new intentional social assignment mounting mode's insight and modeling's intelligence surrounding...

8/14/2019 New Intentional Social Assignment Mounting Mode's Insight and Modeling's Intelligence Surrounding Symbolic Synchronized Society's Manufacturing Inside Sy

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New intentional social assignment mounting mode's insight and modeling's intelligence

surrounding symbolic synchronized society's manufacturing inside system's adjustments

Said Mchaalia

(best basic built in draft copy November 06th 2013)

Abstract

In fact, to mount any huge hard home hierarchy across sign's advances, the motor kernel should be

job scheduling around symbolic synchronized society. Hence, the main real operating symbols

inside any synchronized society is the economy effect and the financial aspects [1, , !".

Hence, #hat is an economy effect$ %hen, ho# could a simulation procedure identify a financial

aspect across symbolic synchronized society to mount any sign's advance #ithin$

Keywords:

symbolic synchronized society, economy effect, financial aspect, sign's advance across any society's

type and safe science's kind.

Introduction:

&ince the old step of the sliding #indo#'s slice's simulation, the major most procedure is to involve

the economy effect and the financial aspect to evolve any possible safe science's dynamics across

any symbolic synchronized society. %hough, a reuired high holy book is then needed to identify

the sufficient suitable original basic principles across this main real operating symbolic

synchronized society. (hat is a high holy book is then$ (hy should any symbolic synchronized

society's builder need this high holy book$

Indeed, based on the main real operating primordial principle of )aufmann )ohler [*", the safe

surrounding strength, #hich has to engender and envelop any sign's secrets across any symbolic

synchronized society is the environment reality flo# of any high holy book. Hence, the declaration

of high holy book has to be a surrounding arrangement maintaining insight, investigation,

inspiration, intention, involvement, isolation, insulation, installation, ..., and implementation of

follo#ing fatal focus on procedures, #hich have been evolved through a basic built in deep reading

of such a high holy book.

I/ Intentional smart smooth procedures inside any high holy book surrounding the

implementation of safe science's adances across any symbolic synchronized society:

Indeed, the main real operating thread task across any symbolic synchronized society is to assign a

safe scientific economy's system to ensure a modeling's intelligence for any possible probable

mode's inspiration inside the proposal approval symbolic synchronized society. (hat is the real

operating huge hard home hierarchy of such an economy's system$ %his is the subject of such a

#riting to bring the main desirable #ishes of using surrounding set ++&-, +I-- dynamic design

across any possible probable building inside the envisage economy's system to ensure a desirable

#ishes for sign's advance inside the symbolic synchronized society. Hence, symbolic synchronized

society investigates #ithin major intentional secrets a signal adjustment involving #ithin the

communication effect of illustration/jury judgment0 and invest inside the mathematical insight to

implement any mode's inspiration and modeling's intelligence procedures across any possibleprobable major enhancement computing at system architecture's dynamic design for system

economy and financial effects.


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1. Resolving compromises between highest richest and lowest poorest human person inside the

proposal symbolic synchronized society:

In fact, for a given highest richest human person, the safe monthly incoming money is the basic

built in thread to depict the actual life's level. n the other hand, the similar reference could be thenused to put the lo#est poorest one into a modeling's insight for any possible probable economy

simulation and financial aspect inside the symbolic synchronized society.

In fact, the main real operating job scheduling surrounding proposal approval sign's advances across

any symbolic synchronized society is defined as follo#s2

i. highest richest variation level ! lim"

pi

*

sin() #cos()

sin()cos()

ii. lo$est poorest variation level % lim"

pi

*

sin()cos( )

sin() # cos()

&igure 1 ' main real operating simulation across mapping pair (highest richest lim"

pi

*

sin() # cos()

sin()cos()

lo$est

poorest lim

" pi

*

sin()cos( )

sin() #cos()

) dynamic synchroniation#

In fact,figure 1illustrates the main real operating simulation across mapping pair 3highest richest 4

lim"

pi

*

sin() #cos()

sin()cos( )

, lo#est poorest 4 lim"

pi

*

sin()cos()

sin() #cos()

5 dynamic synchronization.

%hus, the valuable variation levels have to flo# from 6infinite to 7 or vice versa. 8uring this

variation level the main real operating thread task to to locate the follo#ing focus on of the logics

-6

-5

-4

-3

-2

-1

0

variationleveloffunctionformf=(sqr[sin()].sqr[cos()]/ (sqr[sin()]-sqr[cos()]),(sqr[sin()]-sqr[cos()])/ sqr[sin()].sqr[cos()])

inside[0,pi/ 4]


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language, #hereby the possible probable +61- has to occur inside the corresponding discrete event

simulation based on the primordial principle of *event (n in +N such that t n#, transition-s event

function form involving inside approval $aveform)..

