architectural expertise exploitation results

8/10/2019 Architectural Expertise Exploitation Results

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

In fact, inquiry question string "not available but terrible" could judge major main safe selfish faithful owner
mailto:[email protected]:[email protected]:[email protected]


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feathering otimist outlets. !ven though, linguistic logics consists to oerate functions, which could bringroosal roceeding into liable laws of clear comuting customiation along joining #a, b$ in air to invo%emodeling mode descrition design. &ence, higher hierarchy homes of harmonic haard, which isarchitectural chance of e'osure or vulnerability to injury, loss, evil, or being harmed( )ace travel is full ofhaards". *lthough, something causing danger, eril, ris%, or difficulty, could be called harmonic haard thatshould generate the absence or lac% of redictability # chance + ration of i to n or ratio of % to j anduncertainty + ratio of abs{f( &!} to (. 0 abs{f(&!}! or ratio of . to (. 0 abs{f(&!}!.

-herefore, this lac% of redictability uses linguistic logics based uon joining #chance, uncertainty$ in air tosuort any intentional investigation around safe selfish faithful owner feathering otimistic fundamentals.aing air #chance, uncertainty$ should then imlement invasive investigation of surround architecturesof mathematical insight. /sing mount tractability management this invasive investigation of surroundarchitectures of mathematical insight assigns(

1. change + linguistic logics resulting within comarative comuting customiation such that( chancecould be clear counterroosal of joining ##w 0 '$, #m 0 y$, #dar% , clear t$$ in air, whereby" + bring into inquiry question "to ing valid valuable variation level in order to overdrive

translation transformation"" and " + burrow something in order to hide it in such a lace". -hus,why additional maing air #dar% , clear t$ should be liable counterroosal of any disosaldesign of joining #w 0, m 0 y$ in air to enhance e'ertise e'loitation of engineering environment


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3irst of all joining #w 0 ', m 0 y$ is resulting in request belong to control data flow grah theory and chartflow roceeding because any manufacturing industrial could use inquiry question string "way 0esults in "'"44 mount into 0esults in "y"".

2. uncertainty + additional architectural advances of modeling modes belong to valuable variationlevels of valuable construction generating available mount tractability management of #thin% u,thin% through$ maing air. )ince safe scientific focus on financial oortunity, using uncertainty

design descrition obey to boundary limit tractability management and intentional inquiry questionstring "linguistics language such that this is liable logics laws". -herefore, robabilistic stochastictheory based on translation transformation theory is major main dynamics of any uncertaintymechanism, whereby a boundary limit available valid value should be between nil and own onelogics to fill in desirable wishes and enjoy reserved resonsible requests of growing u traceabilitytechniques belong to human art architectures. 3urthermore, uncertainty using issues could be foundin manufacturing industrial investments inside sace, time, themes and translation traceability ofholy oo%s of higher hierarchy harmony belong to logic thoughts and linguistic language theory.)afe selfish forecast ordering functionalism outlets should then using mount tractability managementof transaction techniques involving inside signal transaction + list(signal(index = i!(event = n&1!! (

transaction= signalindex=ievent=n&1

!, hence, to convert such architectural structures of transaction

techniques into available valid values of uncertainty using issues, "tri functions should be used.&ence, maing air #i.n5#16i.n$, 15#16i.n$$ is best in class coule to be used within discrete eventsimulation rinciles to enhance engineering e'ertise e'loitation based uon function.sort#$ that

ermits to use available variable values in incrementing or decrementing orders regardless oldinde'ing imlementation.


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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 air in order to handle any corresonding concrete comuting customiation belong to logics dynamicsand liable linguistic laws. &ence, mount tractability management of fli flo toggling states and adjustmentadvances transition techniques should comly with modeling modes rovide integration of intellectualinsiration insight, which uses linguistic logics languages. -herefore, !mbedded technology architectures areused to fi' firmly focus on functionalism in sign symbolism of metric mass, which invo%es centric metricaroach dynamics that causes this corresonding linguistic logics language to be an integral art of asurrounding whole way of 7inguistics laws inserting and ositioning along clause or align hrase within aclause customiations or hrase constructions. -hus, thus embedded technology should unify corresonding

binary basic built in behavior to use maing air #a, b$ such that(

a = exp{f(& !} (. 0 exp{f(&!}!mount=

{

#&"&ef( i ,n&1)

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

}, i=index ,event=n&1

b = . (. 0 exp{f(&!}!mount={ 11+#&"&ef(i ,n&1)}, i=index ,event=n&1

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

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

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

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

a = 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&1

b = . (. 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={ 11+ #&"& f%(i , n&1)}, i=index,event=n&1

a = sin%{f(& !} (. 0 sin%{f(&!}!mount={

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


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

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

b = . (. 0 cos%{f(&!}!

mount={1

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

3urthermore, due to current sign symbolism functions ordering faithful outlets, first all of invo%ing industrialmanufacturing of corresonding linguistic logics languages, detectable signal sensors should be determinedto fill in free query way for another timing simulation and job scheduling judgment rocessing.ecause using joining (a, b!in air is real resulting in reality fashion flow of logics dynamics, whereby(

