne" design dynaics description of basic built behavior of binary balance. #ence,surround set (etric, driven), (instill, infuse), (custo, event), handle, hold)/ should be used"ithin any focusing on sign sybolis feathering optial financial opportunity of business benefitto e'ploit this binary built in e'pertise e'ploitation results reality fashion flo" joins (buy :: inductoreffect, sell :: capacitor aspect) in pair dynaics to operate H"ait to hold driven/ "hen retrievable

centric etric [x , b][a , x ],x[ a , b ], x=a+b2

/ is achievableD using (" ', y)

apping pair and surround set (driven, etric), (instill, infuse), (custo, event), (handle, hold )/ of(bit, envelop) such that:

bit={ eventi

1+)axi

(eventi)},{(f%

1+f%,

1

1+f%)},{( i&n1+i&n, 11+i&n)},{(n&ln(1+i)

1+n&ln(1+i),

1

1+n&ln(1+i))}

envelop={' f%.g%.(f%g%)(f%+g%) },{'x%&ey%

.(1x%& ey%)

(1+x%&ey%) },{' n&2og(1+i

1+i&n) .(1n&2og(1+

i

1+i&n))

(1+n&2og(1+i

1+i&n))

. Invest inside unifying use issues of joining (' i.n;(1Ci.n), y 1;(1Ci.n)) in pair, "hereby appingpair (i in IJ, n in IJ) is belong to signal transaction list(signal(inde' i) (tie event n.%)).

#ence, invoing transaction techni$ues to build in basic bout behavior of digital description shoulduse such a apping pair (' i.n;(1Ci.n), y 1;(1Ci.n)) called syste signal functions orderingfundaental opportunity resulting in regulator that is responsively ready for any reality re$uest toreplace fu!!y logics or genetic algorith architectural structures or any artificial intelligenceipleentation based upon rational ratio returns of logic lin :: 3 @ ratio of absa/ to absb/ @ 1.

K. esponsively, reality fashion flo" of using logic thoughts along transaction ter technology shouldinvoe translation traceability and tractability ount anageent of priordial principles of ne'tstate change processing involving inside focusing on apping pair (idle, scheduling). #ence,operating joining (' i.n;(1Ci.n), y 1;(1Ci.n)) in pair to enhance e'pertise environent ofatheatical basics e'erting e'ploitation that could be enlarged into :


14/59

(x = n&2og(i(0i&n!!(0n&2og(i0i&n!!,y = (0n&2og(i(0i&n!!! {(x= n&2og(1+

i

1+i&n)

1+n&2og(1+ i1+i&n

), y=

1

1+n&2og(1+ i1+i&n

))}(x = n&exp(i(0i&n!!(0n&exp(i0i&n!!,

y = (0n&exp(i(0i&n!!!

{x=

n&e(1+ i

1+i&n)

1+n&e(1+

i

1+i&n), y=

1

1+n&e(1+

i

1+i&n)

}(x = n&tg%(i(0i&n!!(0n&tg%(i0i&n!!,y = (0n&tg%(i(0i&n!!! {(x= n&tg%(1+

i

1+i&n)

1+n&tg%(1+ i

1+i&n), y=

1

1+n&tg%(1+ i

1+i&n))}

(x = n&cotg%((0i&n!i!(0n&cotg%((0i&n!i!,y = (0n&cotg%((0i&n!i!!

(x=

n&cotg%(1+ i1+i&n

)

1+n&cotg%(1+i

1+i&n), y=

1

1+n&cotg%(1+i

1+i&n)

)(x = n&sin%(cos% 0 n&sin%!,y = n&cos%(sin% 0 n&cos%!! {(x= n&sin%cos%+n&sin%, y= n&cos%sin%+n&cos%)}(x = n&sin%&cos%((sin% 7 cos%!% 0 n&sin%&cos%!,y = n&(sin% 7cos%!% (sin%&cos% 0 n&(sin% 7 cos%!%!! {(x= n&sin%&cos%(sin%cos%) +n&sin%&cos%, y= n&(sin%cos%) sin%&cos%+n&(sin%cos%) )}

L. valid valuable variation transaction ter technology should then deal "ith proposal disposalstochastic probabilistic prediction proceeding, "hereby error?optii!ation should advanceintentional logics of uncertainty easureent theory.

-ince operational old fundaental sign sybolis feathering optiistic financial ai object ofhuan desirable psyche soul breath bout benefits, apping pair (signed, unsigned) "as priordialdynais of ajor aintaining ultiplication processing. %herefore, theological aspects andtheoretical effects e'ert e'pertise environent to e'ploit energy for tractability ount anageentof entity eleent engines, "hich should coply "ith driven description of oriented object

prograable tools and hierarchy hoes of linguistic logics belong to intentional intellectualin$uiry $uestion string H lordliness obey to apping pairD. *urtherore, atheatical odelingodes should use sign sybolis to focus on fundaental functionalis of e'erting phenoenae'ploitation and to bring up topological techni$ues in order to anipulate proposal realityfashionable flo" of chart characteristics and to allo" adjustent advances architectural structures to

be built in "ithin any proposal filling in counications bet"een psyche soul breath basic builtbehavior and prediction processing echaniss.

In fact, cheical coposition of concerning coponents should then deliver resulting re$uests, "hich are

needed to satisfy hierarchy hoes of operational linguistic logics. %herefore, ount tractability anageentshould evolve agic processing dynaics to create re$uired reality fashion flo" of integrated in$uiry$uestion string Hactive advances are re$uired in otion action to coply "ith psyche soul breath basic builtin behaviorD. %hus, using surround segent of =inferior boundary liit, superior boundary liit> to invoe


15/59

resulting reality fashion flo" of any logics dynaics involving inside surround options of coparativecustoi!ation such that:

i orderflow2ogics n{ orderflow2ogics i& {w R x }n& {m R y }}

Hactive advances are re$uired in otionaction to coply "ith psyche soul breath

basic built in behaviorD

i orderflow2ogics

n

{orderflow

2ogics

i& {m R y }n& {w R x}}

Hactive in action psyche soul breath

basic bout business benefitsD

" outfitfunction2inguistic #{ outfitfunction2inguistic "& {w R x }#& {m R y }}

H lordliness obey to apping pairD

" outfitfunction2inguistic #{ outfitfunction2inguistic "& {m R y }#& {w R x }}

H ogic thoughts should generate philosophyengineering of tractability anageentD.

should coply "ith driven description of coputing colori!ation as sho"n belo".

In fact, using issues of apping pair (i;n, ;j) M (" ', y) to bring up ne" ounting tractabilityanageent into integrated intellectual inspiration of digital driven description based upon in$uiry $uestionstring 5inside interpenetrated logics dynaics5. 8lthough, using this sign sybolis functions operatingfundaental options of this in$uiry $uestion string 5inside interpenetrated logics dynaics5, should invest"ithin shining schedule of surround set (driven, etric), (instill, infuse), (custo, event), (handle, hold)/.#ence, joining (i;n, ;j) in pair to lin driven dynaics of liable logics based upon apping pair (" ', y). 8lthough, joining (i;n, ;j) in pair has to deal "ith any several approaches such that:

1. narro"ing neat net"oring of supporting sensors gentility and utility. %herefore, any correspondinginteger 5n5 could be used to fi' fundaental desirable super boundary liit of faithful focus onfunctions scheduling any translation traceability belong to transition techni$ues involving insidelinguistic logics of ne't state change stateent processing handling joining in (idle, scheduling) in

pair to support odeling odes of any state achine languages.

