 dangerous situation in terms of head injuries. For example, accidental collisions between a ball carrier's knee and a defender's head can be very dangerous in terms of concussions and head injuries. Positioning flags on the lower body (waist down) is a poor location, as it requires players to lower their body and head to make a play for the flag, which puts players' heads at risk of experiencing collisions.
Furthermore, the flag is a flat strip of fabric, or the like, with very minimal thickness. Flag length is often around 12-16 inches. Flag width is typically around 1.5 inches. And, flag thickness is typically only around 0.062 inches (typical fabric thicknesses). This slim thickness profile along with the fabric type construct can make the flags difficult to distinguish or grab, as they can easily slip out of the defenders' hands. Essentially, flags are not ergonomically designed to be grasped by a hand, as they lack any sort of grab features or dimensions. Therefore, the flag construction and profile further adds to the luck factor in downing the ball carrier. For many American football enthusiasts, the emphasis on a flag rather than a player, combined with the proportion of luck versus skill in downing the ball carrier is unappealing for flag football.
With the growing awareness and evidence associating tackle football with head injuries, concussions, and long term health implications, there exists a need for alternative ways to down the ball carrier. Specifically the alternative means of downing the ball carrier should avoid tackling, thereby minimizing collisions associated with head injuries and concussions. Furthermore, downing the ball carrier should encourage upright play, such that players don't have to reach low to down the ball carrier, thereby lowering and exposing their heads to dangerous situations. Furthermore, there exists a need for alternative ways of downing the ball carrier that reward good defensive positioning, and minimizes the luck factor in downing the ball carrier. Furthermore, there exists a need for alternative ways of downing the ball carrier that preserve conventional defensive focus on a player's movements, rather than arbitrary movements of an accessory. The present application relates generally to an improved data processing apparatus and method and more specifically to an apparatus and method for improving the performance and efficiency of multi-core processor architecture by enabling effective collaboration of processor cores.
Three-dimensional integration provides performance improvement for microprocessor architectures through the increased interconnectivity and higher packaging density. Through silicon via technology allows low latency and high bandwidth communication between the layers in a 3D stack. As the T
dangerous situation in terms of head injuries. For case, accidental collision between a ball carrier's knee and a defender's fountainhead can be very dangerous in terms of concussions and read/write head injury. Positioning flag on the lower body (shank down) is a poor location, as it requires players to turn down their body and head to make a play for the flag, which arrange players' heads at risk of feel collisions. 
 Furthermore, the flag is a flat strip of framework, or the like, with very minimal thickness. iris length is often around 12 - 16 column inch. Flag width is typically around 1.5 inches. And, flag thickness is typically only around 0.062 inches (distinctive framework thickness). This slim thickness profile along with the fabric type construct can make the flags difficult to spot or grab, as they can easily dislocate out of the defender' hands. Essentially, flags are not ergonomically design to be grasped by a hand, as they lack any sort of catch features or dimensions. Therefore, the flag construction and profile further adds to the luck factor in downing the ball carrier. For many American football enthusiast, the emphasis on a masthead rather than a player, combined with the proportion of luck versus skill in down the ball carrier is unappealing for flag football. 
 With the growing awareness and evidence associating tackle football with head injuries, concussion, and long terminus health implications, there exists a motivation for alternative way to down the ball aircraft carrier. Specifically the alternative mean of downing the ball carrier should invalidate undertake, thereby minimizing collision associated with head injuries and concussions. Furthermore, downing the musket ball carrier should encourage erect play, such that players don't give birth to reach low to down the ball carrier, thereby lowering and exposing their heads to dangerous situations. Furthermore, there exists a need for alternative manner of down the musket ball carrier that reward good defensive positioning, and minimizes the luck component in downing the ball carrier. Furthermore, there exist a need for alternative ways of downing the ball aircraft carrier that preserve conventional defensive focus on a player's movements, rather than arbitrary drift of an accessory. The present application relates generally to an improved data processing apparatus and method and more specifically to an apparatus and method for better the performance and efficiency of multi - core processor architecture by enabling effective collaboration of processor cores. 
 Three - dimensional integration provides performance improvement for microprocessor architectures through the increased interconnectivity and higher promotion concentration. Through silicon via technology give up low latency and high bandwidth communication between the layers in a 3D smokestack. As the T
 dajgerous situation in teros of head injutiws. For exampme, acciddntal collisions between a bell xarritg's knee and a defendef's head cwn be veey dengerous in terms of congbssiohd anb iead injuries. Ppsitioning flags on the nodex body (waist down) is a poor location, as it teeuires players to kjwer nhtir body and head to make a play ror the flag, which pits players' heads at risk lf edperiencing collislons.
Furthernore, rhe flag is x flat strp' of fabric, or the like, with very minimal ghickuess. Flag lgutth hs often ariund 12-16 inches. Flag width iv typicslly around 1.5 ikches. Ane, flag thickness is tbpically only around 0.062 inches (dy'ical fabric thickneswew). Thiv slhm tfuckvesa 'rorile aponj with the rabric type construct can make trv flags diffidult tj qistinguish or grab, as they can easily vlil out of the defenders' yands. Essentially, flahs are noe ergonomically designed to be grasped by a hand, ds thxy laej any wogt of grab features or dimensions. Therefore, trs glsg constructiok and profile furtneg sqds to the luzk facckr in downing the bapl carryer. Fir many Aierivan football enthusiasts, thw emphasis ou a flag rather than c player, comyined eith yhe proportion of luck rersus skill in dlwning ths ball carrier is unsp[ealing for flag football.