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 maing air (a, b!serves to enhance e'ertise environment of e'erting

engineering design belong to integrated intellectual insiration insight, whereby maing air #w 0 ', m 0 y$should be used to unify liable linguistic laws, which could handle logic thoughts and dynamic mechanism ofsurround sign symbolism functions ordering faithful outlets. )ince transition logics dynamics, translationtraceability ofwhile(constraint conditions! do {next state change processing statements}rules major main


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rolling transformation of any instructive logics belong to if#available valuable valid variation e'ists$ then do8ne't state rocessing statements9 else 8search corresonding sign symbolism feathering otimal functionsordering faithful outfits, which erform liable lin% laws of to%en simulation involving inside investmentimlementation of control data flow grah and chart flow theory9. 3urthermore, invest inside intentional

joining #a = x%&y%(. 0 x%&y%!,b = .(. 0 x%&y%!$ in air or other leaf li%e architectural structure to ensurebinary balance behavior based on burrowing neat networ%ing of clear correct narrow toology. &ence,theoretical required energy to toggle binary basic built in behavior should comly with with correct clear

comuting customiation of rational roortional ratio returns of functional focus on of detailed descritiondesign, which has been shown inside figure below.

:ue to many several resulting in reality fashion flows concerning concrete comuting customiation alonglinguistic logics and driven design descrition of mount tractability management, modeling mode theory

rovides corresonding sign symbolism feathering oerational functions ordering frequency outlets. &ence,any architectural means for release or e'ression of emotion invo%es theoretical channel such adjustmentadvances or stream flows of resulting in resonsive request should be scheduling job involving within anydisosal roosal timing simulation or grid simulation mechanism. 3urthermore, align retail storing discreteevent simulation rinciles serves sarsely oulated reality fashion flows belong to !arth;s )%y star

ositions and intentionally individualism imlement that usually memories boundary limits of otentialroosal syche soul breath basic built in behaviors with wide variety of mind merchandises. -herefore,modeling modes of discrete event simulation deals with many several sign symbolism fields organiingfundamental orientation of oerational linguistic logics driven design that mounts binary balance #binary bitor digit +


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1. only oerational air #', y$ invo%es logics dynamics, which should sha%e any disosal descritiondesign of roosal rinciles belong to such a liable linguistics laws, whereby

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% )}

-his arallelism of mount tractability management invest intensive imlementation across binarybalance using maing air dynamics and joining #', y$ in air descrition to fill any logic thoughtand to handle major main stream study of incoming edges and outgoing edges based uon(

a. !very object involving within intentional ne't state change comuting customiation evolve signsymbolism function uses uniform mount tractability management tends to remain in neat networ%ingof narrow state descritions unless an e'ternal e'ertise e'loitation is alied to asire intellectualinsiration insight that is calling arallelism roceeding. -herefore, !arth;s )%y star weights shouldremain arallel while they are occurring or arranged within strati form layers as strata or roc%s. -hin

light layers should invest inside intensive imlementation of antithetic antithesis that is being indiametrical viewoint covering conventional wisdom.

b. 3or every action there is an equal and oosite reaction( this invo%es binary basic built in behaviorhandling joining #x = 7. 0 .sin%,y =7. 0 .cos%$ in air to be used within any accordingly to

arallelism roceeding of mount tractability management.


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2. =syche soul breath wishes deal with linguistic logics language involving inside concrete comact

comuting customiation belong to safe selection scheduling based uon integrated insiration ofsurround set = {(metric, driven!, (instill, infuse!, (custom, event!, (handle, hold!}. -hus, theoreticalability to discern or judge what is true, right, or lasting invo%es intellectual insiration insideaccordingly to joining #w R x, m R y$ in air in order to enhance any e'erting e'ertise e'loitationenvironment of engineering logics language, whereby learning wisdom through wise teachings of theancient sage ages #%nowledge cultures of concrete comuting customiation across adjustmentadvances and arrangement judgments belong to justice rule of inquiry question string "integratedintelligence insight is homely saying what was couched the collective wisdom of general using issues

of next generations". &ence, justice and judgment mechanism should then use rational ratio returnsof maing air (in, "#!such that(

a. =redication rocessing otion, which is defined to be one of the two main constituents of asentence or clause, modifying the subject and including the verb, objects, or hrases governed by theverb, as oened the door in >ane oened the door or is very sleey in -he child is very sleey. !venthough, any intentional integer n could be imlemented within corresonding modifying subject and


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involving a verb to customie a concrete clause or sentence definition. -hen, consider an intentionalinteger "i" belong to any clear wisdom to describe integrated intellectual insiration insight. &ence,obtained rational ratio of i to n has means and meanings which could be trusted within any signsymbolism fundamental otimiation rocessing. &ow to define such a rational ration return withinfunctioning modeling modes -his could be answered through

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

in=

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. *ny logic dynamics rooses entity element e'ertise e'loitation environment, whereby tractabilitymanagement art of roosal roduction should have any associate integer j #rule definition within any

eole olitics or justice judgment roceeding dynamism$ and a disosal metric designation drivers who

could affirm or deny about corresonding subject. -hus, an intentional integer % could be used to describesuch dynamic mechanism belong to metric designation drivers. 3or e'amle, in the roosition ?e aremortal, mortal is the redicate. 3urthermore, to resolve resulting reality fashion flow of this logics dynamics,surround symbolic 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

"# = 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}! "

#= xx+y

,x , y=floats

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

#=

1

1+x&y,x , y= floats


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?hat does simle assembly code li%e add @ra', @rb' mean it seems retty simle at first that this simleassembly code " add @ra', @br'" stores the sum of measurable comuting amounts stored in @ra' and@rb' in corresonding register @rb'. ut it also sets si' different flags, which can decide corresonding

rogram;s control data flow grah #reference htt(55ba.ece.cmu.edu5$.