2. #ence using boundary liits such that = inferior liit i intentional intellectual insight of inde'ingipleentation, superior liit n narro"ing neat net"oring of supporting sybolis featheringordering functions optii!e faithful financial objects>.

G. %hen, theological aspect surround resulting in reality of rational ratio returns should fill in =inferiorliit entity eleent nuber, superior liit concrete custoi!ation coputing of theologicalor theoretical inds or types>

. #ence, using apping pair (idle, scheduling) belong to dynaic description of surround support set (driven, etric), (instill, infuse), (custo, event), (handle, hold)/ should use grid scheduling andtiing siulation, "hich have to invoe discrete event siulation e'pertise e'ploitation and e'erting

environent of liable logics inds belong to theological traceability and theoretical tractability.


16/59

K. -ince inu' developent design, functional in$uiry $uestion string Hount ?t type device directoryDhas to evolve e'pertise e'ploitation of e'citing engineering e'pertise surround sign sybolisfeathering optiistic functional outfits and ordering faithful objects of financial opportunity. %hus,deliver superior boundary liits of re$uired sensors or of people politics party inds or of huan

psyche soul breath types or of using issues handling advancing tie algoriths or of yard

transforation techni$ues or of theological results or of any other focusing on thees shouldbalance one o"n operational density of liable logics la", "hich could be generating accordingly toinvesting in intentional integer HnD.

L. &ven though, ain ajor ount tractability anageent of ne't state change custoi!ation shouldgenerate apping pair (idle, schedule), "hereby idle ("ait, not yet defined) and scheduling(incoing edge, outgoing edge). *urtherore, this intentional intellectual inspiration insight shouldshae priordial principles of atri' logics, ultiplication anageent of

(in, "#! (w R x, m R y!

%hus, this using utility of logic language lin such that:

orderflow2ogics

{( i& {w R x }

n&{m R y },

"& {m R y }

#& {w R x })}or operation ordering orientation of tractability


17/59

transforation techni$ue ters such that outfit function2inguistic {(i& {m R y}n& {w R x },"& {w R x }#& {m R y })} ,

"hich has to fi' general proposal proceeding shaes intellectual integration of atheatical basiccoputing for any discrete event e'pertise e'ploitation generating people politics or financial outfitsor digital driven design or other traceability techni$ues or tractability transforation logics. %hus,this accordingly to architectural artificial algorith handling transition techni$ues transforing

transaction traceability belong to signal transaction list(signal(inde' i)(tie event n.%)),"hereby yarding dynais is infused upon belo":

amountindex5uantity

=

i&(w R x , m R y)n

."

#&(w R x , m R y).

."& (w R x , m R y)

#.

i

n&(w R x , m R y)

1ransactiont=n&1

=. signal

#

m&1. signal

i

n&1.

. . . . .,bit={( i&(1sin%)sin%+i&(1sin%), i&(1cos%)cos%+i&(1cos%))}

In fact, *inite state achines ay sound lie a very dry cople' topic but they reveal a lot about the po"erof different driven descriptions belong to ount achine coputing inds or types. &very %uring achineincludes a finite state achine so there is a sense in "hich they coe first. %hey also turn out to be veryuseful in practice. %he siplest type of coputing achine that is "orth considering is called advancingarchitectural in$uiry $uestion string Hfinite state achineD. 8s it happens, the finite state achine is also auseful approach to any probles in soft"are architecture, only in this case you donNt build one yousiulate it. &ssentially a finite state achine consists of a nuber of states. #ence, "hen a sybol, acharacter fro soe alphabet say, is input to the achine it changes state in such a "ay that the ne't statedepends only on the current state and the input sybol. #ence, scheduling could be pic up, push up into$ueue, pop up fro $ueue, running, "rite bac, etc.../, "hereby scheduling state should be e$ual to (edge iscoing in, edge in going out)/. %here are t"o good reasons for being interested in finite state achines. %hefirst is practical. 8s entioned earlier, there are soe practical applications "hich are best odeled as a

finite state achine. *or e'aple, any counications protocols, such as O-+ can be defined by a finitestate achineNs diagra sho"ing "hat happens as different pieces of inforation are input. Pou can even"rite or obtain a copiler that "ill tae a finite state achineNs specification and produce code that behavescorrectly.


18/59

start "ith @nullA and apply rule 1 to get +@- 1A

use rule 2 to get +8@- 2A

use rule G to get + 8 +@- 1A

%he only ne" features are the use of @nullA to specify the starting state and the use of R to specify the finalstate. Pou can have any hours of happy fun trying to prove that this graar parses the sae se$uences asthe finite state achine accepts. &ven though, to see that it is it does just try generating an adjustent

advances of surround se$uences. %herefore, using discrete event siulation ajor ain principles to enhancee'pertise e'ploitation across adjustent advances involving inside intellectual inspiration insight alongodeling odes and align industrial anufacturing driven design description. %herefore, actually, electricalcar and e'citeent environent of achieving ount tractability anageent of scaling stairs belong to signsybolis functions that have to fi' optial financial outfits for further ordering features of intelligenceinsight application around artificial ipleentation and structural burro"s of basic built in behavior ofrational ratio return reality fashion flo"s, should invest "ithin using issues of intentional apping pair (w R

x, m R y!in order to transfor transition technology into resulting reality fashion flo" of concretecustoi!ation of logic dynaics and transportation thoughts of no"ledge cultures. &ven though, rational

ratio return reality fashion flo" deals "ith joining (in, "#!( own={(3 in1, 3 "#1)} ) in pair inorder to locali!e ajor ain priordial principles of odeling odes along discrete event siulationdynaics and its intensive hierarchy hoes of ount tractability anageent such that:

1. for all possible factory anufacturing description, an intensive fundaental integer n should beassigned to disposal density of disposition divisibility. #ence, this intentional integer n could beassigned to "ill be fi'. 8lthough, it is prosaically possible to find n = >?-or ore sensor types orinds, "hich are ready to be used "ithin industrial factory anufacturing design of electrical car.#o"ever, it is not possible to prepare all these n = >?-or ore sensor types to continue achievinghuge higher hierarchy hoe of electrical car driven design. %hus, consider intentional integer i resulting in sensor types or inds that actually are ready to be involving "ithin this industrial factoryanufacturing design. 9hat does rational ratio i;n ean7 It is basic build in behavior of anyconcerning coputing custoi!ation along architectural structures of engineering e'ploitation.