&igure 2' main real operating function form f ( lim

" pi

*

sin() # cos()

(sin( )cos()) lim

" pi

*

(sin( )cos())

sin() # cos()

) mode-s

insight to enhance comprehence of logics language across system-economy and financial safe signs#

In fact,figure 2illustrates the main real operating function formf 3 lim

" pi*

sin() #cos()

(sin

( )cos

())

,

lim"

pi

*

(sin()cos())

sin() #cos()

5 mode's insight to enhance comprehension of logics language across

system'economy and financial safe signs. %hus, for the first time, the logics language of /10 or

/e9actly true0 or /light on0 operation inside the surrounding across mathematical intentional

synchronization is occurred.

:urthermore, the logics language across the robust control theory, across system'economy, across

financial safe signs and across other kind of science have to involve any procedures inside the fuzzy

focus on and follo#ing genetic mimetic approaches, #hereby the reuired environment reality flo#

is error optimization proceeding [ ; ". Hence, the main real operating fuzzy, genetic mimetic design

is to evolve a logics language based on old procedures inside the symbolic synchronized society.

%herefore, &aid chaalia did invent a fuzzy genetic mimetic algorithm, #hich is defined belo#

follo# as 2

surround across symbolic synchronied set

*(clear $aveform not) (increment(amount /uantity) event) (m move(sensor) +

invest(processor)) (scalingup do$n customadust consumer).

dynamic design#

%hus, this surround across symbolic synchronized set +3clear 4 #aveform, not5, 3increment3amountuantity5, event5, 3m 4 move3sensor5, I 4 invest3processor55, 3scaling


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genetic mimetic approaches involving #ithin the system's economy and financial effect inside the

proposal approval safe society, #hich has battleground across 3surrounding smart custom, under

consumer's seal5 dynamic design.

&igure 3' mi"ing re/uired environment reality flo$ $here the variaiton should be mapping pair of (signed variation

level signed 4 variation level) $hich is then called couple#

Hence,figure 3is sho#ing the mi9ing proceeding of reuired environment reality flo#, #here the

variation should be mapping pair of (signed variation level signed 4 variation level), #hich is

then called couple. %hus, the needed mathematical intelligence has to evolve the e9actly true right

euation to resolve the main real huge hard home hierarchies across the optimization of 3highest

richest, lo#est poorest5 mode's inspiration inside any symbolic synchronized society.

:urthermore, to investigate in deep mind inside finding e9actly true right mathematical intentional

surrounding amount uantity to describe this variation level of couple (signed variation level

signed 4 variation level), &aid chaalia did invent the follo#ing mapping pair based on the

kno#ledge culture of any possible probable symbolic synchronized society2

+# dar5 mapping pair (highest richest lim"

pi

*

sin() #cos()

(sin()cos( )) lo$est poorest

lim"

pi

*

(sin

()cos

())

sin() #cos()

) symbolic synchronied couple#

++# clear mapping pair (highest richest lim"

pi

*

sin( ) #cos()

sin()cos()

lo$est poorest

lim

" pi

*

sin()cos( )

sin() #cos()

) symbolic synchronied pair#

Hence, based on the logics language inside the safe science of dictionary liable logics by >empel

and ?iv [@", a couple has to define 3I. t#o people united, as by betrothal or marriage, ii. t#o people

together5 or a pair 3t#o item of the same kind5. %herefore, a slice inside any symbolic synchronized

society is a couple to keep going inside the system'economy and financial effect. %hough, the

difference across the mapping pair 3highest richest, lo#est poorest5 become great #ithin any

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battleground, the comple9ity of comprehension #ill be then more hard to deliver any illustration's

signs surrounding e9actly true dynamics and ensuring robust mechanism inside symbolic society.

&igure ' main real variation level across mapping couple (dar5 clear)

%hus,figure depicts the main real operating variation level across the mapping couple (dar5

clear)to enhance the comprehension of logics language across system'economy and financial safe

signs. %herefore, a change of +signed A- and +signed B- procedures could then be used to describe

any possible probable dynamics across the surrounding signs during system'economy's advances

belong to any mathematical intentional system's architecture. Hence, t#o slice of intervals are used,

due to the number t#o, #hich is involving #ithin couple definition and declaration. %hus, based onthe kno#ledge culture of flat surface, #hich define the main real operating dynamics of motor flo#

or (mmove(sensor) + invest(processor)) dynamics, the half of a flat surface is then define to be

involved inside the70 pi89and7pi8 pi829radiant variation slices. %herefore, the valuable

variable dark has been defined to be lim"

pi

*

sin()cos()

sin() #cos()

for 70 pi89 then to be

lim"

pi

*

(sin()cos())

sin() #cos()

for 7pi8 pi829intervals# :urthermore, the valuable variable clear has been

defined to be lim" pi

*

sin() #cos()

(sin

( )cos

())

for 70 pi89radiant interval and to be

lim

" pi

*

sin() #cos()

sin()cos()

for 7pi8 pi829radiant interval 3see figure ! and figure * for more details5.

