Describes Concrete Customization of {(Measurable, Driven), (Wake Up, Speed Up), (Custom, Event),...

8/12/2019 Describes Concrete Customization of {(Measurable, Driven), (Wake Up, Speed Up), (Custom, Event), (Handle, Hol

1/40

Envelop=amount.shadow.(amountshadow)

(amount+shadow)3,shadow=

a

b. amountIR , wherea.b0 evol

ves architectural nap structure of True= x

1+ x,

amount

amount+ shadow,+

a.b.(ab)

(a+ b)3 ,

b

a+ band

False=

1

1+ x,

shadow

amount+shadow,

a

a+ b,

a.b.(ab)

(a+ b)3 describes concrete customization of{(measurable, driven), (wake up, speed up), (custom, event), (handle, hold)} surround set, which

is settling switch fashion flow orders of Boolean behavior and business benefit

by Said Mchaalia

draft copy !u"ust #$th%#&', emailsusanne.weber("mail.com

Fi"ure & excitin" experts are )*measurable, driven+, *wae up, speed up+, *custom, event+, *handle, hold+-, which is

settlin" switch fashion orders featherin" optimiation of business benefit, a usin" of unifyin" "eneral "lobal approach

to convert any concernin" customiation of lo"ics lan"ua"e and driven desi"n of translation transmission dynamics

and mechanism

The real ratio return of concernin" customiation handles the assi"nment of opposite variation variable to any lo"ic
mailto:[email protected]:[email protected]:[email protected]


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dynamics in order to envelop and encircle the correspondin" envisa"e driven desi"n of data either lossy or lossy less.

Therefore, theolo"ical theory prove the best in class of usin" those variation variable to depict the lo"ic dynamics for

inte"rated timin" simulation and /ob schedulin" surroundin" settin" smart faster optimiation functionin" opportunity

of financial orders to excite expertise environment reality fashion flows of soul0s satisfaction and aim ob/ects. 1ence,

the ma/or main symbolic servin" fre2uency opportunity flowin" operations of synchronied switchin" functions

orderin" focus on of di"ital dynamics and driven lo"ics lan"ua"e is the resolve of resultin" in trust liable laws of lo"ics

lins to liable flows of principle primordial desi"n of fashion orders and faith opportunity tellin" titles across 3as 4ord

5R 6od involvin" inside intelli"ent insi"ht to support any modelin" mode of operatin" fashion flow defined as follows

(4o"ics7ynamics= 6otthisthere = 8apx

y )(4o"ics7ynamics= flowsurroundperform = 9in"x

y )

should result within any best in class customiation to find schedulin" shinin" fashions orderin"s frame outputs such

that

Logics True = speed upTrue=sin 2(),sin(),sin (),

x

1+ x,

amount

amount+shadow,

b

a+ b

True=n

1+ n,

n

n+a

b .n

,+a.b.(ab)

(a+ b)

3,

b

a+ b,a.b> 0

Logics False = make breakFalse=cos2( ),cos( ), cos( ),

1

1+ x,

shadow

amount+ shadow, a

a+ b

False= 1

1+ n,

a

b.

n

n+ a

b. n

, a

a+ b,

a.b.(ab)

(a+ b)3 ,a.b> 0

OR-Logics driven dynamics 4o"ics7ynamics= 6otthisthere =extend

!"-logics driven dynamics 4o"ics7ynamics= flowsurroundperform =in"

f(amount)= shadow

amount+ shadow,amount=

a

bIR ,where ab0

"(amount)= amount


a

bIR ,whereab0

encircle=amount.shadow.(amountshadow)

(amount+shadow)3, shadow=

a

b.amountIR , where a.b0

#romp$ e%ecu$ion o& orders is $'e mos$ in$eres$ $'read $ask o& (ob sc'eduling and $iming simula$ion) al$'oug'

every$'ing seems $o be correc$ and in good cus$omi*a$ion condi$ion e%cep$ in +ors$ case) +'ereby error

correc$ion processing s'ould be $'e ma(or main e%ci$ing &unc$ion ob(ec$ o& corresponding manu&ac$uring

indus$ry. ,n&or$una$ely) +'en per&ormance and measurable cus$omi*a$ion componen$s s'ould rule (ob

sc'eduling and $iming simula$ion &or be$$er sys$em signal &as'ion oppor$uni$y &ea$'ering opera$ing ob(ec$s o&

&inancial orien$a$ion and &ai$'&ul &lo+ oppor$uni$y. a$'ering gro+ing probabilis$ic s$oc'as$ic surround

sys$ems $o predic$ uncer$ain$y and $o improve $'e per&ormance o& desirable aim ob(ec$s involving +i$'in any

nea$ envisage modeling mode s'akes in$ellec$ual inspira$ion and in$elligence insig'$ procedures) dump re$urn

resul$s and comple$e ad(us$men$ (udgmen$ o& advancing arc'i$ec$ural s$ruc$ures o& corresponding &ile sys$emsand disposal symbolic sync'roni*a$ion o& sys$em signal &as'ion ob(ec$s ordering &inancial oppor$uni$y.

T'us) $o arrange &or possible proposal replacemen$ $o be dispa$c'ed a$ once) liable link language o& logics


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dynamics s'ould $'en $ransla$e and a&&ec$ any 'olding 'ierarc'y 'omes o& (ob sc'eduling and $iming

simula$ions. T'ere&ore) c'eck ins o& promp$ e%ecu$ions deliver consignmen$ o& learning error correc$ion

$'roug' under cus$oms seal algori$'ms suc' as gene$ic algori$'ms) neural ne$+orking and &u**y logics /1)

1) 1. Fur$'ermore) $o reali*e surround e%per$ environmen$ o& driven dynamics based on logics dynamics)

+'ereby $'eological aspec$s o& 4oolean algebra / 1 s'ould be $'e bes$ in class cus$omi*a$ion o& any

envisage (ob sc'eduling and $iming simula$ion /15) 16) 'as been going in$o ma$$er o& inves$ing +i$'in

in$egra$ed implemen$a$ion o& mapping pair 7%) y8 belongs $o na$ural &as'ion &lo+ o& corresponding 97dark)

clear8) 7&as$er) slo+er8: surround se$) +'ic' re$urn real responsible re;ues$s $o {(measurable, driven),

(wake up, speed up), (custom, event), (handle, hold)} exciting experts.

0

2. y=False= 1

1+ nor y=False= lim

n,0(

a

b.n

n+ a

b.n

),a.b> 0

T'us) apply &loa$ encoding $o conver$ surround symbolic &re;uency organi*a$ion in$o &ocus on opera$ing

compu$ing based on &loa$ encoding o& 97measurable) driven8) 7+ake up) speed up8) 7cus$om) even$8) 7'andle)

'old8: sync'roni*ed se$ across any $iming simula$ion and disposal proposal probabilis$ic s$oc'as$ic

processing o& uncer$ain$y measuremen$ and 4oolean inves$iga$ion. O$'er+ise) &or any possiblea

b> 1 ) an

in$egerpcould $'en be &ound $o sa$is&y pa

b< p+ 1 and $'eological aspec$s $o reminds &ollo+ing &ocus

on resul$s

1. x=True= limn , p ,0

(n

n+ p.n),n , pnaturals

2. y=False= limn,0

( p.n

n+ p.n),n , pnaturals

To e%press +ai$ delay driven dynamic design o& discre$e even$ simula$ion) na$ural arc'i$ec$ural nap s$ruc$ure

s'ould be used) +'en 97measurable) driven8) 7+ake up) speed up8) 7cus$om) even$8) 7'andle) 'old8:sync'roni*ed se$ could $'en e%ploi$ $'e necessary implemen$a$ion o& illusion illi$eracy $o resolve any

ambigui$y o& searc'ing ne+ nea$ ne$+orking o& inves$ing +i$'in in$en$ional so&$+are could ac'ieve any

desirable processing o& (ob sc'eduling and $iming simula$ion suc' as > Lisp) > >?? /11) 16) @


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Fi"ure % concrete customiation should rule inte"rated investment within battery sheet production to fill in within

electrical car use at any re2uired time

B'ile Crepea$ un$ilD dynamics is in +ards represen$a$ion o& discre$e even$ disciplines gro+ing +i$'in moral

sub micro deep design and sys$em on c'ip dynamics &ocus on descrip$ion o& 'ard+are and so&$+are co-

design) +'ic' &ills in scene s'o+s o& in$ellec$ual inspira$ion and in$egra$ed in$elligence insig'$ $o admi$ $'ere

is a $ru$' +i$'in &amous &unc$ionalism opera$ing &ai$'&ul ob(ec$ cen$ering inside &ollo+ing &ocus on ;uery

s$ring Cmoney is $'e roo$ be'ind o& roo& e%cellenceD. 4ecause 'aving muc' money could cer$ainly bring up