#ence, i;n ( i

noption={3 in1} )is a valid valuable variation of a corresponding transition

transforation, "hich bring up float corner encoding into flat fundaental functionalis of any float typedefinition or double type definition to result in any valid variation of operational ai objects. %herefore, thise'citing e'ploitation of e'pertise environent belong to ensuring in?e$uation belong to o"n surround setdefined above: 3 @ i;n @ 1, could e'ploit architectural structural design description of centric etricapproach to invest intentional intelligence insight "ithin atheatical functions invoing easurableuncertainty functions such that: it is possible to fi' this e'citing in?e$uation belong to o"n surround setdefined above: 3 @ i;n @ 1 as fashionable flo" of resulting in reality dra"s of: proposal incould be e$ualto:


19/59

metric= ni+n

,i3

metric=n&2og(

i

1+i&n)

1+n&2og( i1+i&n

)

metric=n&e

(i

1+i&n)

1+n&e(

i

1+i&n)

metric= 1

1+i&n

metric= in%+i

, n3 metric= 1

1+n&2og(

i

1+i&n )

metric=1

1+n&e( i1+i&n

)metric=

i

i+n,n3

metric=n%

1+i%metric=

i

1+i&n. ln (

1+i&ni )

metric=n&tg%(

i

1+i&n)

1+n&tg%( i1+i&n

)

metric=sin%

metric=i%

1+n metric=

i&n&sin%

cos%+i&n&sin%metric=

n&cotg%(1+i&n

i )

1+n& cotg%(1+i&ni )

metric=cos(f(.))

metric=i&n

1+i&n metric=i&n&cos%

sin%+i&n&cos% metric= i%

1+n%metric=sin( f(.))

metric=n%

1+ime=

i&n&(sin%cos%)sin%&cos%+i&n&(sin%cos%)

me= i&n&sin%&cos%(sin%cos%)+i&n&sin%&cos%

metric=cos%

#ence, evolving real resulting in reality fashion flo" of float fundaental functionalis along ;j, "herebyinteger apping pair (j, ) should ne"ly define transforation potentiality of logic thoughts and linguisticconcerning custoi!ation. #ence, invoing industrial anufacturing to fill in optial features across anyoperation electrical car, "hereby discrete event siulation echanis should be involving "ithin ne't

production generation, intentional integer j could then rule occurring ties of re$uires electrical energy.%hus, ho" any ties should any envisage electrical car be inside "ait delay tiing deadline to becoere$uired aount $uantity of e'citing electricity7

%o e'ploit e'pertise environent of focussing on integer to be used "ithin atheatical odeling odesinvolving intellectual inspiration insight that is using apping pair ((faster, slo"er), (idle state, schedulingstate)) , should bring up a "rapping up intervie"s around tiing siulation belong to industrialanufacturing of electrical cars. %herefore, operation ordering in?e$uation: 3 @ ;j @ 1 (

"

#aim={3 "#1} , "herebyj= occurring times of filling in re5uired energy,k = reduced number

belong toj) should shae judging ount tractability of bout benefit resulting in:

1. syste signal functions ordering financial outfits :: less oney as needed for faster gro"ing upontheology or theory. #ence, ne't state change processing should involve in$uiry $uestion string5change e'citing energy source as it has been re$uired5. %his is resulting in transforation

techni$ues that have been used "ithin theory of cars involving inside sport (forula 1: "ait forchanging "heel description). 8lthough, first of all, a re$uired sensor for detectable energy level isre$uired. Je't, this re$uired sensor should then be used to ount in$uiry $uestion string 5becoeore e'citing energy5. %herefore, to resolve such an abiguity of this e'citing energy e'ploitation,changing battery bo' set is concrete best in class custoi!ation of sign sybolis featheringorientation functioning optial use issues of discrete event siulation.

8n other application of discrete event siulation ajor ain priordial principles is itinerary odelingodes of centric etric approaches, "hich are using eory allocation dynaics and pointer resulting inreality fashion flo" to focus on filling in aount $uantity of driven digital data, "hereby pointer descriptionof using aount $uantity of digital data should coply "ith fundaental functionalis accordingly to basic

built in behavior that is defined belo":char M amount = (char*)alloc(E1S2 M si!eof(char)), than using apping pair (00amount, 77amount!toaccess any corresponding digital data in order to evolve e'pertise e'ploitation involving inside linguisticlogics belong to surround set (driven, etric), (instill, infuse), (custo, event), (handle, hold)/.


20/59

&ven though, to reduce such an intentional "ait delay tiing deadline, any several searching engines did%hus, -ince 1STE, epel and Uiv did invoe real robust resulting in approach of "avefor copressionalgorith, "hich has to deal "ith actual apping pair(w R x, m R y!that is perforing syste signalfunctions ordering faithful optiistic features such that:

1. y principle part could then invest "ithin atri' reload of reality fashion flo" of centric etric,

"hereby read(char!orread(byte!handles easurable aount $uantity of data to have been readduring elaboration process of fill in re$uired file that has less file si!e than corresponding file.#ence, byte or char type is a easurable aount $uantity of data, accordingly to atri' use or apissue, "hich has to start up its intensive ipleentation since this century coputing custoi!ationthrough type declaration 5typedef map9char, vector9int665, "here theological aspect of in$uiry$uestion string 5typedef vectorint!5 should deal "ith vector.size() as ajor ain dynaics ofcorresponding translation traceability and should then build in basic behavior of centric etric basedupon focussing on functionalis of uncertainty issue such that:

2. consider an integer n " vector#si$e( ) for in$uiry $uestion string 5typedef vectorint!5, "hich has tobe used "ithin locali!ation lins of corresponding char types or byte inds involving inside in$uiry$uestion string 5typedef mapchar, vectorint!!5. %hen, inde'ing stored chars have to becoe

inde' integers i. %hus, ne" approach of easurable uncertainty could be used based on e'ploitinge$uations:


21/59

G. uncertainty using issue to allo" robust reality fashionable flo" of o"n faithful optiisticfunctionalis ordering financial opportunity such that:

uncertainty = ni ( 0 ni!uncertainty={ n&i1+i&n}

uncertainty = ( 0 ni!uncertainty={ n&i1+i&n}

uncertainty =

n2og(i( 0 ni!! ( 0 n2og(i( 0 ni!!!

uncertainty={ n&2og( i

1+i&n)

1+n&2og( i

1+i&n)

@ncertainty =

nexp(i( 0 ni!! ( 0 nexp(i( 0 ni!!!uncertainty={ n&e

(i

1+ i&n)

1+n& e( i1+i&n

)}uncertainty = ntg%(i( 0 ni!! ( 0 ntg%(i( 0 ni!!!

uncertainty=

{ n&tg%(

i

1+i&n)

1+n&tg%( i

1+i&n)

uncertainty = ncotg%(( 0 ni! i! ( 0 ncotg%(( 0 ni! i!!

uncertainty={ n&cotg%(1+i&n

i )

1+n&cotg%(1+i&n

i )}

uncertainty =

nsin%(i( 0 ni!! (cos% 0 nsin%(i( 0 ni!!!

uncertainty=

{ n&sin%(

i

1+i&n)

cos%+n&sin%(

i

1+i&n )