Cven though, the basic primordial principle dynamic valuable variables dark and clear have to meet

each another, the main real operating symbolization and synchronization of surrounding

system'economy and financial effect, have to find a basic built in procedures to resolve any possible

probable compromises inside the variation level of smart symbolic synchronized society #ithin aim

object dynamics to flo# #ithin high technology based on best built mathematical intelligence and

engendering burro#ing bunt mode's insight for any possible probable enhancement inside the major

most evolving development procedures.

%hus, error optimization is a major most basic built in principle thread task to ensure robust control

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6000

8000

10000


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iii# Eross#iseD crossed.

i# In such a manner as to be comprehensible, acceptable, or successful2put our idea across? get a

message across#

ad#

Feing in a crossed position2seated $ith arms across.

%hus, /high0, /rich0, /lo#0 and /poor0 should be defined inside the dictionary logics language as

follo#s2

High

@d# high$er, high$est

i#

a# Having a relatively great elevationD e9tending far up#ard2 a high mountain? a high to$er#

b# C9tending a specified distance up#ard2 a cabinet ten feet high#

ii# :ar or farther from a reference point2 $as too high in the offensive one to ta5e a shot#

iii#

a# Feing at or near the peak or culminating stage2 the high tourist season? high summer#b# dvanced in development or comple9ity2 high forms of animal life? higher mathematics#

c# :ar removed in timeD remote2 high anti/uity#

i#

a# &lightly spoiled or taintedD gamy. Gsed of meat.

b# Having a bad smellD malodorous.

#

a# Having a pitch corresponding to a relatively large number of sound6#ave cycles per second2

the high tones of a flute#

b# aised in pitchD not soft or hushed2 a high voice#

i# &ituated relatively far from the euator2 a high latitude#

ii#

a# f great importance2set a high priority on funding the housing program#b# Cminent in rank or status2a high official#

c# &eriousD grave2high crimes and misdemeanors#

d# Eonstituting a clima9D crucial2,he chase scene is the high point of the film#

e# Eharacterized by lofty or stirring events or themes2high adventure? high drama#

ii%# >ofty or e9alted in uality or character2 a person of high morals#

i%#

a# reater than usual or e9pected, as in uantity, magnitude, cost, or degree2:@ high price has

to be paid for the happy marriage $ith the four healthy children: (Aoris Bessing)#

b# :avorable2Ce has a high opinion of himself#

%# f great force or violence2 high $inds#

%i#

a# Indicating e9citement or euphoria2 high spirits#b# Slang Into9icated by or as if by alcohol or a drug, such as cocaine or marijuana.

%ii# >u9uriousD e9travagant2 high living#

%iii#Binguistics f or relating to vo#els produced #ith part of the tongue close to the palate, as in the

vo#el of tree#

%i# f, relating to, or being the gear configuration or setting, as in an automotive transmission, that

produces the greatest vehicular speed #ith respect to engine speed.

@dv# higher,highest

i# t, in, or to a lofty position, level, or degree2sa$ a plane high in the s5y? prices that had gone too

high#

ii# In an e9travagant or lu9urious #ay2 made a fortune and lived high#

n#

i# lofty place or region.

ii# high level or degree2 Summer temperatures reached an allDtime high#

iii# %he high gear configuration of a transmission.


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i# center of high atmospheric pressureD an anticyclone.

# Slang n into9icated or euphoric condition induced by or as if by a drug.

Idioms:

high and dry

i# In a position of helplessnessD stranded2 $ent off and left me high and dry#

ii#Nautical ut of #ater. Gsed of a ship, for e9ample.

high and low

Here and thereD every#here2searched high and lo$ for the 5eys#

on high

i# High in the sky.

ii# In heaven.

iii# In a position of authority.

Low

@d# low$er, low$est

i#

a# Having little relative heightD not high or tall.

b# ising only slightly above surrounding surfaces.

c# &ituated or placed belo# normal height2 a lo$ lighting fi"ture#

d# &ituated belo# the surrounding surfaces2 $ater standing in lo$ spots#

e# 8ead and buried.

f# Eut to sho# the #earer's neck and chestD dJcolletJ2 a lo$ nec5line#

ii#Kear or at the horizon2,he sun is lo$ in the s5y#

iii# Elose or closer to a reference point2$as lo$ in the offensive one near the goal#

i#Binguistics Lroduced #ith part or all of the tongue depressed, as apronounced 3M5, infather# Gsed

of vo#els.

# f less than usual or average depthD shallo#2,he river is lo$#

i# Humble in status or characterD lo#ly2 of lo$ birth#

ii#acking strength or vigorD #eak.

b# >acking liveliness or good spiritsD discouraged or dejected.