$'e gap bridge o& ga$'ering in$elligence insig'$ based on in$en$ional inves$iga$ion o& in$ellec$ual inspira$ion

and ga$'er manu&ac$uring indus$ry possessor $o &eel surprising surround 'uman souls sa$is&ac$ion $'a$ may

lead $o earn souls dynamic descrip$ion +i$'in evolving e%per$ environmen$. T'ere&ore) $iming simula$ion

and (ob sc'eduling 'ave roo$ &unc$ionalism o& rolling replays and gaming s$ruc$ural arc'i$ec$ures $o suppor$

$'eological rela% re;ues$s o& 'uman soul sync'roni*a$ion s$ruc$ures. l$'oug') rule responsible re;ues$ $o

resolve naps arc'i$ec$ural s$ruc$ure driven design involving +i$'in manu&ac$uring indus$ry) 'as concre$e

cus$omi*a$ion o& &ur$'er kno+ledge cul$ure and uni&ying u$ili*a$ion o& proposal $ools $o deliver 'ig'er


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'onored digni$y o& 'uman opera$ing &inancial oppor$uni$y and &unc$ionalism ob(ec$s. T'us) money 'as s$rong

appeal &or any &ea$ures orien$a$ion o& &undamen$al orders $o organi*e &inancial ob(ec$s as i$ s'ould and

+ould.

B'ile using $'e evolving approac' o& $7measurable) driven8) 7+ake up) speed up8) 7cus$om) even$8) 7'andle)

'old8: surround $o resolve responsible re;ues$ $o 'andle 'ierarc'y 'omes o& (ob sc'eduling and $imingsimula$ion) simple dynamic descrip$ion o& &ollo+ing +arping up overvie+s

1. measurable = coun$ $'eological &loa$ number o& e%c'ange energy source +i$'in elec$rical car

ba$$leground) +'ereby $'e bes$ in class concre$e cus$omi*a$ion s'ould rule in$egra$ed inves$men$

+i$'in ba$$ery s'ee$ produc$ion $o &ill in +i$'in elec$rical car use a$ any re;uired $ime.


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sensi$ive surround &unc$ion o& sync'roni*ed sensor e&&ec$s and advancing aspec$s o& compu$able incoming

da$a and variable values. Fur$'ermore) ordering $ools $o inves$iga$e in$en$ional illi$eracy and $o resolve $'e

$'eological illusion o& lis$ing approac'es) become roug'ly mos$ impor$an$ in$eres$ o& discre$e even$

simula$ion dynamics and primordial principles o& e%per$ environmen$ o& energy e%ci$ing en$i$y.

Fi"ure concrete customiation of )*measurable, driven+, *wae up, speed up+, *custom, event+, *handle, hold+-

surround set, which is settlin" switch fashion flow orders of Goolean behavior and business benefit

Aven $'oug') $ransla$e any desirable (ob sc'eduling in$o amoun$ ;uan$i$y $o be 'andling +i$'in

corresponding approac' o& {(measurable, driven), (wake up, speed up), (custom, event), (handle,

hold)} exciting experts, a$$rac$s advancing ad(us$men$ o& sys$em signal &as'ion organi*a$ion &ea$'ering-

op$imal orders $o reac' $'e ob(ec$ive aims o& &inancial orien$a$ion.


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corresponding disciplines) +'ic' are economic &inance dynamics) $'ea$er scene s'o+ principles) robus$

con$rol programming) s'ipping &as'ion &lo+ inves$iga$ion) e$c @

4ecause) $'eological main$enance o& {(measurable, driven), (wake up, speed up), (custom, event),

(handle, hold)} exciting experts s'ould sc'edule $'eore$ical driven design o& any envisage dynamic

descrip$ion $o bring up ne+ nea$ ne$+orking o& in$ellec$ual inspira$ion in$o symbolic aspec$s and e%ci$ing

e&&ec$s o& modeling modes and &unc$ion oppor$uni$y &ea$'ering op$imal orders $o resolve any symbolicsurround comple%i$y across applied (udgmen$ ad(us$men$s &or +'ic' disciplines. A%pressing logics language

+i$'in grap's or o$'er uni&ied logics language +as $'e desirable aim ob(ec$s o& many researc' approac'es

suc' as: & ;) : ;): H ;and : && ; $o cus$omi*e $'e +rapping up overvie+s o& illusion illi$eracy $o suppor$ a

con$inuously driven descrip$ion o& real reali*a$ion a$ any possible disposal under cus$oms seal s$udy and

in$egra$ed in$en$ional in$ellec$ual inspira$ion and in$elligence insig'$ &or &i%ing &ocus on &oun$s o& kno+ledge

cul$ures and adroi$ illus$ra$ion o& 'uman super souls sa$is&ac$ion involving +i$'in $'eological aspec$s and

e%ci$ing environmen$ o& e%per$ise domain and &ields.

l$'oug') applied ma$'ema$ical in$egra$ion o& driven dynamics resul$ing +i$'in di&&eren$ial e;ua$ions)

modeling modes based on energy conver$ing) in$ellec$ual inspira$ion belongs $o uni&ied u$ili*a$ion o& logics

dynamics and liable links $o compile-compu$e gro+ing cus$omi*a$ion classes 7command lines conversionin$o grap'ical user in$er&ace) s+i$c'ing in$en$ional in$er-even$ cus$omi*a$ion in$o programming in$er&aces o&

end user op$ion and &inancial a&&airs) e$c @8. T'ere&ore) $'eological aspec$s $ransla$e $es$ $ry $o scare

$emp$ing e&&ec$s o& 'uman desirable aim ob(ec$ and symbolic souls sa$is&ac$ion across &as'ion &lo+s

advancing $ransla$ion $ransmission 'ierarc'y 'omes en'ance e%per$ environmen$ o& even$ resul$s belong $o

&ollo+ing &ocus on modeling modes o& in$ellec$ual inspira$ion and in$elligence insig'$.

En &ac$) measurable core processing is $'e basic buil$ in be'avior o& (ob sc'eduling and $iming simula$ion

across advancing adminis$ra$ion o& in$egra$ed in$ellec$ual inspira$ion and modeling modes. T'ere&ore) C+'a$

is $'e +eig'$ a person is allo+ed $o carry +i$'D) C+'ic' common company s'ould a person visi$D) C+'a$

else could a person do $o ac'ieve desirable +is'es and release creaming dreamsD) C+'ic' $'ings s'ould aperson +rap up $o speed up any sc'eduling processD) C'o+ muc' per me$er) per kilo per 'our @D) C+'ic'

a gi&$ s'ould a person look &orD) @


8/40


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is roug'ly enormous $'an e%c'ange corresponding ba$$ery se$s.

4ecause) &inancial marke$ is a place +'ere &irm and individuals could en$er +i$'in con$ac$s $o buy or $o

speci&ic produc$ suc' as s$ock or bond) everyone $'ere seeks $o buy a$ $'e lo+es$ ra$e and $o sell a$ $'e

'ig'es$ ra$e o& any available price in order $o improve $'eological +ins and $o ge$ incoming money gro+

&as$er and surely rapid. !o$ice $'a$ s$ock is number o& s'ares issued by company or $'e governmen$ or an

individual s'are'older) and bond is a cer$i&ica$e s'o+ing you loan someone else money on +'ic' i$ promises$o pay back +i$' &i%ed ra$e o& in$eres$. T'ese advancing ac$ivi$y 'ave o&$en +ondered 'ierarc'y 'omes

+'e$'er $'ey s'ould con$inue inves$ing +i$'in ne+ produc$s suc' elec$rical car and +'e$'er $o re$urn reali$y

&as'ion &lo+s o& inves$ing in surround researc' across suc' a pro(ec$) +'ic' is $'e e%ci$ing environmen$

reali$y &as'ion &lo+s o& driven dynamic discre$e even$ simula$ion) +'om primordial principles concern $'e

coun$ and compu$e o& occurrence even$s. ;.

!o$'ing s$range abou$ +'a$ sa&e sciences mig'$ $'ink up $o build in adroi$ kno+ledge cul$ure &oun$ o& basicbuil$ in be'avior o& logics dynamics and varia$ion level inves$iga$ion) e%cep$ $'a$ logics dynamics is go$ so

&ed $o se$$led +i$'in (ob sc'eduling programming and $iming simula$ion modeling modes. T'is is used $o

+ork +or$'+'ile +i$'in social se$$ling &unc$ions open &as'ion &lo+ orders $o genera$e &inancial oppor$uni$y

scaring in$ellec$ual inspira$ion and moun$s boundary driven design o& in$elligence insig'$ and symbolic sig'$.