}uncertainty =ncos%(( 0 ni!i! (sin% 0 ncos%(( 0 ni!i!! uncertainty={ n&cos%(1+i&n

i )

sin%+n&cos%(1+i&n

i )

uncertainty = nsin%&cos% ((sin%7cos%!% 0 nsin%&cos%!uncertainty={ n&sin%&cos%(sin%cos%) +n&sin%&cos%}

uncertainty = n(sin% 7 cos%!% (sin%&cos% 0 n(sin% 7 cos%!%!uncertainty={ n&(sin%cos%)sin%&cos%+n&(sin%cos%) }

@ncertainty = sin%

@ncertainty = cos%

. 8lthough ajor ain real resulting in dynaics should be involving "ithin in$uiry $uestion string5typedef mapchar, vectorint!!5, "hich has to deal "ithvector&si:e( ! = integer nand char inde' i corresponding char that is stored "ithin corresponding hash table to perfor ne't state change

processing based upon general fu!!y fashion flo". #ence, consider concrete coputingcustoi!ation belong to rational ratio returns, theoretical float corner encoding could then be "rittenas belo":

Rinclude @cstdioA

Rinclude @cstdlibARinclude @cstringARinclude @cathA


22/59

Rinclude @iostreaARinclude @vectorARinclude @apAtypedef vector@intA $ueueVtypedef ap@char, vector@intAA storageVtypedef ap@char, float A useVusing naespace stdVint ain(int argc, charM argv=>) if (argc 9= ! {

cout 99 Anot enough input parameters A99 endlB

exit(+!B

/ else { CD2E fptr = fopen(argv34, ArA!B

float sum = +B

char pchr =AA

std$$map9char,vector9int66$$iterator itB

int index = +B while (Ffeof(fptr!!

do fscanf(fptr, 5c5, pchr)V char got MpchrV it storage.find(got)V if (it JO) std::vector@intA $ueue V $ueue.pushWbac(inde'CC)V storage.insert (it, std::pair@char,vector@intAA(got,$ueue))V / else

((Mit).second).pushWbac(inde'CC)V /

/fclose(fptr!B

it = storage&begin(!B

for (itB it F= storage&end(!B it00!

{

int result = ((it!&second!&si:e(!B

sum = sum 0 resultB

}

it storage.begin()Vstd :: ap@char, floatA :: iterator ig use.begin()V

for (itV it X storage.end()V itCC) int result ((Mit).second).si!e()V float inside result ; (1 C su) V char got (Mit).first V use.insert (ig, std::pair@char,floatA(got,inside))V/

CD2E gptr = fopen(argv3-4, AwA!B

fprintf(gptr, AGiHnA, sum!

ig = use&begin(!B

for (igB ig F= storage&end(!B ig00!

{

char got = (ig!&first B

float result = (it!&second B

fprintf(gptr, AGcGfA, got, result!


23/59

}

end main

return + B

}

/

#ence, based upon concrete coputing custoi!ation along eory using issues involving inside:

char *pchr = (char*)malloc(8192 * sizeof(char))

easurable tractability ount anageent could be balance concrete pointer locali!ation lins through basicbalance of %%pchrand&&pchr, "hich are used to design driven design description of discrete event principlesand to allo" tiing siulation (time event = n1) to invoe intellectual inspiration insight of eleent entityand sliding slice "indo" siulation to be integrated "ithin this translation traceability transforation.#ence, after using apping pair (faster, slo"er), "hich is searching faster "ay to invest intentional rapidsynchroni!ation of gate logics dynaics (see figure belo" for ore details, "hereby cloc should use laserrays to enhance rapidness of adjustent advances and e'ploitation e'citeent of cloc and tier, "hichshould be used "ithin corresponding driven cycle based siulation). %herefore, using technical ters oftypedef mapchar, float! to be stored "ithin corresponding "avefor file for further use of disposal

proposal storage space of envisage e'pertise e'ploitation, should then deal "ith ne" neat net"oring of

involving intellectual inspiration insight in order to open ind into burro"ing narro"s of liable la"shandling centric etric approaches and easurable engines of concrete coputing custoi!ation alonglinguistic languages and across ratio return reality fashion flo"s.

&ven though, integrated inspiration insight of in$uiry $uestion string 5typedef ap@char, floatA5 shouldshae any further investing ipleentation of general purposeful fu!!y functionalis. %herefore, usingin$uiry $uestion string 5typedef ap@char, floatA5 to store "avefor data for further usage issue of storagespace, should deal "ith real reality fashion flo" of reading file in such an in$uiry $uestion string 5typedefap@char, floatA5, "hich could then be used for decopression dynaics involving intellectual inspirationinsight of fu!!y and fractional functionalis of artificial intelligence insight. #ence, loo to in$uiry $uestionstring 5typedef ap@char, floatA5 to be used "ithin decopression, "hen a suppleent or additional valuesuch as 5su5 has been stored. %hus, to get bac, occurring ties of any stored char type or byte ind "ithin

in$uiry $uestion string 5typedef ap@char, floatA5, ajor ain echanis of intentional in$uiry $uestionstring 5%%pchrY&&pchr5 should be then resulting in operational sign sybolis feathering faithfulorientation of gro"ing upon fu!!y outfits such that:

K. read(char) fro in$uiry $uestion string 5typedef ap@char, floatA5, then read its corresponding float.*urtherore, ae ultiplication of such a float "ith (1 C su) to bring up concerning coputingcustoi!ation bac into occurring ties of envisage char that has been read fro this intentionalin$uiry $uestion string 5typedef ap@char, floatA5. %herefore, int occur(char) integer n @ (1 Csu)Mfloat.

In fact, tractability anageent of intentional intellectual inspiration involving inside in$uiry $uestion string5typedef ap@char, floatA5 should then use ne't sate change stateent processing to continue building bout

business benefit of this intentional float corner encoding techni$ues. #ence, using ain real resulting inreality fashion flo"s of ne't state change stateent processing involving inside integrated intelligenceinsight surround in$uiry $uestion string 5 state is e$ual to first state is idle regarding to any adjustentadvance, ne't sate is scheduling to handle transition tractability transforation5. 8 value can be assigned tone't char to be "ritten, "hen this char is found "ithin such an arranging dynais of investing in$uiry$uestion string 5typedef ap@char, floatA5 and its nuber of occurring ties is still filling in re$uireent ofdecopression principles.