%i#

a# Felo# average in degree, intensity, or amount2 a lo$ temperature#

b# Felo# an average or a standard2lo$ $ages? a lo$ level of communication#

c# anked near the beginning of an ascending series or scale2a lo$ number? a lo$ grade of oil#

d# elating to or being latitudes nearest to the euator.

e# elatively small. Gsed of a cost, price, or other value2a lo$ fee? a lo$ income#

%ii# Having a pitch corresponding to a relatively small number of sound6#ave cycles per second.%iii#Kot loudD soft2a lo$ murmur#

%i# Feing near total depletion2My savings account is lo$#

%#Kot adeuately provided or euippedD short2 lo$ on supplies#

%i# 8epreciatoryD disparaging2a lo$ opinion of him#

%ii# Frought do#n or reduced in health or #ealth2in a lo$ state#

%ii%# f, relating to, or being the gear configuration or setting, as in an automotive transmission, that

produces the least vehicular speed #ith respect to engine speed.

adv#

i#

a# In or to a lo# position, level, or space2 aimed lo$? bent lo$#

b# In or to a lo# condition or rankD humbly2 thought lo$ of himself#

ii# In or to a reduced, humbled, or degraded condition2brought lo$ by failure#iii# &oftlyD uietly2spea5 lo$#

i# (ith a deep pitch2sang lo$#


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# t a small price2 bought lo$ and sold high#

n#

i# lo# level, position, or degree2Eain collects in the lo$s# ,he stoc5 mar5et fell to a ne$ lo$#

ii#Meteorology region of atmospheric pressure that is belo# normal.

iii# %he lo# gear configuration of a transmission.

Richad# &icher, richest

i# Lossessing great material #ealth2 :No$ that he $as rich he $as not thought ignorant any more but

simply eccentric: (Mavis ;allant)#

ii# Having great #orth or value2 a rich harvest of grain#

iii# agnificentD sumptuous2 a rich brocade#

i#

a# Having an abundant supply2 rich in ideas#

b# bounding, especially in natural resources2 rich land#

# eaningful and significant2 :a rich sense of the transaction bet$een $riter and reader: (>illiam

%insser)#

i# Nery productive and therefore financially profitable2 rich seams of coal#

ii#a# Eontaining a large amount of choice ingredients, such as butter, sugar, or eggs, and therefore

unusually heavy or s#eet2 a rich dessert#

b# Having or e9uding a strong or pungent aroma2 :,e"as air is so rich you can nourish off it

li5e it $as food: (Fdna &erber)#

iii#

a# Lleasantly full and mello#2 a rich tenor voice#

b# (arm and strong in color2 a rich bro$n velvet#

i%# Eontaining a large proportion of fuel to air2 a rich gas mi"ture#

%#+nformal Highly amusing.

n# (used $ith a pl# verb)

(ealthy people considered as a group. ften used #ith the' :>ere there indeed a sure appeal to the

mercies of the rich the calamities of the poor might be less intolerable: (Gharlotte Smith)#

oor

ad# oorer, poorest

i# Having little or no #ealth and fe# or no possessions.

ii# >acking in a specified resource or uality2 an area poor in timber and coal? a diet poor in

calcium#

iii#Kot adeuate in ualityD inferior2 a poor performance#

i#

a# >acking in valueD insufficient2poor $ages#

b# >acking in uantity2poor attendance#

# >acking fertility2poor soil#i# GndernourishedD lean.

ii# Humble2 a poor spirit#

ii%# Cliciting or deserving pityD pitiable2 couldn-t rescue the poor fello$#

n#(used $ith a pl# verb)

Leople #ith little or no #ealth and possessions considered as a group2,he urban poor are in need of

homes#

Hence, to justify the major intentional secrets across the main investigation of mode's insight and modeling's

intelligence surrounding any manufacturing investigation of most implementation signs across mapping pair

3highest richest, lo#est poorest5 dynamic mechanism, the motor kernel processing should involve the jury'sjudgment proceeding. %hus, let start to e9plain these key#ordsD /jury0 and /judge0 as belo#2


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!ury

n# pl#juries

i#Ba$ body of persons s#orn to judge and give a verdict on a given matter, especially a body of

persons summoned by la# and s#orn to hear and hand do#n a verdict upon a case presented in court.

ii# committee, usually of e9perts, that judges contestants or applicants, as in a competition or

e9hibitionD a panel of judges.

tr#v# (uried,jurying,juries

%o judge or evaluate by a jury2urying submitted samples for a crafts fair#

Oudge

v#judged,judging,judges

v#tr#

i# %o form an opinion or estimation of after careful consideration2udge heights? udging character#

ii#

a#Ba$ %o hear and decide on in a court of la#D try2udge a case#

b# Hbsolete %o pass sentence onD condemn.

c# %o act as one appointed to decide the #inners of2udge an essay contest#

iii# %o determine or declare after consideration or deliberation.

i#+nformal %o have as an opinion or assumptionD suppose2+ udge you-re right##


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In fact, for many case inside the symbolic synchronized society, a proposal approval jury should judge a

case, avoiding obstacle #ithin any mobile path for mobile engine, an adjective, #hereby this adjective

describes a state of corresponding entity, #hich is a model of human person, a processor, or any other

dynamics inside this symbolic synchronized society.

%herefore, the main real operating dynamics and mechanism inside any proposal approval symbolic

synchronized society is to resolve the compromise bet#een richness and poorness inside the socialassignment moderation insight surrounding society adjustments.