E$ +as in$eres$ and re+arding $'read $ask $'a$ logics dynamics could se$ up o+n cus$omi*a$ion o& compile

compu$e arc'i$ec$ural s$ruc$ure $'en i$ s'ould +rap up all disposal proposal under cus$oms seal dra+ing

gro+s $o 'andle 'ierarc'y 'omes o& in$en$ional in$elligence insig'$ and in$ellec$ual inspira$ion involving

inside modeling modes and ma$'ema$ical illus$ra$ion o& illusion illi$eracy. T'us) $'is ma$'ema$ical

illus$ra$ion o& illusion illi$eracy +raps up compiler op$imi*a$ion +or$'+'ile +'en running e%ecu$ion o&

corresponding (ob sc'eduling 'as been ac'ievable during elabora$ion p'ase o& any envisage pro$o$ype model

$o be ne+ nea$ &oun$ o& ad(us$men$ (udgmen$s. T'is reminds liable link and provokes 'o+ &ar logics

dynamics 'as became accep$able symbolic &ea$ures accordingly $o &undamen$al principles o& (ob sc'eduling

and $iming simula$ion) +'ereby driven design o& discre$e even$ simula$ion 'as 'is in$en$ional in$egra$ed

$'oug' $o $'ink up abou$ any advancing ad(us$men$ arc'i$ec$ures &or &ur$'er use o& so&$+are and i$s

coordina$ed ma$erial 'ard+are 7&irs$ o& all s$ar$ing &rom sync'roni*ed sensors $o arrive $o s$air s$epping o&

program $ime = in$eger G sliding slice o& period T $o ac'ieve &illing in &ea$ures in common con$rol and

valida$ion process o& any variable veri&ica$ion process $oo :%, &&, ;. T'is is +'y $'eological aspec$s o&

disciplines s'ould crea$e roo$s $o $'e 'olding roo&s o& {(measurable, driven), (wake up, speed up),

(custom, event), (handle, hold)} exciting experts in order $o suppor$ basic buil$ in be'aviors o& applied

logics dynamics and le$ i$ overdrive ma$erial 'ard+are descrip$ion o& real reali*a$ion 'andling 'ierarc'y

'omes o& 'uman souls sa$is&ac$ion and e%ci$ing e%per$ environmen$ o& e%cellence resul$s &or &ur$'er use o&

scaring gro+s o& 'uman desirable aim ob(ec$ and op$imal orders o& &inancial economic inves$iga$ion $o

include au$o-correc$ion o& money incoming ou$le$s and ou$-coming organi*a$ions.


10/40

Fi"ure H theolo"ical effects and theoretical aspects of dynamic discrete event simulation should then brin" up out theavailable values of variable features of occurrence events

T'ere&ore) $o speed up $errible orien$ed ob(ec$ menus programming all made +i$'in roug'ly &e+ seconds)

logics dynamics belongs so&$+are language s'ould $'en complain valuable ra$io re$urns resul$ in +rapping up

overvie+s concerning cus$omi*a$ion o& ma$'ema$ical illus$ra$ion $o resolve symbolic surround illusion

illi$eracy. Huddenly) $'e logics languages o& ma$erial 'ard+are become more comple% : J ;7Hys$em>)

I


11/40

back &inis'ed da$a inside por$able 'ard disks or o$'er media &orma$.

2. To move in$o planning managemen$ o& surround sys$em &unc$ion oppor$uni$y &ea$'ering op$imal

orders o& &inancial orien$a$ion cus$omi*es manu&ac$uring indus$ry and re$urn &eedback o& modeling

modes and corresponding in$ellec$ual inspira$ion) +'om main 'and ons and 'olding 'ierarc'y 'omes

consis$ $o elabora$e e%per$ environmen$ o& &ollo+ing &ocus on &as'ion &lo+ $o describe $'e a+are

a+ay gro+s &or ne%$ genera$ion o& symbolic socie$y.


12/40

symbolic {(measurable, driven), (wake up, speed up), (custom, event), (handle, hold)} exciting

expertss'ould &ocus on $o se$ responsive re;ues$ re$urns8) s'ould resolve $'e 'uman persons

illi$eracy in order $o resolve any envisage di&&icul$ concerning cus$omi*a$ion illi$era$e people &ace $o

group roo$ liable links and roo& logics.

Fi"ure $ ensurin" modulation envelop to handle translation transmission processin" in order to overdrive traditional

transaction blocs and try theolo"ical transition hierarchy homes


13/40

envelop=a.b.(ba)

(a+ b)3,a.b0

$'en $o inves$ +i$'in boundary limi$ inves$iga$ion as &ollo+s

envelop= lima , b0)

a.b.(ba)

(a+ b)3 ,a.b0

s'ould bring up basic buil$ in be'avior o& logics dynamics / 1 ) +'om primordial principle roo$s

'ave $o describe $'e &ollo+ing &ocus ;uery s$ring Csearch to assi"n a measurable amount 2uantity

of ener"y environment fount for driven dynamic 2uery strin" ?"ot somethin" in pro"ress for

performin" processDD.

En &ac$) ensuring modula$ion envelop $o 'andle $ransla$ion $ransmission processing in order $o

overdrive $radi$ional $ransac$ion blocks and $ry $'eological $ransi$ion 'ierarc'y 'omes. T'ere&ore)

$radi$ional $ransac$ions 'ave been (oining in mapping pair o& logic evalua$ion suc' $'a$

transactions={ [si"nal]step=i t=i.Tindex=/ },i , /inte"ers

transition=value( [si"nal]step=i t=i.Tindex=/ )=10)i , / inte"ers


14/40

Fi"ure J surround systematic set of )*wae up, speed up+, *under custom0s seal, excite event+- provides the optional

functionalism of financial orientation for any period T < not *T+ after wait delay

En &ac$) $o remain or &orge$ any cus$omi*ing con$ac$ +i$' e%$erior e%$ension o& driven da$a) as s'o+n

+i$'infi"ure $) e%per$ environmen$ s'ould e%press capabili$y and capaci$y $o en'ance envisage

driven descrip$ion o& measurable uncer$ain$y. T'ere&ore) $o believe in mapping pair reali*a$ion)+'ereby $'e in$egra$ed in$ellec$ual inspira$ion s'ould moun$ $'e manu&ac$uring indus$ry o& mo$ion

and e%ci$ing engines. Avolving $ransla$ion $ransmission +i$'in probabilis$ic compu$ing o& +as$ing

e&&ec$s during $'e $es$ $ry) c'arac$eri*e $'e basic buil$ in be'avior o& business bene&i$s illi$era$e

'uman &ocus on &inancial oppor$uni$y. Fur$'ermore) ga$'er gro+ing valuable levels &ace surprising

'opes o& surround symbolic &inancial oppor$uni$y &ea$'ering ou$le$s o& 'ierarc'y 'omes $o 'andle

and ac'ieve any ad(us$men$ advan$age during elabora$ion s$ages.

Aven $'oug') $'e sys$ema$ic surround mapping se$ {(measurable, driven), (wake up, speed up),

(custom, event), (handle, hold)} exciting expertss'ould evolve modeling modes corresponding $o

in$ellec$ual insig'$ globing (ob sc'eduling and $iming simula$ion in order $o per&orm $ransla$ion$ransmission +i$'in c'arac$eri*ed varia$ion level o& $'eological $ransi$ion language and measurable

amoun$ ;uan$i$y o& $radi$ional $ransac$ion blocks.


15/40

+'a$ is &illing in bu&&er) is Cgo$ some$'ingD $o be per&ormed a$ $ime = in$eger G sliding slice

period T. T'ere&ore) assign a logic valuable variable 74oolean value = True or False8 $o suc'

a per&orming proceeding recogni*e $'e $'eological $'eore$ical implemen$a$ion o&

ma$'ema$ical modeling modes running main ma(or procedures o& in$ellec$ual insig'$ and

kno+ledge cul$ure sig'$. T'us) $o (oin in a pair $'e logics dynamics o& pa$$erns 7$ransac$ion

blocks $'a$ are necessary &or any $ransla$ion $ransmission processing and e%pec$ed energy&as'ion &lo+ mec'anism8) brie& business bene&i$ be'avior +i$' accuracy s'ould c'arac$eri*e

measurable c'oosy ac$ivi$y 7en$i$y or elemen$ary componen$s = discre$e componen$s8 o&

corresponding naps arc'i$ec$ural s$ruc$ure suc' $'a$ delay in$egra$ion is basic buil$ in logics

involving +i$'in $'e driven design o& measurable core processing

Fi"ure > scene shows of brief business benefit behavior with accuracy to characterie measurable choosy activity


16/40


17/40

envelop= limx ,0

(x3.

a

b.(1

a

b)

x3(1+a

b)

3 ),a.b0

4ecause $'e naps primordial principle is $o be in delay dynamics 7or be asleep &or s'or$ $ime a$

re;uired responsive re;ues$8) a sloping speed up processing o& &inancial orders &unc$ioningop$imi*a$ion o& &ree meals and accommoda$ion is re;uired a$ any se$$ling simula$ion &ea$'ering

op$ional &ocus on o& en$er$ainmen$ 'umor and bring up gro+ing in$eres$s in di&&eren$ en'ancemen$

across ;uery s$ring C$o believe in e%ci$ing ad(us$men$ &rom poor $o &air $o e%cellence) $'anks odD.