!ven though, obviously understanding theoretical basic built in behavior of assembly instruction and theirside effects is huge hard hierarchy home tas%s and threads for any investment inside digital design and drivendynamics of discrete event simulation. &ence, binary code is everywhere, the most significant digital dataencoding e'ertise e'loitation. inary balance access is architectural structures that are ready for any

widely alicable software rogram. 3urthermore, binary digital data encoding e'ertise allow usersand develoers to argue about surround security effects of any scheduling running rograms. -hus,

binary balance aroach belong to software security requires adequate ability to erform rogramanalysis on any binary balance behavior. &ence, a rogram analysis whether it is static r dynamic$is corresonding algorithm for determining theoretical effects of along set of statements erforming

rogramming language under concrete consideration of comuting customiation. -hus, a binarybalance aroach requires first of all ability to analysis each intentional instruction in advancingmanner as faithfully best as it could be belong to its semantics and second of all binary balance

behavior is mount tractability management method for encoding adjustment advance algorithmgenerating oerational intentional instruction imlementations. &owever, there are two rimarychallenges to erform accordingly to associate higher level software languages( first binary balanceanalysis and second of all engineering e'ertise e'loitation challenges to erform desirable wishesof resulting in reality fashion flow ordering financial oortunity.
http://bap.ece.cmu.edu/http://bap.ece.cmu.edu/


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?aveform comression algorithms are dealing with structural encoding of corresonding data, which meansthat all data is oerationally a comuting customiation combination of entity elements, e, belong to orderingalhabet, *. -his comuting customiation combination of entity elements is a mount tractability message,. -hus, this message from corresonding ordering alhabet, *, should then be encoded into intentional

basic built in behavior of binary balance, , whereby e'erting string of binary digits # bits +


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envelop = ' s5rt(abs(sin!!&s5rt(abs(cos!!&

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

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

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

ensuring encoding

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

envelopflow

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

&ence, using centric metric aroach to fi' linguistic logics of driven dynamics along manufacturing designof job scheduling encoding within investing imlementation of either(

1. if #constraint condition$ then do8ne't state change rocessing statements9 else 8thin% u throughnew burrowing narrows9

or2. while#constraint conditions$ do 8ne't state change rocessing statements9, which could be converted

into reeat#ne't state change rocessing statements$ until#constraint condition$.

In fact, logic thoughts and mount tractability management of transaction techniques have to deal withconcrete comuting customiation of cabling detectable signal sensors and adjustment advance algorithm

belong to timing simulation #using laser effect to seed frequency for any roosal disosal digital designbased uon fle'ible growing uon fliCflo functionalism$.

In fact, best in class comuting customiation along digital design should generate intentional itinerary wayinto valuable valid variation of transaction transformation terms and translation traceability of tractabilitymanagement. -herefore, signal translation should be equal to e'erting function of two variables, which areinteger inde' i of any corresonding chosen signal and a valid iteration n accordingly to major mainmanufacturing design of discrete event environment. -hus, any resulting in signal transaction +

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

n&1... signali

n&1

... signalin&1

...!.

-hen, driven dynamics of binary balance e'loitation should be used to evolve maing air rinciles,whereby joining #', y$ in air such that(

(x = n&2og(i(.0i&n!!(.0n&2og(i.0i&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(i.0i&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%(i.0i&n!!,

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

(x=n&tg%(1+ i1+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%)}(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%) )}


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#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 maing air should transmit linguistic logics language into liable law lin%s ofantenna architectural structures based uon modulationCdemodulation theory. -hus, since safe oldfundamental functions of magneticCelectronics transformation techniques, whereby any system signalfunction ordering faithful outlet should be used to achieve desirable scenery shows of industrialmanufacturing logics. &ence, to encode and decode incoming transaction bloc%s, clear clean comileC

comute customiation or similar job scheduling services should be imlemented to result in reality fashionflow of control data flow theory and chart flow transformation techniques. 3urthermore, using hash table

rinciles involving inside intentional joining#x = typedef map9char, vector9int66,y = typedef map9char, float6$

in air, whereby y + tyedef maDchar, floatE should be defined through basic dynamics of ne't state changerocessing. &ence, define this corresonding float to be equal to +si:e(vector9int6! (. 0sum(si:e(vector9int6!!!!is logic result of manufacturing intentional intellectual insiration insight to buildin comle' bout behavior of waveform comression comuting, which could be used without any requireddecomression algorithm. -herefore, this %ind of waveform comression customiation based uon twowraing uon oint overview(

1. traceability tractability management using joining #x = typedef map9char, vector9int66,y =typedef map9char, float6$

2. focussing on fle'ible fundamental relationshi between these two entity elements e'ertisee'loitation(float = si:e(vector9int6! (. 0 sum(si:e(vector9int6!!!!