:igure ;2 variation of symbolic major intentional sign across manufacturing implementation inside symbolic

synchronized society.

In fact,figure Jillustrates the principle variation of symbolic major intentional sign across

manufacturing implementation inside symbolic synchronized society. 8ue to the main investigation

of mapping pair 3highest richest, lo#est poorest5 dynamics, #hich depicts mathematical insight of

corresponding #aveform inside a sliding #indo# slice simulation 3step 4 7.7 radiant and origin 4

7 radiant5. %hus, these #aveform description graphs meet each another at variation level eual to

/10 and at slice bet#een 16and 1K steps. %hereby, the lo#est poorest dynamics has to start from

origin level eual to nil 375, the opposite signed processing implies that the highest richest level

should start from higher value, #hich could reach Ainfinite at the origin. Cven though, #ithin the

deep investigation of kno#ledge culture inside the story surrounding any symbolic synchronized

society, the highest richest level could reach the lo#est poorest level at certain time. %herefore, the

proposal area for fuzzy, genetic and mimetic proceeding inside a mathematical intentional

symbolization architecture having its boundaries inside mapping pair 3 z 4 lim"

pi

*

(sin( )cos())

sin() #cos()

, y 4 lim"

pi

*

sin() #cos()

(sin( )cos())5. %hus,

sin()#cos()

(sin ()cos())=1 and

(sin()cos())

sin()#cos()

=1 link the

variation level of any possible probable fuzzy genetic mimetic dynamic design to be a procedure

inside the define surface, #hich belong to boundaries of involving graphs.

%herefore,sin

()#cos()

(sin

()cos

())

=1 sin() #cos()=(sin()cos()) , resolve this huge hard #ithin the

reuired valuable variable, #hich is the proposal approval logics language of / sin() cos() /

belong to the huge hard home hierarchy of ratio symbolic design inside the procedure of >empel and ?ivD

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

0

2

4

6

8

10

12

14

16


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&igure K ' synchroniation assignment across light on symboliation

Hence, figure W illustrates the main real synchronization assignment across light on symbolization, #hich

engendering the lim"

pi

*

sin() # cos()

(sin()cos()) during a boundary limit investigation around the centric point

pi

*, #hich has to implement basic phase modulation processing for any possible probable digital

telecommunication kind and type.

II# &eturn backs of mathematical insight inside the proposal symbolic synchronized society:

Indeed, the main real idea behind this #ork is to understand in deep investigation the #hy phase should be

pi

*for seuential digital data processing, #hereby the follo#ing focus on #aveform is then defined to be

as follo#s2sin

()#cos()(sin()cos())

# sin( f( fre/uency ( time))#ea pi

*

%herefore, the basic binary built in #aveforms, #hich have to define this fuzzy logics language, #hich is

engendering inside ++& 4 starting at logics language e9actly true- +I 4 mount unkno#n X inside

f(")--. (hat is unkno#n X$ nd #hat is thenf(")$ %his is the main intentional synchronized symbolization

surrounding adjustments of mode's inspiration and modeling's intelligence.

In fact, &aid chaalia did invest inside searching #avefroms to describe any possible probable logics

language #ithin the similar same fuzzy principles for any probable staochstical probabilistic statistical

chaotic dynamics and mechanism. %hus, these function forms are respectively2

I. cos() 22 describing something clear starting from logics language e9actly true at origin.

II. sin() 22 2describing something clear starting from logics language e9actly false at origin.

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&igure ' variation of the main real operating function form of any possible probable variation level inside the

se/uential digital data processing involving $ithin any discrete event simulation engendering 70pi

*9#

In fact,figure depicts the variation of the main real operating function form of any possible probable

variation level inside the seuential digital data processing involving #ithin any discrete event simulation

engendering 70pi

*9#

Hence, the main real operating processing #ithin any discrete event simulation involving inside the

seuential digital data processing should include the couple of 370

pi

* 9 7

pi

*

pi

9)# (hy$

%hus, the main real operating proceeding across fuzzy, genetic mimetic approaches, #hich have been

involved inside system's economy and financial effect [1,,!, *", should then prove the engendering of the

environment reality flo# of symbolic synchronized society, #hereby the smart safe smooth signs should

have identification #ithin any probable possible fuzzy, genetic mimetic approaches.

&igure O' main real primordial principle of fuy dynamics

Hence,figure O illustrates the main real primordial principle of fuzzy dynamics. %hough, the variation level

inside the main real operating #aveforms of any possible probable fuzzy approaches is to start through

/logics language of e9actly true0 or /logics language of e9actly false0.