T'us $'e envisage envelop could be $'en +ri$$en as &ollo+s

envelop= limb,0

(

1

b2.(a.ba2)

1

b3.(a+ b)3

),a.b0

O$'er+ise) a driven design o& ne+ nea$ ne$+orking o& encircling envelop could de&ined as &ollo+s

envelop= lima , b,0

(a.b.(ba)

(a+ b)3 ),a.b0

Fur$'ermore) evolving above e;ua$ions o& encircling envelops could $'en remain e%per$ise

environmen$ o& limi$ inves$iga$ion and using ra$io re$urns) +'om in$en$ional sig'$ concerns

probabilis$ic) s$oc'as$ic and s$a$is$ical proceeding

envelop=limb 0

(a.b.(ba)

(a+ b)3 )=0)a.b0

envelop=limb

(a.b.(ba)

(a+ b)3 )=0)a.b0

envelop=lima 0

(a.b.(ba)

(a+ b)3 )=0)a.b0

envelop=lima

(a.b.(ba)

(a

+b

)

3 )=0)a.b0

l$'oug') symbolic sync'roni*ed &ield op$imi*a$ion &unc$ioning oppor$uni$y o& &inancial orders

evolves

1. &ocus on $ransmission $ransla$ion opera$ors +'ic' are an$ennas) $ransmi$$ers) @ involving

inside space s$a$ions o& modern $elecommunica$ion and per&orming in$egra$ed in&erence

7cellular) cordless $elecommunica$ion) mobile radar s$a$ions) sa$elli$e s$a$ions) @8 overdrive

scene s'o+s o& predic$ion proceedings and broadcas$ing cus$omi*a$ion con$rols.

2. T'eological $'eory o& modeling modes overdrives dynamic logics o& in$elligence inspira$ion

and insig'$ s'ould s'in and s'ake any e%ci$ing e&&ec$s o& e%per$ aspec$s in order $o assess

any elec$romagne$ic environmen$ reali$y &as'ion &lo+ +i$' accuracy due $o $'e&unc$ionalism orien$a$ion &ea$'ering op$imi*a$ion o& &inancial orders o& dis$inguis'ed and

disposal proposal $ransmission $ransla$ion logic languages. T'ere&ore) since &>HH eorge


18/40

4oles did inven$ $'e i$era$ive in$en$ional +ay &or modern $elecommunica$ion $o be used

inside surround smar$ &unc$ions opera$ing &u**y organi*a$ion running &ollo+ing &ocus on

;uery s$ring Csometimes surroundfaith optimizesfinancial ordersD.

3. Bave&orm &unc$ions 7radio &re;uency driven designs8 s'ould $'en be measurable s$reng$' o&

rescues o& 'uman valuable accommoda$ion and normal valid per&ormance. Fur$'ermore)

addi$ional measurable en'ancemen$s may be necessary $o ga$'er gro+ing along alignad(us$men$s concerning se$$ling se$$ing &as'ion ordering &lo+ oppor$uni$y o& driven

s+i$c'ing dynamics and serving mec'anisms) +'ereby $'e disposal proposal desirable aim

ob(ec$ is $o moun$ modeling modes &or re&erring in&erence insig'$.

. Resolve $roubles'oo$ing in order $o provide ne+ nea$ ne$+orking $'read $asks o& care

concep$s 'andling 'ierarc'y 'omes o& e%per$ise cus$omi*a$ion and engineering driven

design. T'us) subs$an$ially remain o& periodically per&ormance s'ould +ipe 7clean up8 any

$ransmission $ransla$ion logics language belongs $o (ob sc'eduling and $iming simula$ion.

. A%$endable capabili$y and abili$y o& modern $elecommunica$ion based on ne+ nea$

ne$+orking o& digi$al composi$ion and discre$e componen$s 7 selec$ion o& smar$ &unc$ioning

&ocus on &il$ering dynamics 4..(2)pi , f)2=1 &or any induc$or-capaci$or &il$er e&&ec$s8+ipes and slopes symbolic scene &ocus ons ordering &inancial oppor$uni$y o& any possible

dis$inguis'ed aim ob(ec$ burro+s souls sa$is&ac$ion and in$egra$e ideal ideas across

broadcas$ing op$imi*a$ion in order $o use 'uman rescue in$elligence insig'$ as per&orming

engines o& &ollo+ing &ea$'ering ;uery s$ring Cgood great neighborhood is settling

setting of faith orientation and financial operationsD.

. Telling $ales) saying &amous dairy or o$'er s$ory around daily ac$ive li&e and en(oying (oys is

per&orming $'read $ask o& modern $elecommunica$ion processing) +'ereby $'e aim ob(ec$ o&'uman souls sa$is&ac$ion consis$s $o evolve an in$erpre$ed in$egra$ed in&erence &or any

possible e%is$ing 'uman individual illus$ra$ion) +'om concerning cus$omi*a$ion is a se$$ling

sub(ec$ o& &ollo+ing &ocus on ;uery s$ring Cto believe or to burrow is a wa of driven

detailsD.


19/40

Fi"ure runnin" instantaneously (dark " break " nap mimetic dnamic driven design, clear " speed up built in

behavior of business benefit) pairs to earn expert environment of any reality fashion flow in order to brin" up the

lo"ics dynamics of awards towards symbolic synchronied fre2uency opportunity featherin" optimiation

En &ac$) run ins$an$aneously (dark " break " nap mimetic dnamic driven design, clear " speed up

built in behavior of business benefit) pairs $o earn e%per$ environmen$ o& any reali$y &as'ion &lo+

in order $o bring up $'e logics dynamics o& a+ards $o+ards symbolic sync'roni*ed &re;uencyoppor$uni$y &ea$'ering op$imi*a$ion o& any disposal proposal under cus$oms seal compiler or

ensuring en$i$y reali*es logics dynamics $o opera$e &ocus on &as'ion &lo+s o& manu&ac$uring

indus$ry. Fur$'ermore $o ;ui$ any recoding re&uge driven design o& &ame &rame $oo.


20/40

reasoning) especially o& $'e s$ruc$ure o& proposi$ions as dis$inguis'ed &rom $'eir con$en$ and o&

me$'od and validi$y in deduc$ive reasoning. Endeed) $'e basic buil$ in be'avior o& &as$er ou$le$ is $o

describe $'e ba$$leground componen$ driven design $'roug' $'e business bene&i$s belongs $o any

&ollo+ing &inancial order +aking up 97dark = $o *ing = subs$an$ially ;uick sc'edule) clear = $'ink

up = make decision during per&orming process8) 7illus$ra$e = implemen$ modeling modes) ad(us$ =

using in$elligence insig'$8) 7cus$om = under consumers seal opera$or) even$ = resolve e%ci$ingenvironmen$ reali$y &as'ion &lo+8) 7&inis' = re$urn repor$s) $ransla$e = $ransmission $ranspor$a$ion

dynamics: logics dynamics suppor$ing sa&e sciences &or opera$ing &le%ibili$y o&&se$) +'ereby $'e

essen$ial proposal disposal driven design o& any using cus$omi*a$ion o& discre$e even$ simula$ion

7ensuring $'e u$ili*a$ion o& $ime = in$eger n G sliding slice per&orming period T8) consis$ $o

implemen$ $'e ideal idea surround $'e ;uery s$ring C$o (a+ a (amb in order $o depic$ a en(oying (oyD.

Fi"ure the ideal idea surround the 2uery strin" ?to /aw a /amb in order to depict a en/oyin" /oyA.