24/59

In fact, ain structural architectures of resulting reality fashion flo" of digital coputing valid valuablevariation should integrate uncertainty easureent dynaics based upon:

1. for all transaction translation traceability that has theological transforation techni$ues to ensuretransportation ters of resulting in blocs belong to:signal transaction list(signal(inde' i)(tie event n.%)) :: uncertainty etric ount tractabilityanageent could be "ritten as belo":

@ncertainty = i&n(0i&n!uncertainty={ n&i1+i&n}

@ncertainty = n&2og(0i%&n(0i&n!!(0n&2og(0i%&n(0i&n!!!

uncertainty=

{ n&2og( i%&n

1+i&n)

1+n&2og( i%&n1+i&n

)

}


25/59

@ncertainty = n&exp(i%&n(0i&n!!(0n&exp(i%&n(0i&n!!!

uncertainty= n&e(

i%&n

1+ i&n)

1+n&e(

i%&n

1+i&n)

@ncertainty = n&tg%(i%&n(0i&n!!(0n&tg%(i%&n(0i&n!!

uncertainty=

{ n&tg%( i%&n

1+i&n)

1+n&tg%( i%&n1+i&n

)

@ncertainty = n&cotg%(i%&n(0i&n!!(0n&cotg%(i%&n(0i&n!!

uncertainty={ n&cotg%( i%&n

1+i&n)

1+n&cotg%( i%&n

1+i&n)

@ncertainty = n&sin%(cos% 0 n&sin%!uncertainty={ n&sin%cos%+n&sin%}

@ncertainty = n&cos%(sin% 0 n&cos%!uncertainty=

{ n&cos%

sin%+n&cos%}@ncertainty = n&sin%&cos%((sin% 7 cos%!% 0 n&sin%&cos%!uncertainty={ n&sin%&cos%(sin%cos%) +n&sin%&cos%}

@ncertainty = n&(sin% 7 cos%!%(sin%&cos% 0 n&(sin%7cos%!%!uncertainty={ n&(sin%cos%)sin%&cos%+n&(sin%cos%) }

@ncertainty = n(i 0 n!uncertainty={ ni+n}, i3

@ncertainty = i(n 0 !uncertainty={ i1+n },n3

@ncertainty = n( 0 i!uncertainty={ n1+i },i3

@ncertainty = i(i 0 n!uncertainty={ ii+n},n3

2. for all fu!!y fashion flo", general purpose of binary balance built in behavior, could then usefocussing on fundaental of joining (', y) in pair to ne"ly define bit bout benefit such that:

x = n( 0 n! and y = ( 0 n!bit={( n1+n, 11+n)}

x= i&n ( 0 i&n! and y = ( 0 i&n!bit={( i&n1+i&n, 11+i&n )}

x = n&2og(0i! (0 n&2og(0i! and

y = (0n&2og(0i!! bit={( n&ln(1+i)1+n&ln(1+i), 11+n&ln(1+i))}x = n&exp(i! (0 n&exp(i!! and

y = ( 0 n&exp(i!! bit={( n& ei

1+n&e i,

1

1+n& ei)}x = n&sin% (cos% 0 n&sin%! and

y = n&cos%(sin% 0 n&cos%! bit=

{( n&cos%

sin%+n&cos% ,

n&sin%

cos%+n&sin%)}


26/59

x = n&sin%&cos% ((sin%7cos%!% 0 n&sin%&cos%! and

y = n&(sin%7cos%!% (sin%&cos%0 n&(sin% 7 cos%!%! bit={( n&sin%&cos%(sin%cos%) +n&sin%&cos% , n&(sin%cos%)sin%&cos%+n&(sin%cos%) )}G. -yste signal functions ordering faithful opportunity of driven description should coply "ith

e'ternal e'citeent e'ploitation of &nglish dictionary linguistic logics involving inside surround set (driven, etric), (instill, infuse), (custo, event), (handle, hold)/. %hus, concrete custoi!ation

of event environent should use any gathering inforation concerning surround sensors, "hichshould be used "ithin any fundaental functionalis of digital driven design. #ence, actualstructural basic built behavior of digital design is involving inside:

while(constraint conditions) do 'next state change statements

#ence, ho" any surround sensor types could be then found to achieve desirable "ishes of resulting intransforation and transportation of transaction blocs7 Bonsider this nuber to be an integer i in IJ.*urtherore, fundaental functionalis inspiration insight should invoe in$uiry $uestion string 5ho" anydisposal surround sensor inds could be found "ithin any proposal digital description design and ore7Bonsider such an integer nuber to be n in IJ. #ence, rational ratio return investigation should then shaeain ajor sign sybolis feathering optial functionalis ordering features outfits, "hich could result inreality fashion flo"s of surround set real, better, nicer, ore/. %herefore, really any job schedulingdesirable "ishes and encoding e'ploitation to enhance ount tractability anageent of logic linguistic

processing during any coputing variation of valid valuable custoi!ation concerning reality fashion flo"

of job scheduling and tiing siulation.

. %hus, using gro"ing upon intellectual insight and investing intelligence inspiration to build inconcrete valuable custoi!ation of control data flo" graph and chart flo" theory, should invest"ithin toen siulation issues. 8lthough, joining (" ', y) in pair to invoe resulting in realityfashion flo" of binary built in balance, should then provide robust reality fashion flo" of dynaicdesign corresponding to atri' transforation theory. &ven though, nuclear neat net"oring oflinguistic logics should then develop concrete valid variation of ount tractability anageent

belong to transaction technology, "hereby signal transaction list(signal(inde' i)(tie event n.%)) in order to ensure e'pertise e'ploitation "ithin apping pair bit (', y) such that:

x = i&n ( 0 i&n! andy = ( 0 i&n!because inde'ing intentional insight inspiration is dynaic design of linguistic logics and tie event is

e'citing e'ploitation of discrete event siulation algoriths that are searching real robust using issues oftie advance algoriths and adjustent architectures accordingly to clear valuable in$uiry $uestion string5"hat if insert this is a flo" of resulting in set to do, to rue, to narro", to burro"/.

&lectric relay is an eleent so "idely used in engineering that every e'erting e'pertise e'ploitation has tobring up itself into an feature opportunity functioning optial fashion flo"s of driven designs dealing "ithintentional intelligence insight, "hich could be e'tensible into justice judgent of e'perient environentsthat try to define in$uiry $uestion string 5resulting in reality outfits of electrical relays should deal "ith "hatif insert this is flo" of has been able at first attept to achieve desirable "ishes and ai object through"hile(constraint conditions) do ne't state change processing stateent)5.

&ven though, "hen it has been necessary to loo up into theological tractability anageent of "orddefinitions, "hich could be found inside any disposal dictionary, priordial principles of proposal pu!!ledgaing gro"ing upon coputing validation should then be invoed. 8lthough, concrete variation ofelectrical relay reality fashion flo" should use s"itching scenery sho" aintaining joining (unjust, genuine)


27/59

in pair ain echanis and dynaic design. #ence, clear valuable variation of digital design could thenprovide priordial principles of joining (', y) in pair to achieve architectural adjustent advances ofstructural sybolis feathering optial functions ordering faithful outfits ready for assuring huge hardhierarchy hoes of investing integration of intellectual inspiration insight that has to enhance artificialintelligence ipleentation and to surround linguistic logics. %herefore, focussing on surround set (driven, easurable), (instill, infuse), (custo, event), (handle, hold)/should be used to further designdigital description. &ven through, dictionary language is re$uired to activate gathering inforation

concerning valid variation of (driven, easurable), (instill, infuse), (custo, event), (handle, hold)/, binarybasic built in behavior could then ount tractability anageent based up on dictionary languages:

1. driven otivated by or having a copulsive $uality or need. It eans caused, sustained, orstiulated. It deals "ith po"ered, operated, or controlled urged or forced to action through oral

pressure. It could be e$ual to be provided "ith a otive or given incentive for action having astrong desire for success or achieveent.