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3000

sin()#cos()

(sin()cos())#sin ( f( fre/uency ( time)) #e

a pi*


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&igure 10' main illustration of describing effects inside variation level logics of mapping pair (something clear is

e"actly fuy true something clear is e"actly fuy false)#

In fact, Said Mchaaliadie prove that the defined function forms of 3 cos() , sin() 5 couple has to

paly great importance inside the fatal focus on of fuzzy logics language. :urthermore, this follo#ing focus

on 3 y 4 cos() , z 4 sin() 5 envelop is for any possible probable seuential digital data processing

inside its transaction trace involving #ithin the /mobile path 4 customadust consumermapping

processing0. (hat does this mean$

Hence, the term /mobile path 4 customadust consumer mapping processing0 is composed by t#o

#ords2

I. mobile22 change valuable values during timing simulation for any possible probable transaction

trace's logics language [11", #hereby the logics language of bits should be then used. %his is so

called binary basic built in logics of any possible probable transaction trace dynamics.

II. path 22 edge's logics language inside control data flo# graph logics, #hich be then transformed to

customadust consumer mapping logics based on the main real operating principle of high hoily

book, #hich is the dictionary logics language.

%hus, using this follo#ing focus on of mapping pair 3 y 4 cos() , z 4 sin() 5 envelop to engender any

possible probable transaction trace's logics of seuential digital data processing, an amplification of

magnitude should be done. %herefore, this is could be then achieved, #hen using the main real principle of

involving magnitude intentional surrounding amplification inside 2 amplification=sin

() # cos()

(sin ()cos())

then all possible digital #aveform's function form could be then involving #ithin2

$aveform=sin

() #cos()

(sin()cos())# sin(f(fre/uency time))#e

a pi*

0

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0.4

0.6

0.8

1

1.2


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&igure 12' main intentional dynamics across thescaling$up% down& dynamics to engender any possible probable fuy

mechanism across mathematical intentional signs surrounding adustments of mode-s inspiration and modeling-s

intelligence#

In fact,figure 12is sho#ing the real main intentional dynamics across the scaling$up% down&dynamics to

engender any possible probable fuzzy mechanism across mathematical intentional signs surrounding

adjustments of mode's inspiration and modeling's intelligence. %hough, comparing to the old dynamics offuzzy processing, #hich has been involved #ithin figure 1!, the modeling's intelligence is keeping to

symbolize across mathematical intentional logics language.

&igure 13' main old fuy dynamics $ithin an e"ample of temperature proceeding-s regulation#

In fact, figure 1! is sho#ing the main real principles of old fuzzy dynamics #hen this is applied to aregulation's system of temperature across a robust control mechanism.


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III# )ecrets across mapping insight inside surround symbolic (m * move0#(sensor,% I *

invest0#(processor,, couple:

&ince, the basic #orks of mobile robot to improve the major intentional secret across manufacturing

insight, #hich has to investigate mode's inspiration and modeling's intelligence signs around

mathematical intentional serving signal adjustments and system architecture. :urthermore, system's

economy and financial effects have to flo# inside any possible probable investment design for

services at any symbolic synchronized society.

I*# &eferences:

1. ?adeh, >.. 31VY;5. Z:uzzy setsZ,+nformation and Gontrol @ 3!52 !!@B!;!.

. ?adeh, >. . et al. 1VVY&uy Sets &uy Bogic &uy Systems, >orld Scientific Press, I&FK V@16

76*16*

!. /Cconomic decisions and the theory of games 8issertation0, Qniversity of >arsa$ 1VY1

*. Z8as odell des &piels in der #issenschaftlichen LlanungZMathemati5 und >irtschaftKo.W, Cast

Ferlin 1VYV

;. %homas )ofler, /:uzzy >ogic and Cconomic 8ecisions0, 1VV@

Y. />inear Lartial Information #ith pplications0.Proceedings of +S&B 1OOK (+nternational Symposium

on &uy Bogic), ?rich, 1VVW, p.!;6!V

W. E. C. &hannon, Zn algebra for theoretical geneticsZ, 3Lh.8. %hesis, assachusetts Institute of%echnology, 1V*75, I%6%HC&C&RR1V*7B!

@. ?iv O. and >empel . 31VW@5, ZEompression of individual seuences via variable6rate codingZ.

+FFF ,ransactions on +nformation ,heory+,3;52 ;!7

V. Oames Lo#ell 37 ctober 77V5.ZCnd6to6Cnd %ransaction %racking #ith Fusiness %ransactionanagementZ. Cnterprise &ystems. etrieved Y Oune 717.

17. &tra#son, L.:. 31V;5. /Introduction to >ogical %heory0. ethuen2 >ondon. p.!.

11. Elabby nalytics 3&eptember, 7175.Z:ollo#ing %ransactions %hrough the EloudZ.Elabby

nalytics. etrieved &eptember 717.

1. >o#e, C. O..&orms of ,hought'/ &tudy in Lhilosophical >ogic0. Ke# \ork2 Eambridge Gniversity

Lress, 71!.