T'us)fi"ure s'o+s $'e surround ideal idea surround $'e ;uery s$ring C$o (a+ a (amb in order $o

depic$ a en(oying (oyD. T'ere&ore) $'e parallelism evolving any basic buil$ in be'avior o& ins$ruc$ion

inspira$ion s'aking (ob sc'eduling and $iming simula$ion in no+adays $o suppor$ any scene s'o+s

o& Css&o&o = surround smar$ &as$er ou$le$s &or opera$ing &inancial ordersD) +'om business bene&i$s

consis$ $o cus$omi*e an e%per$ise environmen$ o& reali$y &as'ion &lo+s $o ga$'er gro+ing illus$ra$ion

resul$ing +i$'in $'e inves$men$ inside in$elligence insig'$ and modeling modes o& deep driven

design implemen$a$ion.


21/40

$'e $+o (oined par$s $o e%$end envisage en'ancemen$ a$ re;uired $ime. T'ere&ore) $'e space s'u$$le)

$'e space s$a$ion) $'e space mobile sa$elli$es) across $'eir sides and $'e boa$s) $'e s'ips around $'eir

sig'$s 'ave $o be pairing dynamics elemen$s) +'ereby $'e secre$ signed &re;uency oppor$uni$y

&unc$ioning orders $o link eac' in$en$ional sys$em 7o& space s$a$ion) s'u$$le) sa$elli$es8 $o &ollo+ing

&lo+-able sys$em 7 o& using 'ydraulic pressure s$ruc$ure $o move boa$) s'ips8) slopes $'e ideal ideas

$o describe $'e in$elligence insig'$ &or any &ur$'er possible probable driven design o& co-design o&;uery s$ring C$o s+im inside space = surround smar$ &ly op$ion &ree ons D. l$'oug') surround

enveloping implemen$a$ion $o main$ain driven $ransla$ion $ransmission +i$'in i$s per&orming energy

$ranspor$a$ion processing s'o+s in$en$ional 'ierarc'y 'omes o& 'ard+are driven design.

Fur$'ermore) $'e modeling modes al+ays re;uire basic buil$ in be'avior o& ma$'ema$ical business

bene&i$s) +'ic' could be easy simple de&ined as &ollo+s

f(amount)=amount

amount+shadow, shadow=

a

b.amountIR ,where a.b0

"(amount)= shadowamount+shadow

,shadow= ab

.amountIR , wherea.b0

envelop=amount.shadow.(amountshadow)

(amount+ shadow)3 ,shadow=

a

b. amountIR , where a.b0

en"ender= f( t t) .(amount+ shadow)

amount.shadow.(amountshadow)2,/amb=ali"nstructure

f(t t)=define ,shadow=a

b.amountIR ,where a.b0

A%ample o& per&orming engender

en"ender= f(tt)

sin2().cos2().(sin2()cos2())2

) en"ender= f( t t)

sin( ) .cos () .(sin ()cos())

Enves$ing in$en$ional in$elligence insig'$ o& discre$e even$ simula$ion

f(n)=1

1

1+ n,time=n.T ) "(x)=

x

1+ x

1

1+ x,nx< n+ 1)nnaturals

En &ac$) $'e 'ydraulic pressure) +'ereby any possible probable 'eavy &ocus on ob(ec$ s'ould be in

bes$ class o& &ree s$ay and mo$ion surround speeding up &unc$ioning order &as'ions opening &lo+

op$ions o& any subs$an$ially coupler sys$em moun$ing e%ci$ing engines $o e%$end any lab +orks

belongs $o &ai$'&ul in$en$ional in$elligence insig'$ e%ci$ing environmen$ e%per$s o&

1.engendering envelops sin2( ) .cos2( ).(sin2()cos2())

s#r$sin( )% . s#r$cos( )% . (s#r$sin( )% & s#r$cos( )%),

where s#r$x% " x ' x " multipl(x) b itself.


22/40

2. encircling envelops sin () .cos() .(sin()cos())

abs$sin( )% . abs$cos( )% . (abs$sin( )% & abs$cos( )%),

where abs$x% " x when x is positive and abs$x% " &x otherwise.

3. ensuring envelops sin() . cos() .(sin ()cos ())s#rt(abs$sin( )%). s#rt(abs$cos( )%).(s#rt((abs$sin( )%) & s#rt(abs$cos( )%)),

where s#rt(abs$x%) is defined such that abs$x% " s#rt(abs$x%)' s#rt(abs$x%).

. surround selec$ive &rame oppor$uni$y ordering &as'ion ou$pu$s 7&lo+ ou$-coming edges variable

values s'aking nea$ ne$+orking o& con$rol da$a &lo+ grap's and compiler op$imi*a$ion8 &or any

ba$$leground o& discre$e even$ simula$ion &or $ime = in$eger n G sliding slice period T) $'e

corresponding in$eger n in E! could $'en ad(us$ normal dis$ribu$ion based on &ocus on &unc$ion

f(n)=1

1

1+ n

f( n ) " & ratio of to (n ), f(n) " & *(n).

T'us) $'e main opera$ing basics across logics dynamics is $o inves$iga$e $'e limi$s &or any possible

values o& n) 7&or nil and &or in&ini$e8. T'is in$en$ional inves$men$ in limi$ inves$iga$ion proves $'a$

$'e logics dynamics variable values 7nil &or go$ no$'ing $o process8 and one &or $rue logics $o run

any &ur$'er proceeding ga$'ering gro+ing in&orma$ion.


23/40

burro+ing break s'ould be s'or$es$ as i$ could) $'e ac$ual ad(us$men$ design o& driven digi$al

ba$$leground is $o searc' surround sys$ems) +'ic' 'ave $o $'ink up abou$ any per&orming dump o&

delays) +'ereby $'e ga$'ering sensor in&orma$ion &i% any re;uired cus$omi*ing con$rol o& suc' a

delay $o allo+ ne%$ s$eps o& &abric processing &ea$'ering general main illus$ra$ion o& discre$e even$

simula$ion principles o& i$s surround scene s'o+s 7primordial principle = coun$ a day a+ay $o be

a+are) +'ereby $'e ou$ coming &re;uency = number o& 7dark) clear8 pairs8.

l$'oug') $'e main aim ob(ec$ o& sa&e sciences $o suppor$ cus$omi*ing con$rol o& &le%ible &ocus on&as'ion oppor$uni$y) is $o surround sync'roni*ed symboli*a$ion o& Msouls s'ould OR souls s'inM a$

any corresponding $ime $o $ransla$e $'e $es$-$ry o& c'arac$eris$ics $ransmission and &eeling

$ranspor$a$ion.


24/40

i. assign any inves$ing inves$iga$ion +i$'in speeding up Q$o *ing = * and s'ining sc'edules

Qunkno+n = % $o overdrive open e%ci$ing environmen$ o& process in class $o ga$'er bes$ in

(a+.

ii. associa$e symbolic business bene&i$s $o suppor$ any insig'$ resul$s o& e%per$s $o describe

signal-sys$em-&re;uency-oppor$uni$y-&lo+ing ou$pu$s $o any logics language o& modeling

modes opera$ing +i$'in ;uery s$ring Qcoun$ days a+ay $o be a+are) +'ic' 'as $o resul$ incoun$ing o& $'e number o& 7clear) dark8 pairs $o resul$ in ne+ approac' o& &ollo+ing op$ional

&re;uency oppor$uni$y) +'ereby $'e disposal proposal under cus$oms seal sync'roni*a$ion

o& driven discre$e even$ simula$ion) align basics s'ould allo+ $'e dynamic mec'anism o&

Qcoun$ number o& possible disposal e%c'ange o& energy $ransla$ors sys$ems.

iii. increase or decrease subs$an$ially coupler durabili$y $o overdrive any logics dynamics

surround signal-sys$em-&re;uency-oppor$uni$y-&lo+ing orders a$ re;uired &inancial order

in$en$ional inves$iga$ion and resul$ing re;ues$s.

iv. improve and ameliora$e $'e in+ard $o+ards o& &unc$ioning &as'ion engines $o e%ci$e any soul

sa$is&ac$ion &or &inancial re$urns con$rol $'e demand o& many bo%es in class cus$omi*ingc'ange 7elec$rical cars $o suppor$ ba$$ery se$s e%c'ange a$ any re;uired $ime8and +ai$ delay

op$imi*a$ion &or any processing produc$ion o& energy $ransla$ion inspira$ion and

$ransmission $ranspor$a$ion $es$ $ry.


25/40

dynamics o& disposal proposal under cus$oms seal discre$e even$ simula$ion based on $'e

$'eological aspec$s o& $ime = in$eger G sliding slice o& $ime 7period T8.

Fi"ure &' symbolic lo"ics dynamics synchroniation surroundin" any faster outlet flows operatin" financial orders.