2. etric or easurable a standard of easureent. It deals "ith a function of a topological spacethat gives, for any t"o points in the space, a value e$ual to the distance bet"een the. It could bee$ual to a science (or group of related sciences) dealing "ith the logic of $uantity and shape andarrangeent. *urtherore, it presents the science of atter and energy and their interaction. +ut,using (atheatics) it is a atheatical relation such that each eleent of a given set (the doainof the function) is associated "ith an eleent of another set (the range of the function).

G. associate apping pair (instill, infuse) should be used to gradually introduce persistent efforts thathave to iplant orality of tractability anageent and translation traceability belong to transactiontransforation and transportation. %hus, investing inside intellectual inspiration insight should thengradually ipart proposal presence of instilling focus on that functioning faithful outfits involvinginside job scheduling and tiing siulation. 8lthough, to put or to introduce job scheduling into signsybolis of vivid ipression, concrete cognitive valuable ipact should be e'erted as fre$uentlyclear repetitions, "hich have to ae full sense of engineering etaphorical philosophy.

. joining (custo, event) in pair syste signal functions ordering financial outfits should then deal"ith significant occurrence of happening or social gathering of active concrete custoi!ation ofclear valid valuable variation of cople' coputing to outcoe final results of actual resulting inreality fashion flo" that is regarded for soething having iportant contest designing theologicaltheory belong to e'erting e'pertise environent of e'istence and e'citeent. %herefore, ho" to usee'erting e'citeent to instill concrete valid contest of custoi!ing coputing serving achieving aiobjects of operational syste signal functions ordering financial outfits7 %hrough,

i. safe science of sensor scenery sho" study :: sensor of clear valid variation of feeling or e'citeent.

ii. e'ploiting energy environent :: using job scheduling to invest inside intentional ipleentation of

& ?1 C 1;sin or & ?1 C 1;cos or & sin.cos ; (sin ? cos) or & (sin ? cos) ; =sin.cos> or & abs(tg) or & abs(cotg) or & abs(f.g.(f ? g)) ; (f C g), see table belo" for concrete validation

E=1+ 1

sin% E=1+

1

cos% E=

sin%&cos%

(sin%cos%) E=

(sin%cos%) sin%&cos%

E=' sin%&cos%&(sin%cos%)

K. using issues of dictionary logics to invest intensive intellectual inspiration inside apping pair(handle, hold) couple. #ence, to lift operational anipulation dealing "ith resulting in responsibilityof conducting valuable variation of job scheduling and tiing siulation, tractability anageentshould ount adinistrative opportunity of understanding control values.


28/59

In fact, sign sybolis functions ordering faithful objects should be involving "ithin basic built in behaviorof binary balance that gro"s upon tractability ount anageent of joining (unjust, genuine) in pair in orderto focus on translation traceability of job scheduling scenery sho"s that is resulting in reality fashion flo" of

binary decision diagra design, "hereby unifying use of apping pair (" ', y) should be provided toperit concrete coputing custoi!ation of toen siulation. &ven though, converting joining (" ', y) in pair into valuable variation of incoing edge is principle rule of scheduling job oderation that assignsassociate "eighted description to any operation apping pair resulting in reality fashion flo" of control dataflo" graph theory couple (node(index = i !(time event = n&1!, edge(index = i!(time event = n&1!) .

8lthough, any several job scheduling procedures should use while(constraint conditions! do {next statechange processing statements!to achieve any desirable "ishes align along resulting in re$uests of robustnessand real reali!ation belong to tractability ount anageent of integrated intellectual inspiration insight andaspiring artificial intelligence ipleentation. #o"ever, "ithin adjustent advances of industrial intensity,linguistic language should be basic built in behavior of any synchroni!ation of sign sybolis to fill insupporting surround fre$uency output, "hich should be e$ual to "eighted oderation of joining (dar, clear)in pair. %hus,

supporting surround freuency output " times((dark, clear)),

"here ties could be e$ual to float.

*urtherore, "ithin architectural structures of investing inside intellectual inspiration and intelligenceinsight, any binary balance behavior could be achieved using apping pair bit (', y) such that:

x = n&sin%&cos% ((sin% 7 cos%!% 0 sin%&cos%!

andy=n&(sin% 7 cos%!% (sin%&cos% 0 (sin% 7 cos%!%!

bit={( n&sin%&cos%(sin%cos%) +n&sin%&cos% , n&(sin%cos%)sin%&cos%+n&(sin%cos%) )}x = n&cos% (sin% 0 n&cos%! andy = n&sin% (cos% 0 n&sin%! bit={( n&cos%sin%+n&cos% , n&sin%cos%+n&sin%)}x = n&2n(0i! ( 0 n&2n( 0 i!!

andy = ( 0 n&2n( 0i!! bit={( n&ln(1+i)1+n&ln(1+i) , 11+n&ln(1+i))}x = n&exp(i! ( 0 n&exp(i!!

andy = ( 0 exp(i!! bit=

{(n&e

i

1+n&e i, 1

1+n&ei )}n =tiing event transforation

n=natural{n(1+ 1sin%)


29/59


30/59


31/59

In fact, philosophy engineering should concern envisage e'ploitation of e'pertise environent to fi'focussing on functionalis of syste signals feathering operational flo" outfits. %herefore, using joining (w

R x,m R y!in pair to perfor best in class odeling odes of job scheduling and tiing siulation, istechni$ue ter of tractability anageent of translation traceability across concrete coputingcustoi!ation along converting classification and advance assignents. &ven though, discrete eventsiulation is dealing "ith tie advance algoriths and valuable valid variation algoriths of correspondingevents, advance assignent should then perfor resulting in reality fashion flo"s of detectable echanissand sensitive logics generating intellectual inspiration insight of aintain artificial intelligence to handle andhold sign sybolis align greetings set that is e$ual to

{(driven, metric!, (instill, infuse!, (custom, event!, (handle, hold!}

%herefore, gro"ing upon general operational fu!!y outlets function ordering fashion flo" of energy e'pertiseenvironent accordingly to dynaic design description of surround syste fundaentals organi!ing featureoutfits of digital reality fashion flo" and odeling odes belong to tractability ount anageent andturning translation traceability involving inside concrete coputing custoi!ation of incredibly joining


32/59

(un#ust,genuine! in pair to achieve desirable binary basic built in behavior to be burro"ing logics dynaicsof signal transaction "hich is e$ual to liable logic list(signal(index = i!(time event = n&1!!that has to reali!eresulting in responsible re$uest of in$uiry $uestion string 5bit apping pair (', y)5 such that:

x = n&2n(0i! ( 0 n&2n( 0 i!!

andy = ( 0 n&2n( 0i!!

bit={( n&ln(1+i)1+n&ln(1+i ), 11+n&ln (1+i))}x = n&exp(i! ( 0 n&exp(i!!

andy = ( 0 exp(i!!