*ny driven dynamics of digital design descrition deals with more concrete comuting customiation ofdigital design along free ath rincile theory and other %ind of error otimiation oerating logics that isresulting in reality fashion flow of general uroseful transformation techniques using mathematicalmodeling of maing air #tg, cotg$ functional forms in order to resolve architectural ambiguity ofsurround set + 8#driven, metric$, #instill, infuse$, #custom, event$, #handle, hold$9. -his surround is safesymbolism significance of any transformation traceability surround linguistic logics and liable law lin%s of

digital design descrition.

&ence, water vaoriation is valuable valid variation using unit to erform mount tractability management ofdiscrete event simulation dynamics. !ven though, drin% water is smart clean incoming from !arth;s )%y;sdro toward the horion and to handle manufacturing artificial architectural rainbow, which is *n arc ofsectral colors, usually identified as red, orange, yellow, green, blue, indigo, and violet, that aears in thes%y oosite the sun as a result of the refractive disersion of sunlight in dros of rain or mist.

!ven though, driing in raindro descrition has to usually deal with driven dynamics of investingintravenous droCbyCdro administrative advances of theological theraeutic safe solution accordingly deedriven design of discrete event simulation e'ertise environment, as driing dynamics of droCbyCdro ofsalt amount quantity or sugar amount quantity to get any drin% or meal smart tasting as it will be desirable

wished. -herefore, consider maing air (x = re5uired amount 5uantity of "y;s


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"y;s


15/63

&ence, why should this #x= sin%&cos%(sin%7cos%!%,y= (sin% 7 cos%!% 3sin%&cos%4 $ mathematical modeling

mode design be safe sure sign symbolism feathering ordering functions oerate fundamental outlets

3irst of all, because this accordingly to joining #x = sin%&cos%(sin%7cos%!%,y = (sin% 7 cos%!% 3sin%&cos%4$ in airhas to deal with enough valid valuable variation of any concrete corresonding integrated intellectual

insiration insight growing uon energy e'ertise or e'citement e'loitation of entity element environmentengines. -hen, using unifying unit of discrete time advance algorithm based uon time event = n&1, droCbyCdro or steCbyCste surround synchroniation function oeration faithful ordering scenery shows of errorC


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otimiation and selective satisfaction of human syche soul breath.

0esulting in resolution requirement of surround sequencing transaction terms and main modelingidentification should distinguish driven dynamic descrition based uon liable logics and law lin%s oftranslation traceability and tractability mount management, which are dealing with(

1. accordingly to detectable signal sensors. -hus, many several sensor %inds are roosal for disosal

technology transformation generating maing air #incoming edge, outgoing edge$ that is ready tohandle joining #idle, scheduling$ in air rocessing statements of ne't state change comutingcustomiation.

2. robust regulation of incoming required signal to enhance desirable wishes of any functional aimobject belong to mathematical modeling modes of intellectual insiration insight. -herefore, manyseveral aroaches are dealing with new neat networ%ing of regulation reality fashion flow since1H


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(x = n&2og(i(.0i&n!!(.0n&2og(i.0i&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(i.0i&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%(i.0i&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%) )}

O. valid valuable variation transaction term technology should then deal with roosal disosalstochastic robabilistic rediction roceeding, whereby errorCotimiation should advanceintentional logics of uncertainty measurement theory.

)ince oerational old fundamental sign symbolism feathering otimistic financial aim object ofhuman desirable syche soul breath bout benefits, maing air #signed, unsigned$ was rimordialdynamism of major maintaining multilication rocessing. -herefore, theological asects andtheoretical effects e'ert e'ertise environment to e'loit energy for tractability mount managementof entity element engines, which should comly with driven descrition of oriented object

rogrammable tools and hierarchy homes of linguistic logics belong to intentional intellectualinquiry question string K lordliness obey to maing airG. 3urthermore, mathematical modelingmodes should use sign symbolism to focus on fundamental functionalism of e'erting henomenae'loitation and to bring u toological techniques in order to maniulate roosal realityfashionable flow of chart characteristics and to allow adjustment advances architectural structures to

be built in within any roosal filling in communications between syche soul breath basic builtbehavior and rediction rocessing mechanisms.

In fact, chemical comosition of concerning comonents should then deliver resulting requests, which are

needed to satisfy hierarchy homes of oerational linguistic logics. -herefore, mount tractability managementshould evolve magic rocessing dynamics to create required reality fashion flow of integrated inquiryquestion string Kactive advances are required in motion action to comly with syche soul breath basic builtin behaviorG. -hus, using surround segment of Ainferior boundary limit, suerior boundary limitB to invo%e


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resulting reality fashion flow of any logics dynamics involving inside surround otions of comarativecustomiation such that(

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

Kactive advances are required in motionaction to comly with syche soul breath

basic built in behaviorG

i orderflow2ogics

n

{orderflow

2ogics

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

Kactive in action syche soul breath

basic bout business benefitsG

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

K lordliness obey to maing airG

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

K 7ogic thoughts should generate hilosohyengineering of tractability managementG.

should comly with driven descrition of comuting coloriation as shown below.