En &ac$)fi"ure &'is s'o+ing $'e ma(or main descrip$ion o& $'e symbolic logics dynamics

sync'roni*a$ion surrounding any &as$er ou$le$ &lo+s opera$ing &inancial orders. Fur$'ermore) $'e

liable link logics assign $'e ensuring envelops described +i$'in &igure $o encircle $'e con$inuously

cus$omi*ing con$rol o& $ransla$ion $ransmission across energy $ranspor$a$ion. T'us) ga$'er gro+ingda$a re$urns ra$io modules $o be in$erpre$ed +i$'in $'e in$en$ional in$elligence insig'$ surrounding

modeling modes o& 4oolean s$ruc$ural be'aviors.

Fi"ure &H liable lin lo"ics assi"n the ensurin" envelops surround di"ital translation transmission.

0

0.2

0.4

0.6

0.8

1

1.2

-0.15

-0.1

-0.05

0

0.05

0.1

0.15


26/40

T'us)fi"ure &His s'o+ing $'e liable link logics assign $'e ensuring envelops surround digi$al

$ransla$ion $ransmission. Fur$'ermore) composi$ion s$ruc$ures could $'en allo+ more $'eological

aspec$s belong $o modula$ion $'eory o& modeling modes involving inside $ransla$ion $ransmission o&

digi$al driven design $o suppor$ &as$er ou$le$ a$ re;uired $ime o& simula$ion.


27/40

opera$ing &unc$ionalism $o ac'ieve i$s proposal decompression $ec'ni;ues and $o en(oy $'e old version o&

concurren$ compression algori$'ms. T'us) $'e evolving algori$'m is based on $'e deep driven dynamic

design o& discre$e even$ simula$ion $o ac'ieve desirable +is'es and aim ob(ec$ o& poin$ing up overvie+

'andling +ave&orm compression procedure) +'ic' is +ri$$en as &ollo+s

JJJJ +ave&orm compression $ec'ni;ues JJJJJ

Sinclude cs$dioSinclude cs$dlib

Sinclude cma$'

Sinclude ios$ream

Sinclude map

Sinclude vec$or

Sinclude cs$ring

using namespace s$d

$ypede& mapc'ar) &loa$ "ynamics

$ypede& mapc'ar) in$ Ua$ri%

JJJJJJJJJJJJJJJJJJJJJJJJJ &irs$ &ile $o use JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ

void a$'er 7 FELAG &p$r) Ua$ri% V ro+8

9

s$d mapc'ar) in$ i$era$or i$ = ro+.begin78

c'ar c' = 0

c'arG p$rc' = Vc'

+'ile 7Weo&7&p$r88 9

JJread c'ar = measurable by$e +i$'in &illing in &ile &p$r

&scan&7&p$r) CNcD) p$rc'8

JJ$es$ +'e$'er $'e 'as been read c'arac$er could be &ound +i$'in corresponding 'as' $able

i& 7ro+.&ind7p$rc'88

9

JJincremen$ i$s occurrence $o apply $'eological desirable logics dynamics

77Gi$8.second8??

: else 9

JJinser$ i$ ne+ +i$'in corresponding 'as $able

ro+.inser$ 7i$) s$dpairc'ar) in$7p$rc') 088

:

:

:

JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ ne%$ &ile $o use JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ

void An(oy 7"ynamics VKoin) Ua$ri% V ro+8

9

s$d mapc'ar) in$ i$era$or i$ = ro+.begin78 s$d mapc'ar) &loa$ i$era$or ip = Koin.begin78

&loa$ sum = 1


28/40

&loa$ ra$io = 0

&or 7i$ = ro+.begin78 i$ W= ro+.end78 ??i$8 9

JJincremen$ corresponding sum eo&7&p$r8 occurs once

JJbu$ o$'er c'arac$er occur ei$'er once or many $imes +i$'in corresponding &ile

sum = sum ? 7Gi$8.second

:

i$ = ro+.begin78

&or 7i$ = ro+.begin78 i$ W= ro+.end78 ??i$8 9

i& 7WKoin.&ind77Gi$8.&irs$8

9

c'arG p$rc' = 7Gi$8.&irs$

ra$io = 7Gi$8.second J sum Koin.inser$ 7ip) s$dpairc'ar) &loa$7p$rc') ra$io88

: else 9

:

:

:

JJJ +ave&orm decompression $ec'ni;ues JJJJ

void "ecompress 7"ynamics VKoin) Ua$ri% V ro+8

9

s$d mapc'ar) &loa$ i$era$or i$ = Koin.begin78

&loa$ ra$io = 0

&or 7i$ = Koin.begin78 i$ W= Koin.end78 ??i$8 9

i& 7Koin.&ind77Gi$8.&irs$8

9

c'arG p$rc' = 7Gi$8.&irs$

ra$io = 7Gi$8.second @.

: else 9

:

:

:

T'ere&ore) probabilis$ic and s$oc'as$ic concerning cus$omi*a$ion o& discre$e even$ simula$ion 'andles $'e

&illing in &ea$ures o& logic dynamics $o suppor$ any sys$em signal &as'ion oppor$uni$y &ea$'ering op$imal


29/40

orders $o organi*e &inancial ou$le$s $'en $o gro+ +i$'in ga$'ering in$en$ional in$ellec$ual inspira$ion o&

modeling modes and advancing ad(us$men$s surrounding ma$'ema$ical sig'$s and 'olding 'ierarc'y 'omes

o& manu&ac$uring indus$ry. En no+adays) $'eological use o& elec$rical po+er&ul produc$ion provide scaring

scene s'o+ $o burro+ (oin in pair energy kno+ledge cul$ure &ound as i$ could or i$ s'ould. T'us) inves$iga$e

$'e dynamic mec'anism o& coun$ $'e number o& occurrence o& any disposal proposal under cus$oms seal

en$i$y or e%ci$ing engine $o moun$ desirable manu&ac$uring aim ob(ec$) +'ereby $'eological aspec$s o& souls

sa$is&ac$ion s'ould rule rolling sys$em signal &as'ion oppor$uni$y &ea$'ering op$imal orders $o organi*e

&inancial ou$le$s.

Fi"ure &J fillin" in features of lo"ic dynamics to support any systemCfunctionCopportunityCfeatherin"CoptimalCorders

of electrical cars.


30/40

suppor$ any modeling mode o& opera$ing &as'ion &lo+ de&ined as &ollo+s

(4o"ics7ynamics= 6otthisthere = 8apx

y )(4o"ics7ynamics= flowsurroundperform = 9in"x

y )

s'ould resul$ +i$'in any bes$ in class cus$omi*a$ion $o &ind sc'eduling s'ining &as'ions orderings &rame

ou$pu$s suc' $'a$

Logics True = speed upsin

2( ),sin (), sin (), x

1+ x,

amount

amount+shadow,

b

a+ ba.b> 0

Logics False = make breakcos

2(),cos(),cos (),1

1+ x,

shadow

amount+shadow,

a

a+ ba.b> 0

OR-Logics driven dynamics 4o"ics7ynamics= 6otthisthere =extend

!"-logics driven dynamics 4o"ics7ynamics= flowsurroundperform =in"

f(amount)=shadow

amount+shadow, amount=

a

bIR ,where ab0

"(amount)= amount


a

bIR ,whereab0

envelop=a.b.(ba)

(a+ b)3,a.b0

envelop= lima , b0)

a.b.(ba)(a+ b)3

,a.b0

transactions={ [si"nal]step=i t=i.Tindex=/ },i , /inte"ers

transition=value( [si"nal]step=i t=i.Tindex=/ )=10)i , / inte"ers


31/40

C&C>H%C'$'C%.

/ 5 Gowen, aroline. K4ispin" C when OsO and OO are hard to sayK. Retrieved %##$C#C#J.

/ 6 Ua$lo&&) !orm. MEn$roduc$ion $o "iscre$e-Aven$ Himula$ion and $'e Him#y LanguageM.Re$rieved 2 Kanuary 2013.

/ X Mcarthy, Lohn *&JC#%C&%+. KThe implementation of 4ispK. 1istory of 4isp. Stanford

Pniversity. Retrieved %##>CC&J.

/ 10 Naul 6raham. KReven"e of the 8erdsK. Retrieved %#&C#C&'.

/ 11 Tom 7icman, Souna 6upta and Nhilip !. Qilsey, Simulation D The practice of model

development and use, Nroceedin"s of the %#& !M SI6SIM conference on Nrinciples of

advanced discrete simulation


32/40

/ 12 Edwin 8arosa, Shan2CLan" Ruan, hiaC4in 1o, Said Mchaalia, Feipei 4ai, Pwe

Schwie"elshohn ! novel approach for di"ital waveform compression. !SNC7! %## J&%CJ&H

/ 13 Lo'ani) .Y. oel) !.Y. 4'a$ia Y.Y.H. 720128. M. 720108. M,sing &u**y in&erence sys$em &or arc'i$ec$ural space analysisM.

pplied Ho&$ >ompu$ing 10 738 X2ZX35. doi10.101J(.asoc.200X.10.011.