bit={( n&ei

1+n&ei ,

1

1+n&ei)}

x = i&s5rt(n! ( 0 i&s5rt(n!!

andy = ( 0 i&s5rt(n!! bit={( i&s5rt(n)1+i&s5rt(n), 11+i&s5rt(n))}x = n&abs(tg(i!! ( 0 abs(tg(i!!

andy = ( 0 abs(tg(i!!! bit= ( n&tan(i)1+n&tan(i), 11+n&tan (i))x = n&abs(cotg(i!! ( 0 abs(cotg(i!!!

and

y = ( 0 n&abs(cotg(i!!!

bit=

(

n&cotg(i)1+n&cotg(i )

,1

1+n&cotg(i)

)x= n&(7sin%!(sin% 0 n&(7sin%!!and

y = n&(7cos%! (cos% 0 n&(7cos%!!

bit={( n&(1sin%)sin%+n&(1sin%), n&(1cos%)cos%+n&(1cos%))}x = i&n ( 0 i&n!

and

y = ( 0 i&n!

bit={( i&n1+i&n, 11+i&n)}x = i(i 0 n! andy = n(i 0 n!

bit={( ni+n, ii+n)}x = n( 0n! andy = ( 0 n!

bit=

{( n

1+n,

1

1+n)}x = sin% andy = cos%1ransaction

time=n&1=

signal33.%

.. signal#m&1

.. signalin&1

.. .. .. .. ..,bit={(sin% , cos%)}

x = n&(sin%&cos(sin%7cos%!%!

( 0 n&(sin%&cos%(sin%7cos%!%!

and y = n&((sin% 7cos%!% 3sin%&cos%4! ( 0 n&((sin% 7 cos%!%3sin%&cos%4!

bit={( n&sin%&cos%(sin%cos%) +n&sin%&cos% , n&(sin%cos%)sin%&cos%+n&(sin%cos%) )}

#ence, techni$ue ters should use translation traceability to transit able and capable tractability.anageent of corresponding bit sets that are re$uired for further digital design and dynaic description of

logic thoughts and linguistic liable la"s shaing hierarchy hoes of intervie"ed interest and investingipleentations of artificial intelligence and inspirations. %herefore, a binary bit could be "ritten as joining(', y) in pair such that :

x = 7 0 sin% or x = sin%&cos% (sin% N cos%!% and y= (sin% N cos%!% 3sin%&cos%4 or y = 7 0 cos%

9hile driven design is surround systeatic discrete tie t = n&1::

1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bitflowglobal ={(1+ 1sin% ,1+ 1cos%)}

%ransaction transforation and transportation should be interesting necessity for best in class custoi!ationof concrete valid coputing of job scheduling and tiing siulation in order to evaluate intentionalinvestigation of intensive intelligence insight for further use of capacitive aspects and inductive effects,

"hereby joining (handle, hold) in pair has gro"ing upon significance of logics dynaics and could thenburro" nuclear neat net"oring of odeling odes that is using general fu!!y fashion flo"s focussing on :

x = 7 0 sin% or '= sin%&cos% (sin% N cos%!% and y= (sin% N cos%!% 3sin%&cos%4 ory = 7 0 cos%


33/59

signal transaction =

list(signal(index = i!

(time event = n&1! such

that$

& x = i&n ( 0 i&n!,

and

y = ( 0 i&n!

-& x = i(i 0 n!, and

y = n(i 0 n!

I& x = n&2n(i 0 ! (

0 n&2n(i 0 !, and

y = ( 0 n&2n(i 0 !

J& x = n&exp(i! ( 0

n&exp(i!!, and

y = ( 0 n&exp(i!!

.& x = i&s5rt(n! ( 0

i&s5rt(n!!, and

y = ( 0 i&s5rt(n!!

K&x = i% ( 0 i%!, and

y = ( 0 i%!

L& x = n ( 0 n!, and

y = ( 0 n!

>&x = n&tg%(i! ( 0n&tg%(i!!, and

y = ( 0 n&tg%(i!!

?&x = n&cotg%(i!( 0

n&cotg%(i!!, and

y = ( 0 n&cotg%(i!!

%echnology ters ho"ever is using agnetic electronics to ipleent ready reality fashion flo" of rationalratios that has to shae discrete event siulation investing intentional intellectual inspiration insight, "hichuses odeling odes of digital behavior includingsignal transaction = list(signal(index = i!(time event =n&1! &


34/59

#ence, this greetings set ho"ever rules robust reality fashion flo" of linguistic logics e'erting jobscheduling stateents around using utility of "hile(constraint condition) done't state change processingstateents). *urtherore, fundaental fashion flo" has to be belong to integrated in$uiry $uestion string5entity or element existence should exert enough expertise exploitation of engineering environment5.8lthough, adjustent advance algoriths should custoi!e continuous or discrete functionalis based uponincoing edges and outgoing edges, "hich are involving "ithin resulting in theory of control data flo"graph and chart flo" fundaentals belong tosignal transaction = list(signal(index = i!(at time event = n&1!!.

&ven though, digital driven design anipulate transaction blocs at any accordingly to tie event n.%,liable logic la"s of binary balance should burro" narro"s for accentual narro"s, "hereby centric etricapproaches should be used based upon invoing and evolving uncertainty easurable functions that have to

0

0,2

0,4

0,6

0,8

1

1,2

0

0,2

0,4

0,6

0,8

1

1,2


35/59

invest intellectual inspiration insight along and across transaction theory, "hich siulates transaction blocsto be e$ual list(signal(index = i!(at time event = n&1!!. %hus, signal transaction traceability transittractability anageent of corresponding bit (', y), for all

x = n2n(0n! ( 0 n2n( 0n!! andy = ( 0 n2n(0n!


1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bit={( n&ln(1+n)1+n&ln(1+n), 11+n&ln(1+n))}#ence, binary bit (', y) could be used "hen boundary liits of ' and of y have to invoe joining (3, 1) in

pairs in order to define valid processing of rational ratio returns, "hich are resulting in concretecustoi!ation of abs(a);abs(b) @ 1 dynaics. %herefore, supporting syboli!ation of fundaental

ordering functionalis of faithful output li (ab)

time=n&1

=1 , should aintain operational flo" of

atheatical odeling odes for corresponding design description of boundary liits such that:

li (ab)

time=n&1

=li (ex)x 3

, then li (a)time=n&1

= li (b)time=n&1

li (ex)x3

8lthough, logarith coputing is using basic built in behavior of bases such as base 2, base e, base 13,

etc .... #ence, logarith architectures are used to reduce potential variation of level, binary bit (', y) suchthatx = n2n(0n! ( 0 2n(0n!! andy (0 n2n(0n!!should ount gathering intentional inforationfor concrete custoi!ation of logic thoughts and translation traceability in order to ipleent best in classtechni$ue ters generating job scheduling processing and sho"s envisage illustration of tiing siulation

based upon put?pi'el(color, location).