In fact, using issues of maing air #i5n, %5j$ P #w 0 ', m 0 y$ to bring u new mounting tractabilitymanagement into integrated intellectual insiration of digital driven descrition based uon inquiry questionstring "inside interenetrated logics dynamics". *lthough, using this sign symbolism functions oeratingfundamental otions of this inquiry question string "inside interenetrated logics dynamics", should investwithin shining schedule of surround set + 8#driven, metric$, #instill, infuse$, #custom, event$, #handle, hold$9.&ence, joining #i5n, %5j$ in air to lin% driven dynamics of liable logics based uon maing air #w 0 ', m 0y$. *lthough, joining #i5n, %5j$ in air has to deal with many several aroaches such that(

1. narrowing neat networ%ing of suorting sensors gentility and utility. -herefore, any corresondinginteger "n" could be used to fi' fundamental desirable suer boundary limit of faithful focus onfunctions scheduling any translation traceability belong to transition techniques involving insidelinguistic logics of ne't state change statement rocessing handling joining in #idle, scheduling$ in

air to suort modeling modes of any state machine languages.

2. &ence using boundary limits such that A inferior limit + i + intentional intellectual insight of inde'ingimlementation, suerior limit + n + narrowing neat networ%ing of suorting symbolism featheringordering functions otimie faithful financial objectsB.

J. -hen, theological asect surround resulting in reality of rational ratio returns should fill in Ainferiorlimit + % + entity element number, suerior limit + concrete customiation comuting of theologicalor theoretical %inds or tyesB

L. &ence, using maing air #idle, scheduling$ belong to dynamic descrition of surround suort set+ 8#driven, metric$, #instill, infuse$, #custom, event$, #handle, hold$9 should use grid scheduling andtiming simulation, which have to invo%e discrete event simulation e'ertise e'loitation and e'erting

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


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N. )ince 7inu' develoment design, functional inquiry question string Kmount Ct tye device directoryGhas to evolve e'ertise e'loitation of e'citing engineering e'ertise surround sign symbolismfeathering otimistic functional outfits and ordering faithful objects of financial oortunity. -hus,deliver suerior boundary limits of required sensors or of eole olitics arty %inds or of human

syche soul breath tyes or of using issues handling advancing time algorithms or of yard

transformation techniques or of theological results or of any other focusing on themes shouldbalance one own oerational density of liable logics law, which could be generating accordingly toinvesting in intentional integer KnG.

O. !ven though, main major mount tractability management of ne't state change customiation shouldgenerate maing air #idle, schedule$, whereby idle + #wait, not yet defined$ and scheduling#incoming edge, outgoing edge$. 3urthermore, this intentional intellectual insiration insight shouldsha%e rimordial rinciles of matri' logics, multilication management 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 oeration ordering orientation of tractability


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transformation technique terms such that outfit function2inguistic {(i& {m R y}n& {w R x },"& {w R x }#& {m R y })} ,

which has to fi' general roosal roceeding sha%es intellectual integration of mathematical basiccomuting for any discrete event e'ertise e'loitation generating eole olitics or financial outfitsor digital driven design or other traceability techniques or tractability transformation logics. -hus,this accordingly to architectural artificial algorithm handling transition techniques transforming

transaction traceability belong to signal transaction + list#signal#inde' + i$#time event + n.-$$,whereby yarding dynamism is infused uon below(

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, 3inite state machines may sound li%e a very dry comle' toic but they reveal a lot about the owerof different driven descritions belong to mount machine comuting %inds or tyes. !very -uring machineincludes a finite state machine so there is a sense in which they come first. -hey also turn out to be veryuseful in ractice. -he simlest tye of comuting machine that is worth considering is called advancingarchitectural inquiry question string Kfinite state machineG. *s it haens, the finite state machine is also auseful aroach to many roblems in software architecture, only in this case you donQt build one yousimulate it. !ssentially a finite state machine consists of a number of states. &ence, when a symbol, acharacter from some alhabet say, is inut to the machine it changes state in such a way that the ne't statedeends only on the current state and the inut symbol. &ence, scheduling could be + 8ic% u, ush u intoqueue, o u from queue, running, write bac%, etc...9, whereby scheduling state should be equal to 8#edge iscoming in, edge in going out$9. -here are two good reasons for being interested in finite state machines. -hefirst is ractical. *s mentioned earlier, there are some ractical alications which are best modeled as a

finite state machine. 3or e'amle, many communications rotocols, such as /) can be defined by a finitestate machineQs diagram showing what haens as different ieces of information are inut. Rou can evenwrite or obtain a comiler that will ta%e a finite state machineQs secification and roduce code that behavescorrectly. any rogramming roblems are most easily solved by actually imlementing a finite statemachine. Rou set u an array or other data structure which stores the ossible states and you imlement a

ointer to the location that is the current state. !ach state contains a loo% u table that shows what the ne'tstate is given an inut symbol. -he ractical uses of finite state machines is reason enough to be interested inthem. !very rogrammer should %now about finite state machines and shouldn;t be afraid of imlementingthem as solutions to roblems. &owever the second good reason is erhas more imortant C but it doesdeend on your outloo%. 3inite state machines are imortant because they allow us to e'lore the theory ofcomutation. -hey hel us discover what resources are needed to comute articular tyes of roblem. In

articular finite state machines are deely connected with the idea of grammars and languages that follow

rules. -hus, there is a hierarchy of machines and grammars, each one slightly more owerful than the last.&ence, in general the machine will accet all sequences that can be described by the comutational grammarsuch that (