/ 1 Ialian$) Leslie) 720138 #robably ppro%ima$ely >orrec$ !a$ures lgori$'ms &or Learning

and #rospering in a >omple% Borld !e+ [ork 4asic 4ooks. EH4! X56-003251

/ 1 'la+a$) !is'an$) s'u au$am) and !id'i H'arma 7En$erna$ional Researc' #ublica$ions

ompu$a$ion Tec'nology 7Iolume ) Essue page 308 EHH! 0X5-223X7Re$rieved 25 pril 2018

/15 Alec$ronic "esign u$oma$ion For En$egra$ed >ircui$s alendar ]ueue) +i$' +idely varying and severely ske+ed even$ arrival scene s'o+ $'a$ o&&ers a

consis$en$ sys$em-&unc$ion-oppor$uni$y-&ea$'ering-op$imal-orders per&ormance and can e%ecu$e up$o 100 $imes &as$er $'an logics dynamics and sys$em-&unc$ion-oppor$uni$y-&ea$'ering-op$imal-orders

in cer$ain scenarios.


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compared under $'e 'old model) s'o+ing many $o be &as$er $'an implici$ 'eaps) $'us $o searc'

engine ;ueries also employ 4oolean logic. For $'is applica$ion) eac' +eb page on $'e En$erne$ may

be considered $o be an Melemen$M o& a Mse$M.

Fur$'ermore) $'e per&ormance o& an op$imis$ic parallel discre$e even$ simula$or in $erms o& $'e $o$al

simula$ion e%ecu$ion $ime o& an e%perimen$ depends on a large se$ o& variables. Uany o& $'em 'ave

a comple% and generally unkno+n rela$ions'ip +i$' $'e simula$ion e%ecu$ion $ime. En $'is paper) +edescribe an agen$-based per&ormance model o& sys$em-&unc$ion-oppor$uni$y-&ea$'ering-op$imal-

orders kernel $'a$ is $ypically used $o simula$e large-si*ed comple% ne$+orks on mul$iple processors

or mac'ines. T'e agen$-based paradigm grea$ly simpli&ies $'e modeling o& sys$em dynamics by

represen$ing a componen$ logical process as an au$onomous agen$ $'a$ in$erac$s +i$' o$'er align

logics dynamics $'roug' even$ ;ueues and also in$erac$s +i$' i$s environmen$ +'ic' comprises $'e

processor i$ resides on. T'e &ollo+ing e%amples use a syn$a% suppor$ed by oogle./ 1

"ouble ;uo$es are used $o combine +'i$e space-separa$ed +ords in$o a single searc' $erm./1

B'i$e space is used $o speci&y logical !") as i$ is $'e de&aul$ opera$or &or (oining searc' $erms

MHearc' $erm 1M MHearc' $erm 2M

T'e OR key+ord is used &or logical OR

MHearc' $erm 1M OR MHearc' $erm 2M

T'e minus sign is used &or logical !OT 7!" !OT8

MHearc' $erm 1M ^ MHearc' $erm 2M

Uul$iple measurable core processing and many core driven design c'ips are becoming +idespread

and are no+ being +idely in$egra$ed in$o 4eo+ul& clus$ers. T'is poses a c'allenging problem &or

dis$ribu$ed simula$ion as i$ no+ becomes necessary $o e%$end $'e algori$'ms $o opera$e on a

pla$&orm $'a$ includes bo$' s'ared memory and dis$ribu$ed memory 'ard+are. Fur$'ermore) as $'e

number o& on-c'ip cores gro+s) $'e c'allenges &or developing solu$ions +i$'ou$ signi&ican$

con$en$ion &or s'ared da$a s$ruc$ures gro+s. T'is is especially $rue &or $'e pending even$ lis$ da$a

s$ruc$ures +'ere mul$iple e%ecu$ion $'reads a$$emp$ $o sc'edule $'e ne%$ even$ &or e%ecu$ion. T'is

problem is especially aggrava$ed in parallel simula$ion) +'ere even$ e%ecu$ions are generally &ine-

grained leading ;uickly $o non-$rivial con$en$ion &or $'e pending even$ lis$. lisp and lisp

s$yles could be 'elp $o unders$and in deep driven design o& logics dynamics

7i& nil

7lis$ 1 2 M&ooM8

7lis$ 3 MbarM88

7de&un &oo 7a b c d8 7? a b c d88

7se$& &oo 7lis$ a b c88

7se$& bar 7cons % 7cdr &oo888

Logic ga$e symbols

T'ere are $+o series o& symbols &or logic ga$esT'e traditional symbols 'ave dis$inc$ive s'apes making $'em easy $o recogni*e so $'ey are +idelyused in indus$ry and educa$ion.


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T'e EA>(International Electro technical Commission) symbols are rec$angles +i$' a symbolinside $o s'o+ $'e ga$e &unc$ion. T'ey are rarely used despi$e $'eir o&&icial s$a$us) bu$ you may need

$o kno+ $'em &or an e%amina$ion.

Enpu$s and ou$pu$s

a$es 'ave $+o or more inpu$s) e%cep$ a !OT ga$e +'ic' 'as only

one inpu$. ll ga$es 'ave only one ou$pu$. ,sually $'e le$$ers ) 4)

> and so on are used $o label inpu$s) and ] is used $o label $'e

ou$pu$. On $'is page $'e inpu$s are s'o+n on $'e le&$ and $'e ou$pu$

on $'e rig'$.

T'e inver$ing circle 7o8Home ga$e symbols 'ave a circle on $'eir ou$pu$ +'ic' means $'a$ $'eir

&unc$ion includes invertingo& $'e ou$pu$. E$ is e;uivalen$ $o &eeding $'e ou$pu$

$'roug' a !OT ga$e. For e%ample $'e !!" 7!o$ !"8 ga$e symbol s'o+n

on $'e rig'$ is $'e same as an !" ga$e symbol bu$ +i$' $'e addi$ion o& an

inver$ing circle on $'e ou$pu$.

Tru$' $ables

$ru$' $able is a good +ay $o s'o+ $'e &unc$ion o& a logic ga$e. E$ s'o+s $'e

ou$pu$ s$a$es &or every possible combina$ion o& inpu$ s$a$es. T'e symbols 0

7&alse8 and 1 7$rue8 are usually used in $ru$' $ables. T'e e%ample $ru$' $able on

$'e rig'$ s'o+s $'e inpu$s and ou$pu$ o& an !" ga$e.

T'ere are summary $ru$' $ablesbelo+ s'o+ing $'e ou$pu$ s$a$es &or all$ypes o& 2-inpu$ and 3-inpu$ ga$es. T'ese can be 'elp&ul i& you are $rying $o

selec$ a sui$able ga$e.

Logic E>s

Logic ga$es are available on special E>s 7c'ips8 +'ic'

usually con$ain several ga$es o& $'e same $ype) &or

e%ample $'e 001 E> con$ains &our 2-inpu$ !OR ga$es.

T'ere are several &amilies o& logic E>s and $'ey can be

spli$ in$o $+o groups

000 Heries

5 HeriesTo ;uickly compare $'e di&&eren$ &amilies please seeHummary $able o& logic &amilies

T'e 4000 and 74HC &amilies are $'e bes$ &or ba$$ery

po+ered pro(ec$s because $'ey +ill +ork +i$' a good

range o& supply vol$ages and $'ey use very li$$le po+er.


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Enpu$ Ou$pu$ ]

0 1

1 0

Tradi$ional symbol EA> symbol Tru$' Table

!" ga$e

T'e ou$pu$ ] is $rue i& inpu$ !" inpu$ 4 are bo$' $rue Q = ! !N" #

n !" ga$e can 'ave $+o or more inpu$s) i$s ou$pu$ is $rue i& all inpu$s are $rue.

Enpu$ Enpu$ 4 Ou$pu$ ]

0 0 0

0 1 0

1 0 0

1 1 1


!!" ga$e 7!!" = !o$ !"8

T'is is an !" ga$e +i$' $'e ou$pu$ inver$ed) as s'o+n by $'e o on $'e ou$pu$.

T'e ou$pu$ is $rue i& inpu$ !" inpu$ 4 are !OT bo$' $rue Q = NO (! !N" #)

!!" ga$e can 'ave $+o or more inpu$s) i$s ou$pu$ is $rue i& !OT all inpu$s are $rue.