1 2 3 4 5 6 7 8 9 10

0

0,2

0,4

0,6

0,8

1

1,2


36/59


37/59

1. 9hen transaction list(signal(index=i)(at timeevent=n&1)) , signal transaction traceabilitytransit tractability anageent of corresponding bit (', y), for all

x = n (i 0 n!andy = i (i 0 n!

9hile driven design is surround systeatic discrete tie t = slice integer = n&1::

1ransactiontime=n&1

=signal3

3.%signal1

1.%.. signal#

m&1.. signali

n&1

.. .. .. .. .. ..

bit={( ni+n, ii+n)}

2. 0uring any deep design of e'erting elaboration of transaction list(signal(inde' i)(at tie event n.%)), signal transaction traceability transit tractability anageent of corresponding bit (', y),for allx = ni ( 0 ni!andy = ( 0 ni!

9hile driven design is surround systeatic discrete tie t = slice integer = n&1::

1ransactiontime=n&1

=signal3

3.%signal1

1.%.. signal#

m&1.. signali

n&1

.. .. .. .. .. ..

bit={( i&n1+i&n, 11+i&n )}

G. iable logic lin of transaction theory to siulate transaction to be e$ual list(signal(inde' i)(attie event n.%)), signal transaction traceability transit tractability anageent of corresponding

bit (', y), for allx = n2n(0n! ( 0 n2n( 0n!! andy = ( 0 n2n(0n!9hile driven design is surround systeatic discrete tie t = n&1::

1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bit={( n&ln(1+n)1+n&ln(1+n), 11+n&ln(1+n))}

. Osing continuous functionalis of incoing edges and outgoing edges "hich are involving "ithinresulting in theory of control data flo" graph and chart flo" fundaentals belong to signaltransaction list(signal(inde' i)(at tie event n.%)), transaction traceability transit tractabilityanageent of corresponding bit (', y), for allx = f% ( 0 f%!andy = ( 0 f%!


1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bit= ( f%1+ f%, 11+f%)

0

0,2

0,4

0,6

0,8

1

1,2


38/59

K. 8ccordingly to unifying utili!ation of continuous functionalis of incoing edges and outgoingedges "hich are involving "ithin resulting in theory of control data flo" graph and chart flo"fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)), transactiontraceability transit tractability anageent of corresponding bit (', y), for all

x = f%&exp(g%! ( 0 f%&exp(g%!! andy = ( 0 f%&exp(g%!!


1ransactiontime=n&1 =

signal33.%

.. signal#m&1

.. signalin&1

.. .. .. .. ..

bit=

{(

x%&ey%

1+x%& ey%,

1

1+x%&ey%

)}

L. Intentional intelligence insight should invoe continuous functionalis of incoing edges andoutgoing edges "hich are involving "ithin resulting in theory of control data flo" graph and chart

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flo" fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)),transaction traceability transit tractability anageent of corresponding bit (', y), for all

x = sin% andy = cos%


1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bit={(sin% , cos%)}

T. &'ploiting e'erting e'pertise of logics and linguistics dynaics to perit tending echanis ofenough to be binary in$uiry $uery $uestion string of 5genuine or true or o"n operator or operationone or old opportunity or optiistic outlet or o"n object or open outfit5. #ence, using continuousfunctionalis of incoing edges and outgoing edges "hich are involving "ithin resulting in theoryof control data flo" graph and chart flo" fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)), transaction traceability transit tractability anageentof corresponding bit (', y), for allx = sin%&cos% (sin% 7 cos%!% andy = (sin% 7 cos%!% (sin%&cos%!

bitfocusbinary ={(sin% , cos%)}

bitflowglobal ={( sin%&cos%(sin%cos%) , (sin%cos%) sin%&cos% )}

E. #andling holding hierarchy hoes of logic lins to in$uiry $uestion string of 5enough e'pertiseenvironent5 should custoi!e continuous functionalis of incoing edges and outgoing edges"hich are involving "ithin resulting in theory of control data flo" graph and chart flo"fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)), transactiontraceability transit tractability anageent of corresponding bit (', y), for all

x = ni ( n 7 i!% andy = (n 7 i!% (in!

bitfocusbinary = ( ii+n, ni+n) bitflowglobal ={( i&n(ni) , (ni) i&n )}

S. 0iscuss resulting in description of holding hierarchy hoes of logic lins to in$uiry $uestion string

of 5enough e'pertise environent5 should custoi!e continuous functionalis of incoing edgesand outgoing edges "hich are involving "ithin resulting in theory of control data flo" graph andchart flo" fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)),transaction traceability transit tractability anageent of corresponding bit (', y), for all ' nMi

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;( iMn ? 1) and y (iMn ? 1) ;(iMn).

bitfocusbinary ={( i&n1+i&n, 11+i&n )} bitflowglobal ={( i&n(n&i1), (n&i1)i&n )}

13. Intentional ipleentation of in$uiry $uestion string 5enough e'pertise environent5 shouldcustoi!e continuous functionalis of incoing edges and outgoing edges "hich are involving

"ithin resulting in theory of control data flo" graph and chart flo" fundaentals belong to signaltransaction list(signal(inde' i)(at tie event n.%)), transaction traceability transit tractabilityanageent of corresponding bit (', y), for allx = 7 0 sin% or tg% andy = 7 0cos% or cotg%


1ransactiontime=n&1

=signal3

3.%.. signal#

m&1.. signali

n&1

.. .. .. .. ..

bitflowglobal ={(1+ 1sin% ,1+ 1cos%)}

11. 0iscuss resulting in description of holding hierarchy hoes of logic lins to in$uiry $uestion stringof 5enough e'pertise environent5 should custoi!e continuous functionalis of incoing edgesand outgoing edges "hich are involving "ithin resulting in theory of control data flo" graph andchart flo" fundaentals belong to signal transaction list(signal(inde' i)(at tie event n.%)),

transaction traceability transit tractability anageent of corresponding bit (', y), for allx = n2n(0n! (n2n(0n! 7 !% andy = (n2n( 0 n! 7 !% n2n( 0 n!

bitfocusbinary ={( n&ln(1+n)1+n&ln(1+n ), 11+n&ln(1+n))} bitflowglobal ={( n&ln(1+n)(n&ln (1+n)1), (n&ln(1+n)1) n&ln(1+n) )}

12. Investing inside logic dynaics of in$uiry $uestion string 5enough e'pertise environent5 shouldcustoi!e continuous functionalis of incoing edges and outgoing edges "hich are involving"ithin resulting in theory of control data flo" graph and chart flo" fundaentals belong to signaltransaction list(signal(inde' i)(at tie event n.%)), transaction traceability transit tractabilityanageent of corresponding bit (', y), for all

x = x%exp(y%! (x%exp(y%! 7 !% andy = (x%exp(y%! 7 !% x%exp(y%!

bit focusbinary ={( x%&e

y%

1+x%& ey%

, 1

1+x%&ey%)} bitflowglobal ={( x%&e

y%

(x%&ey%1),(x%&ey%1)

x%&ey% )}

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&'erting e'pert e'ploitation inside ensuring envelops for linguistic logics to transit scene sho"s ofproposal processing "ithin unifying translation tra

across exerting expertise exploitation results

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