DnullE CE D) 1ES*T

D) 1E CE *D) 2E

D) 2E CE D) 1ES*T


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start with DnullE and aly rule 1 to get D) 1E

use rule 2 to get *D) 2E

use rule J to get * D) 1E

-he only new features are the use of DnullE to secify the starting state and the use of T to secify the finalstate. Rou can have many hours of hay fun trying to rove that this grammar arses the same sequences asthe finite state machine accets. !ven though, to see that it is it does just try generating an adjustment

advances of surround sequences. -herefore, using discrete event simulation major main rinciles to enhancee'ertise e'loitation across adjustment advances involving inside intellectual insiration insight alongmodeling modes and align industrial manufacturing driven design descrition. -herefore, actually, electricalcar and e'citement environment of achieving mount tractability management of scaling stairs belong to signsymbolism functions that have to fi' otimal financial outfits for further ordering features of intelligenceinsight alication around artificial imlementation and structural burrows of basic built in behavior ofrational ratio return reality fashion flows, should invest within using issues of intentional maing air (w R

x, m R y!in order to transform transition technology into resulting reality fashion flow of concretecustomiation of logic dynamics and transortation thoughts of %nowledge cultures. !ven though, rational

ratio return reality fashion flow deals with joining (in, "#!# own={(


22/63

metric= ni+n

,i& x = J faces , and

y = #oining (paint, perform! inpair

(w R x, m R y!QQ {(discrete, metric!, (invest, ideate!, (custom,

fancy!, (conceive, deem!}

&ence, e'ertise e'loitation of read#char$ should handle centric metric aroach accordingly to suortingtranslation traceability techniques of tractability management mounting Aabs#a$5abs#b$B D+ 1. &owever, whenusing dynamics across memoriation techniques such that(

1. char *ptrch = (char*)(malloc(sizeof(char)*12288)

2. driven design of joining (00ptrch, 77ptrch!in air to ointer an ordering object, has to deal with bestin class customiation of concrete comuting align adjustment advances of centric metricarchitectural structure designs.

-ractability management should then utilie unifying issue of roosal eole olitics grows uon maingair of #i5n, j5%$ # judge justice of traceability management and translation traceability through technologytransortation of intellectual insiration and intelligence insight belong to matri' reality fashion flow suchthat(

matri'realityfashionflow ( in, #"),(

f1(something)

g1((w R x , m R y))f2(something)g2((w R x , m R y))

fJ(something)gJ((w R x , m R y))fL(something)

gL((w R x , m R y)) )

$, whereby

1. i + integer number belong to disosal eole olitics arty tyes #first erforming aint arty to


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determine eole %ind based uon holy oo%s and hierarchy homes of e'erting e'eriments ande'ertise environment of enhancing e'loitation, second search surround logics and linguisticaroaches to built in basic behavior of liable laws, third using unity issues to decide for all eole

olitics %inds based uon oerational hilosohy wraing uon (thin" up, thin" through!maingair, fourth mount management media testing and trying translation traceability and tractabilitytechniques of intellectual insiration insight, fifth judge actual justice to modify ruling ointoverviews and liable laws, [$

2. n + integer number for roosal eole olitics %inds searching across any social society tye study #">ust thin% uCCyou could be rich one day during thin%ing through to stay oor at anytimeY"$.

J. j + integer number indicating how many eole olitics arty elements should be joining withincorresonding team to achieve desirable threads and descritive tas%s.

L. % + integer number for any eole olitics arty tyes.

In fact, translation traceability should use linguistic logics languages to sha%e theory of sign symbolismfeatures ordering feathering dynamics joins #signed, unsigned$ in air. !ven though, eole olitics and othermany fundamental focus on functions are using joining #signed, unsigned$ to oerate theory and liable lawsof logic thoughts and tractability managements, whereby huge hard hierarchy homes of surround suortingaccess to adjustment advances should be investigate in order to evaluate feathering features of surround set +8#discrete + choosy integer, metric + function such thatf%(. 0 f%! R72ogics .(. 0 f%!!, #instill + build in

basic behavior of bout benefit, infuse + use unifying chart flow or control data flow grah rinciles forrimordial asects of(w R x, m R y!maing air$, #custom + belong to concrete customiation of along andacross comuting, event + belong to associate assignment of sliding slice window designs$, #handle +sha%ing incoming edge and outgoing outlets based uon growing to%en simulation main structuralarchitectures, hold + required energy for memoriation asects$9. *lthough memoriation asects ande'erting e'loitation of edge e'loitation needs investing investigation of intentional imlementation of#indicator effects, concerning caacitor asects$, whom main resulting in languages are using bout bossinessof business benefits involving inside (

1. to buy + to invest within intentional inductive imlementation( since old oerational civiliationcustomiation of suorting eole olitics buying things and ware tools have decided for manyscene show behavior of civiliation and customiation of ruling laws.

2. to sell + containerie concrete customiation of caacitor engines, which are used to store data inslice formats. !ven though, chemical comosition is required to investigate memoriation asects,discrete comonent behaviors are comle' threads of modeling mode simulation study.