1!. &ainsbury, ark, 771.Bogical &orms'Zn Introduction to Lhilosophical >ogicZ.nd ed. 9ford2Flack#ell
http://esj.com/articles/2009/10/20/transaction-tracking.aspxhttp://esj.com/articles/2009/10/20/transaction-tracking.aspxhttp://www.clabbyanalytics.com/uploads/OpTierFinal2.pdfhttp://books.google.ca/books?id=xAFKgdsB_akC&printsec=frontcoverhttp://books.google.ca/books?id=xAFKgdsB_akC&printsec=frontcoverhttp://books.google.ca/books?id=xAFKgdsB_akC&printsec=frontcoverhttp://www.clabbyanalytics.com/uploads/OpTierFinal2.pdfhttp://books.google.ca/books?id=xAFKgdsB_akC&printsec=frontcoverhttp://esj.com/articles/2009/10/20/transaction-tracking.aspxhttp://esj.com/articles/2009/10/20/transaction-tracking.aspx


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8igital seuential data encoding processing2

Eurrent

&euence

Ke9t

Ehar

utput C9tended

8ictionaryEomments

Eode Fits

KG>> %

% 7 17177 W2 % W 4 first available code after 7 through Y

F 1; 71111 @2 F

F C 77717 V2 FC

C ; 77171 !72 C

1; 71111 !12

K 1@ 17717 !2 K ! reuires Y bits, so for ne9t output use Y bits

K 1* 771117 !!2 K % 1; 771111 !*2 %

% % 7 717177 !;2 %%

% F W 711711 !Y2 %F

FC V 711171 !W2 FC

% !1 711111 !@2 %

%F C !Y 177177 !V2 %FC

C !7 711117 *72 C

K ! 177777 *12 K

% ] !* 177717 ] stops the algorithmD send the cur se

7 777777 and the stop code

8igital seuential data processing decoding2

Input utput

&euence

Ke# 8ictionary CntryEomments

Fits Eode :ull Eonjecture

17177 7 % W2 %$

71111 1; W2 % @2 $

77717 F @2 F V2 F$

77171 ; C V2 FC !72 C$

71111 1; !72 C !12 $

17717 1@ !12 !2 $ created code !1 3last to fit in ; bits5

771117 1* K !2 K !!2 K$ so start reading input at Y bits

771111 1; !!2 K !*2 $717177 7 % !*2 % !;2 %$

711711 W % !;2 %% !Y2 %$

711171 V FC !Y2 %F !W2 FC$ !Y 4 % A 1st symbol 3F5 of

711111 !1 !W2 FC !@2 $ ne9t coded seuence received 3FC5

177177 !Y %F !@2 % !V2 %F$

711117 !7 C !V2 %FC *72 C$

177777 ! K *72 C *12 K$

177717 !* % *12 K *2 %$

777777 7 ]

8evelopments1V!VB1V*;2

8uring(orld (ar II the first mobile robots emerged as a result of technical advances on a number of


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relatively ne# research fields like computer science and cybernetics. %hey #ere mostly flying bombs.

C9amples are smart bombs that only detonate #ithin a certain range of the target, the use of guiding systems

and radar control. %he N1 and N rockets had a crude 'autopilot' and automatic detonation systems. %hey

#ere the predecessors of modern cruise missiles.

1V*@B1V*V(.

rey (alter builds Clmer and Clsie, t#o autonomous robots called achina &peculatri9 because these robotsliked to e9plore their environment. Clmer and Clsie #ere each euipped #ith a light sensor. If they found a

light source they #ould move to#ards it, avoiding or moving obstacles on their #ay. %hese robots

demonstrated that comple9 behaviour could arise from a simple design. Clmer and Clsie only had the

euivalent of t#o nerve cells.

1VY1B1VY!

%he Oohns Hopkins Gniversity develops 'Feast'. Feast used a sonar to move around. (hen its batteries ran

lo# it #ould find a po#er socket and plug itself in.1VYVo#bot #as the very first robot that #ould

automatically mo# the la#n.

1VW7

%he &tanford Eart line follo#er #as a mobile robot that #as able to follo# a #hite line, using a camera to

see. It #as radio linked to a large mainframe that made the calculations.

t about the same time 31VYYB1VW5

the &tanford esearch Institute is building and doing research on &hakey the obot, a robot named after its

jerky motion. &hakey had a camera, arangefinder, bump sensors and a radio link. &hakey #as the first robot

that could reason about its actions. %his means that &hakey could be given very general commands, and that

the robot #ould figure out the necessary steps to accomplish the given task.%he &oviet Gnion e9plores the surface of the unkno#n planet #ith >unokhod 1, a lunar rover.

1VWYIn its Niking program the K& sends t#o unmanned spacecraft to ars 3ho# could they take picture

for its mobile motion$ (here #as the (ebcam installed$5 .

1V@7

%he interest of the public in robots rises, resulting in robots that could be purchased for home use. %hese

robots served entertainment or educational purposes. C9amples include the F;X, #hich still e9ists today

and the HC series.

%he &tanford Eart is no# able to navigate its #ay through obstacle courses and make maps of its

environment.

Carly 1V@7s

%he team of Crnst 8ickmanns at Fundes#ehr Gniversity unich builds the first robot cars, driving up to ;;

mph on empty streets.