Enpu$ Enpu$ 4 Ou$pu$ ]0 0 1

0 1 1

1 0 1

1 1 0


OR ga$e

T'e ou$pu$ ] is $rue i& inpu$ OR inpu$ 4 is $rue 7or bo$' o& $'em are $rue8 Q = ! O$ #n OR ga$e can 'ave $+o or more inpu$s) i$s ou$pu$ is $rue i& a$ leas$ one inpu$ is $rue.


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0 0 0

0 1 1

1 0 1

1 1 1


!OR ga$e 7!OR = !o$ OR8

T'is is an OR ga$e +i$' $'e ou$pu$ inver$ed) as s'o+n by $'e o on $'e ou$pu$.

T'e ou$pu$ ] is $rue i& !OT inpu$s OR 4 are $rue Q = NO (! O$ #) !OR ga$e can 'ave $+o or more inpu$s) i$s ou$pu$ is $rue i& no inpu$s are $rue.


0 0 1

0 1 0

1 0 0

1 1 0


AP-OR 7A%clusive- OR8 ga$e

T'e ou$pu$ ] is $rue i& ei$'er inpu$ is $rue OR inpu$ 4 is $rue) b%t not &hen both o' them are tr%eQ = (!

!N" NO #) O$ (# !N" NO !)

T'is is like anORga$e bu$ e%cluding bo$' inpu$s being $rue.

T'e ou$pu$ is $rue i& inpu$s and 4 are "IE$EN.

AP-OR ga$es can only 'ave 2 inpu$s.


0 0 0

0 1 1

1 0 1

1 1 0

http://electronicsclub.info/gates.htm#orhttp://electronicsclub.info/gates.htm#orhttp://electronicsclub.info/gates.htm#or


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AP-!OR 7A%clusive- !OR8 ga$e

T'is is an AP-OR ga$e +i$' $'e ou$pu$ inver$ed) as s'o+n by $'e o on $'e ou$pu$.

T'e ou$pu$ ] is $rue i& inpu$s and 4 are $'e !*E 7bo$' $rue or bo$' &alse8Q = (! !N" #) O$ (NO !

!N" NO #)

AP-!OR ga$es can only 'ave 2 inpu$s.


0 0 1

0 1 0

1 0 0

1 1 1


Hummary $ru$' $ables

T'e summary $ru$' $ables belo+ s'o+ $'e ou$pu$ s$a$es &or all $ypes o& 2-inpu$ and 3-inpu$ ga$es.

Hummary &or all 2-inpu$ ga$es

Enpu$s Ou$pu$ o& eac' ga$e

4 !" !!" OR !OR AP-OR AP-!OR

0 0 0 1 0 1 0 1

0 1 0 1 1 0 1 0

1 0 0 1 1 0 1 0

1 1 1 0 1 0 0 1

Hummary &or all 3-inpu$ ga$es

Enpu$s Ou$pu$ o& eac' ga$e

4 > !" !!" OR !OR

0 0 0 0 1 0 1

0 0 1 0 1 1 0

0 1 0 0 1 1 0

0 1 1 0 1 1 0

1 0 0 0 1 1 0

1 0 1 0 1 1 0

1 1 0 0 1 1 0

1 1 1 1 0 1 0

!o$e $'a$ AP-OR and AP-!OR

ga$es can only 'ave 2 inpu$s.

>ombina$ions o& logic ga$es

Logic ga$es can be combined $o produce more comple% &unc$ions. T'ey canalso be combined $o subs$i$u$eone $ype o& ga$e &or ano$'er.

For e%ample $o produce an ou$pu$ ] +'ic' is $rue only +'en inpu$ is $rueEnpu$ Enpu$ 4 Ou$pu$ ]

0 0 0

0 1 0

1 0 1

1 1 0
http://electronicsclub.info/gates.htm#substitutinghttp://electronicsclub.info/gates.htm#substituting


38/40

and inpu$ 4 is &alse) as s'o+n in $'e $ru$' $able on $'e rig'$) +e can combine a !OT ga$e and an !" ga$e

like $'is

] = !" !OT 4Borking ou$ $'e &unc$ion o& a combina$ion o& ga$es

Tru$' $ables can be used $o +ork ou$ $'e &unc$ion o& a combina$ion o& ga$es.

For e%ample $'e $ru$' $able on $'e rig'$ s'o+ $'e in$ermedia$e ou$pu$s " and A

as +ell as $'e &inal ou$pu$ ] &or $'e sys$em s'o+n belo+.

" = !OT 7 OR 48

A = 4 !" >

] = " OR A = 7!OT 7 OR 488 OR 74 !" >8

Hubs$i$u$ing one $ype o& ga$e &or ano$'er

Logic ga$es are available on E>s +'ic' usually con$ain several ga$es o& $'e same $ype) &or e%ample &our 2-

inpu$ !!" ga$es or $'ree 3-inpu$ !!" ga$es. T'is can be +as$e&ul i& only a &e+ ga$es are re;uired unless

$'ey are all $'e same $ype. To avoid using $oo many E>s you can reduce $'e number o& ga$e inpu$s or

subs$i$u$e one $ype o& ga$e &or ano$'er.

Reducing $'e number o& inpu$sT'e number o& inpu$s $o a ga$e can be reduced by connec$ing $+o 7or more8 inpu$s

$oge$'er. T'e diagram s'o+s a 3-inpu$ !" ga$e opera$ing as a 2-inpu$ !" ga$e.

Uaking a !OT ga$e &rom a !!" or !OR ga$e

Reducing a !!" or !OR ga$e $o (us$ one inpu$ crea$es

a !OT ga$e. T'e diagram s'o+s $'is &or a 2-inpu$

!!" ga$e.

ny ga$e can be buil$ &rom !!" or !OR ga$es

s +ell as making a !OT ga$e) !!" or !OR ga$es can be combined $o crea$e any $ype o& ga$eW T'is

enables a circui$ $o be buil$ &rom (us$ one $ype o& ga$e) ei$'er !!" or !OR. For e%ample an !" ga$e is a

!!" ga$e $'en a !OT ga$e 7$o undo $'e inver$ing &unc$ion8. !o$e $'a$ !" and OR ga$es canno$ be used

$o crea$e o$'er ga$es because $'ey lack $'e inver$ing 7!OT8 &unc$ion.

o change the ty+e o' gate) suc' as c'anging OR $o !") you mus$ do $'ree $'ingsEnver$ 7!OT8 eac' inpu$.>'ange $'e ga$e $ype 7OR $o !") or !" $o OR8Enver$ 7!OT8 $'e ou$pu$.

For e%ample an OR ga$e can be buil$ &rom !OT ed inpu$s &ed in$o a !!" 7!" ? !OT8 ga$e.

!!" ga$e e;uivalen$s

T'e $able belo+ s'o+s $'e !!" ga$e e;uivalen$s o& !OT) !") OR and !OR ga$es

a$e A;uivalen$ in !!" ga$es

Enpu$s Ou$pu$s

4 > " A ]

0 0 0 1 0 1

0 0 1 1 0 1

0 1 0 0 0 0

0 1 1 0 1 1

1 0 0 0 0 0

1 0 1 0 0 0

1 1 0 0 0 0

1 1 1 0 1 1


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!OT

!"

OR

!OR

Hubs$i$u$ing ga$es in an e%ample logic sys$em

T'e original sys$em 'as 3 di&&eren$ ga$es

!OR) !" and OR. T'is re;uires $'ree

E>s 7one &or eac' $ype o& ga$e8.

To re-design $'is sys$em using !!" ga$es

only begin by replacing eac' ga$e +i$' i$s

!!" ga$e e;uivalen$) as s'o+n in $'e

diagram belo+.

T'en simpli&y $'e sys$em by

dele$ing ad(acen$ pairs o& !OTga$es 7marked ,above8. T'is can

be done because $'e second !OT

ga$e cancels $'e ac$ion o& $'e &irs$.

T'e &inal sys$em is s'o+n on $'e

rig'$. E$ 'as &ive !!" ga$es and

re;uires $+o E>s 7+i$' &our ga$es

on eac' E>8. T'is is be$$er $'an $'e

original sys$em +'ic' re;uired

$'ree E>s 7one &or eac' $ype o&

ga$e8.

Hubs$i$u$ing !!" 7or !OR8

ga$es does no$ al+ays increase $'e

number o& ga$es) bu$ +'en i$ does

7as in $'is e%ample8 $'e increase is


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usually only one or $+o ga$es. T'e real bene&i$ is reducing $'e number o& E>s re;uired by using (us$ one $ype

o& ga$e.

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