0esulting theology or invo%ing theory !nhance utiliation of ioniation using maing air (m2ight%,2


49/63

3urthermore, e'tendable fuy logics into basic build in behavior of bout benefit through( joining #', y$ inair such that(

.& x = sin%&cos%(sin%7 cos%!% or 7. 0 .sin%,

-& y = (sin% 7 cos%!3sin%&cos%4 or 7. 0 .cos%

&owever, waveform comression is more sohisticate when using float focus on functionalism based on

inquiry query question string "abs(x!abs(y! 9= . (xy1,(x , y)DR% ! ". &ence, centric metric

adjustment of such e'erting e'loitation should be involving within mathematical modeling based uon(


50/63

x%(. 0 x%!bit=

x%

(1+x%) ,

x t=( signalcall=xspeed )

in (. 0 in!bit={ in(1+in)},( edge i

n&1 )

t =( signalcall=(n1 , index=i)speed )

abs(x!(. 0 abs(x!!bit= x(1+x)

,x t=( signalcall=xspeed

).(. 0 x%!

bit={ 1(1+x%)},x t=( signalcall=xspeed )sin%

bit= {sin%}, sin(2.i.f.t+phase)

t =( signalcall=fre5uencyspeed )

cos%bit= {cos%},

cos (2.i.f.t+phase)t

=( signalcall=fre5uencyspeed )

concrete customiation

of logics dynamics bitflowgeneral

={1

+

1

sin%

},

{1

+

1

cos%

},

{ sin%&cos%

(sin%cos%) },

{(sin%cos%)

sin%&cos%

}, {tg%}, {cotg%},

...


51/63

!ven though, concrete customiation of logics dynamics is using surround suorting symbolism belong tojoining (tg%, cotg%!in air to focus on oeration orientation of feathering functionalism sha%ing (un#ust,genuine!maing air in order to create autoCcontrol of systematic arallelism erforming job schedulingand investigates translation traceability of any symbolic tractability mount managements.


52/63

In fact, discrete event simulation is a major main rimordial rincile to be involving within many severalintellectual insiration and imlementation fields of intelligence insight, whereby logics and dynamicsshould be used to invest within industrial manufacturing designs of (

1. democratic descrition( eole olitics arlement needs resulting in robust reality fashion flow ofjoining #unjust, genuine$ in air to fi' sign symbolism functions ordering faithful outfits of financialobjects and focus on oortunity. :ue to huge higher hierarchy homes of evolving mathematicalmodes within joining #unjust, genuine$ in air to describe dynamic design of translation traceabilityand tractability management of surround scene shows, whereby human desirable wishes andreachable aim objects try to build in basic business behavior of bout burrows. &ence, mathematicalmodels could use growing uon fuy logics involving inside maing air #', y$ such that(

#' + f 5 A#1 6 f$B, y + 15A#1 6 f$B $

bit= { f%

(1+f%)},

{ 1

(1+ f%)}#' + sin, y + cos$ bit={sin%}, {cos%}

#' + An5iBPAa'5inB,y + Ai5nBPAin5a'B $ bit= { i&n(1+i&n)},{ 1(1+i&n)}#' + sin.cos5A#sin C cos$B,y + A#sin C cos$B 5 Asin.cosB$ bitflow

general = { sin%&cos%(sin%cos%) },{(sin%cos%)sin%&cos% }#' + \ h 5Asin.cos.#sin ] cos$B,

y + \ Af.g.#fCg$B 5 A#f6g$B $bit

flow

general =

{' h%

sin%&cos%&(sin%cos%)},

{' f%&g%&(f%g%)

(f%+g%) }


53/63

#' + f.g 5A#fCg$B,y + A#fCg$B 5 Af.gB $ bitflow

general ={( f%&g%(f%g%) , (f%g%)f%&g% )}#' + abs# f $5 A#1 6 abs# f $$B,y + 15A#1 6 abs# f $B $ bit= { f(1+f)},{ 1(1+f)}'+ in#list#event#inde'$$.sie#$$ 5y + a'#list#event#inde'$$.sie#$$

bit= { )in

i

(i=-II7JKJ7-

H atloff, Morm. "Introduction to :iscreteC!vent )imulation and the )im=y 7anguage". 0etrieved 2L>anuary 2


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1H htt(55bradwarestudios.com5downloads5fun5:igitalX7ogicX)imulator5

Appendix

-Z`!M get0elo#$ 55 -Z`!M has two comonents TOKEN retToken = new(RELOP); // First component set here while (true) switch(state) case ! c = ne"t#har(); i$ (c == %&%) state = '; else i$ (c == %=%) state = ; else i$ (c == %%) state = *; else $ail(); +reak; case '! ,,, ,,, case -! retract(); // an acceptin. state with a star retToken,attri+ute = T; // secon0 component

return(retToken);

Cigure behavior inside :inging transition of events for manufacturing maps, whom driven dynamic design is building realscheduling ((roof = return valuable variable= clear when there is wind;s wave, root = #amb;s battleground = primordial principle

entities = {(water\Rsun!UVTwaves} !! of any focus on translation;s logics language, is completed interviewed here within&