1V@W

Hughes esearch >aboratories demonstrates the first cross6country map and sensor6based autonomous

operation of a robotic vehicle.

1V@V

ark %ilden invents FC robotics.

1VV7s

Ooseph Cngelberger, father of the industrial robotic arm, #orks #ith colleagues to design the first


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commercially available autonomous mobile hospital robots, sold by Helpmate. %he G& 8epartment of

8efense funds the 8&6I project, based on the Eybermotion indoor security robot.

1VV1

Cdo. :ranzi, ndrJ uignard and :rancesco ondada developed )hepera, an autonomous small mobile

robot intended for research activities. %he project #as supported by the >I6CL:> lab.

1VV!B1VV*

8ante I and 8ante II #ere developed by Earnegie ellon Gniversity. Foth #ere #alking robots used to

e9plore live volcanoes.

1VV*

(ith guests on board, the t#in robot vehicles NaL and NI%6 of 8aimler6Fenz and Crnst 8ickmanns of

GniF# drive more than one thousand kilometers on a Laris three6lane high#ay in standard heavy traffic at

speeds up to 1!7 kmRh. %hey demonstrate autonomous driving in free lanes, convoy driving, and lane

changes left and right #ith autonomous passing of other cars.

1VV;

&emi6autonomous >NIKK steered a car coast6to6coast under computer control for all but about ;7 of the

@;7 miles. %hrottle and brakes, ho#ever, #ere controlled by a human driver.

1VV;

In the same year, one of Crnst 8ickmanns' robot cars 3#ith robot6controlled throttle and brakes5 drove more

than 1777 miles from unich to Eopenhagen and back, in traffic, at up to 17 mph, occasionally e9ecuting

maneuvers to pass other cars 3only in a fe# critical situations a safety driver took over5. ctive vision #as

used to deal #ith rapidly changing street scenes.

1VV;

%he Lioneer programmable mobile robot becomes commercially available at an affordable price, enabling a

#idespread increase in robotics research and university study over the ne9t decade as mobile robotics

becomes a standard part of the university curriculum.

1VVYB1VVW

K& sends the ars Lathfinder #ith its rover &ojourner to ars. %he rover e9plores the surface,

commanded from earth. &ojourner #as euipped #ith a hazard avoidance system. %his enabled &ojourner to

autonomously find it s #ay through unkno#n martian terrain.

1VVV

&ony introduces ibo, a robotic dog capable of seeing, #alking and interacting #ith its environment. %he

LackFot remote6controlled military mobile robot is introduced.

771

&tart of the arm6bots project. arm bots resemble insect colonies. %ypically they consist of a large

number of individual simple robots, that can interact #ith each other and together perform comple9 tasks.

77

ppears oomba, a domestic autonomous mobile robot that cleans the floor.


23/23

77!

99on obotics purchases Intellibot, manufacturer of a line of commercial robots that scrub, vacuum, and

s#eep floors in hospitals, office buildings and other commercial buildings. :loor care robots from Intellibot

obotics >>E operate completely autonomously, mapping their environment and using an array of sensors

for navigation an obstacle avoidance.

77*

obosapien, a biomorphic toy robot designed by ark %ilden is commercially available.

In '%he Eentibots Lroject' 177 autonomous robots #ork together to make a map of an unkno#n environment

and search for objects #ithin the environment. In the first 8L rand Ehallenge competition, fully

autonomous vehicles compete against each other on a desert course.

77;

Foston 8ynamics creates a uadruped robot intended to carry heavy loads across terrain too rough for

vehicles.

77Y

&ony stops making ibo and Helpate halts production, but a lo#er6cost LatrolFot customizable

autonomous service robot system becomes available as mobile robots continue the struggle to become

commercially viable. %he G& 8epartment of 8efense drops the 8&6I project, but funds 8&6C, an

autonomous field robot. %>K6ord, the first commercially available robot #ith grenade launcher and

other integrated #eapons options, is released. Honda's simo learns to run and climb stairs.

77W

In the 8L Grban rand Ehallenge, si9 vehicles autonomously comple a comple9 course involving

manned vehicles and obstacles. )iva &ystems clever robots proliferate in distribution operationsD these smart

shelving units sort themselves according to the popularity of their contents. %he %ug becomes a popularmeans for hospitals to move large cabinets of stock from place to place, #hile the &peci6inder #ith

otivity begins carrying blood and other patient samples from nurses' stations to various labs. &eekur, the

first #idely available, non6military outdoor service robot, pulls a !6ton vehicle across a parking lot, drives

autonomously indoors and begins learning ho# to navigate itself outside. ean#hile, LatrolFot learns to

follo# people and detect doors that are ajar.

77@

Foston 8ynamics released video footage of a ne# generation Fig8og able to #alk on icy terrain and recover

its balance #hen kicked from the side.

717

%he ulti utonomous round6robotic International Ehallenge has teams of autonomous vehicles map a

large dynamic urban environment, identify and track humans and avoid hostile objects.

new intentional social assignment mounting mode's insight and modeling's intelligence surrounding...

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