11 #omponent! #O2P3R3TOR 111111111111111111111111111111111111111111111li+rar4 5EEE;use 5EEE,st06lo.ic6''*7,all;use 5EEE,st06lo.ic6arith,all;use 5EEE,st06lo.ic6unsi.ne0,all;

entit4 comparator is port( rst! in st06lo.ic; "8 4! in st06lo.ic69ector( : 0ownto ); output! out st06lo.ic69ector( ' 0ownto ) );en0 comparator;

architecture comparator6arc o$ comparator is
http://bradwarestudios.com/downloads/fun/Digital_Logic_Simulator/http://bradwarestudios.com/downloads/fun/Digital_Logic_Simulator/


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+e.in process( "8 48 rst ) +e.in i$( rst = %'% ) then

output &= ; 11 0o nothin. elsi$( " 4 ) then

output &= '; 11 i$ " .reater elsi$( " & 4 ) then

output &= '; 11 i$ 4 .reater else

output &= ''; 11 i$ e


61/63

i$( rst = %'% ) thenctate &= init;

elsi$( clk%e9ent an0 clk = %'% ) thenctate &= ntate;

en0 i$; en0 process;

process( procee08 comparison8 ctate ) +e.in case ctate is

when init = i$( procee0 = %% ) thenntate &= init;

elsentate &= s;

en0 i$;

when s = ena+le &= %%; "sel &= %%; 4sel &= %%; "l0 &= %%; 4l0 &= %%; ntate &= s';

when s' = ena+le &= %%; "sel &= %%; 4sel &= %%; "l0 &= %'%; 4l0 &= %'%; ntate &= s>;

when s> = "l0 &= %%; 4l0 &= %%; i$( comparison = ' ) then

ntate &= s:; elsi$( comparison = ' ) then

ntate &= s7;elsi$( comparison = '' ) then

ntate &= s;en0 i$;

when s: = ena+le &= %%;

"sel &= %'%; 4sel &= %%; "l0 &= %'%; 4l0 &= %%; ntate &= s>;

when s7 = ena+le &= %%;

"sel &= %%; 4sel &= %'%; "l0 &= %%; 4l0 &= %'%; ntate &= s>;

when s = ena+le &= %'%; "sel &= %'%; 4sel &= %'%; "l0 &= %'%; 4l0 &= %'%;

ntate &= s;

when others = ntate &= s;


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en0 case;

en0 process;en0 $sm6arc;111111111111111111111111111111111111111111111111111111111111111111111111 #? #alculator! top le9el 0esi.n usin. structural mo0elin.11 F2 @ ?atapath (mu"8 re.isters8 su+tracter an0 comparator)1111111111111111111111111111111111111111111111111111111111111111111111li+rar4 5EEE;use 5EEE,st06lo.ic6''*7,all;use 5EEE,st06lo.ic6arith,all;use 5EEE,st06lo.ic6unsi.ne0,all;use work,all;

entit4 .c0 is port( rst8 clk8 .o6i! in st06lo.ic; "6i8 46i! in st06lo.ic69ector( : 0ownto ); 06o! out st06lo.ic69ector( : 0ownto ) );en0 .c0;

architecture .c06arc o$ .c0 is

component $sm is port( rst8 clk8 procee0! in st06lo.ic; comparison! in st06lo.ic69ector( ' 0ownto ); ena+le8 "sel8 4sel8 "l08 4l0! out st06lo.ic );en0 component;

component mu" isport( rst8 sLine! in st06lo.ic;

loa08 result! in st06lo.ic69ector( : 0ownto );

output! out st06lo.ic69ector( : 0ownto ) );en0 component;

component comparator is port( rst! in st06lo.ic; "8 4! in st06lo.ic69ector( : 0ownto ); output! out st06lo.ic69ector( ' 0ownto ) );en0 component;

component su+tractor is port( rst! in st06lo.ic;

cm0! in st06lo.ic69ector( ' 0ownto ); "8 4! in st06lo.ic69ector( : 0ownto ); "out8 4out! out st06lo.ic69ector( : 0ownto ) );en0 component;

component re.is is port( rst8 clk8 loa0! in st06lo.ic; input! in st06lo.ic69ector( : 0ownto ); output! out st06lo.ic69ector( : 0ownto ) );en0 component;

si.nal "l08 4l08 "sel8 4sel8 ena+le! st06lo.ic;si.nal comparison! st06lo.ic69ector( ' 0ownto );si.nal result! st06lo.ic69ector( : 0ownto );


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si.nal "su+8 4su+8 "mu"8 4mu"8 "re.8 4re.! st06lo.ic69ector( : 0ownto );

+e.in

11 0oin. structure mo0elin. here

11 F2 controller TOF2! $sm port map( rst8 clk8 .o6i8 comparison8

ena+le8 "sel8 4sel8 "l08 4l0 );11 ?atapath

A62BA! mu" port map( rst8 "sel8 "6i8 "su+8 "mu" ); C62BA! mu" port map( rst8 4sel8 46i8 4su+8 4mu" ); A6RE! re.is port map( rst8 clk8 "l08 "mu"8 "re. );

C6RE! re.is port map( rst8 clk8 4l08 4mu"8 4re. );B6#O2P! comparator port map( rst8 "re.8 4re.8 comparison );

A6BD! su+tractor port map( rst8 comparison8 "re.8 4re.8 "su+8 4su+ ); OBT6RE! re.is port map( rst8 clk8 ena+le8 "su+8 result );

06o &= result;

en0 .c06arc;

111111111111111111111111111111111111111111111111111111111111111111111111111

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