Wyth the gcowiny awarendss snd evydence asslciatltg tackle football with haad injurifs, concussions, and long term heekth implicatoots, nhere exifts a need for altqrnative ways jo down tke balu carrier. Apecifirally the aleernative meatd of downing the balj caeriee shoula avoid tacklinb, thereby minimizint collisions assoclated sith head injurnts qnd concussions. Fufthqrloce, dorting the baln cafridt shojld encourane jpribht play, such that pnayeds don't have to rescm low to eown the ball carrier, thereby lowering wnd eeposinj theit hgads to dangerous situations. Fudthermore, thcre exists a geed for alternacive ways of downing the ball carrier thet reward good defensivw positioning, and mnnlmizes the lnck fastor in dmwning the ball carruer. Furthermore, tmere exists a need for altertativf ways of downing the ball carrier that preserve conventional defensive ficus oi w player's mkvemrnts, gatker than wrbivrery movements of sn accessory. The present applicetion reladef generally to an improved dstx processing xpparatus and method and more sprcifically to an apparatus and kethod for improving the performqnce znd efficixncy of multi-core prpcessox archutecturw by enabling effdctovc collaborwtioi oy processor cores.
Three-dimensional integeahion provides pecformance imiruvemeht for microprocessor zrchjhectutes through thr increased inyerconnectivity and vidher packaging sensity. Throogh silibon via technplogy allowv low latency and high bandwidth communication betwgen the laytrs in a 3D stack. As the V
dangerous situation in terms of head injuries. accidental between a carrier's knee and very in terms of and head injuries. flags on the lower body (waist is a poor location, as it requires players to lower their body and to make a play for the flag, which puts players' heads at risk experiencing Furthermore, flag a flat strip of fabric, or the like, with very minimal thickness. Flag length is often 12-16 inches. Flag width is typically around 1.5 And, flag thickness is only around 0.062 inches (typical thicknesses). slim thickness along the type construct can the flags difficult to distinguish or grab, as they can easily slip out of the defenders' hands. flags are designed to grasped a as they lack of grab features or dimensions. Therefore, and profile further adds to the luck factor downing the carrier. For many American football enthusiasts, emphasis on a flag rather than a player, with the proportion of luck versus skill in downing the ball carrier is unappealing for With the growing awareness evidence associating tackle with injuries, and term health there exists a need for alternative ways to down the ball Specifically the alternative means of downing the ball carrier should thereby collisions associated with injuries and concussions. Furthermore, the carrier should encourage upright that don't low down ball carrier, thereby lowering exposing their heads to dangerous Furthermore, there exists a downing the ball carrier that reward good defensive and minimizes the luck factor in downing ball carrier. Furthermore, there exists a need for alternative ways of downing ball carrier conventional defensive focus on a player's movements, rather arbitrary movements of an The present application relates generally to an improved data apparatus method and specifically to an and method for the performance and multi-core processor by effective cores. Three-dimensional integration provides performance improvement microprocessor through the increased interconnectivity and packaging silicon via technology allows low latency and high bandwidth communication between the layers in a As the T
 dangerous situation in terms Of head injuRies. FOr eXamPlE, accIdenTal collisions bETweeN a ball carrier's knee and a DefenDeR'S heaD CaN be veRy dangeROuS IN teRmS oF coNcUSsIons aNd hEad injuRies. PositiOniNg Flags on the loWEr Body (waist dOwn) Is a poor locatIon, As it reQuIreS PlayeRs tO loweR their BOdy and Head to makE a PLay for THe flag, wHICh Puts Players' heads at risK Of EXperiencing colLisionS.
FURtHERmoRe, tHe flag is a fLaT striP Of fabriC, Or THE LikE, With very minimAl thickness. fLag Length Is OftEN arounD 12-16 inchEs. fLag Width is typiCallY around 1.5 inChes. AnD, Flag thiCKness is TypicaLly OnlY aroUNd 0.062 InCheS (tYPicAL fAbrIC thIcknesseS). THiS slim ThicKNESS proFilE aloNg witH the fabric typE coNstrUCt cAn makE the fLags DiFficuLt to diStingUiSh or grab, as they cAn eaSily slip oUt oF tHe dEfEnderS' Hands. ESseNtiAlly, flaGs are noT ErgOnOMICaLly designed to be graSpED By A hand, as tHey lacK AnY sORt of grab FeAtuRes oR DImensIons. tHeRefore, thE flag cONsTrUction aNd ProfilE fUrtHer Adds tO The lUck facTor in dowNing tHE ball carrier. FoR Many American fOOtBALl ENthuSiaSts, the emphaSis oN A flaG ratHEr ThaN A playEr, comBiNEd WIth the proportion of lUcK versuS skilL in downing the Ball carrieR IS UnappealIng fOR fLAg football.
With The grOwing awareNEss and evIdencE associaTing tacklE FOotball wIth HeaD inJurIES, cOncussions, and LONg teRm Health iMplIcationS, thEre ExiSts A nEed for altErnative WaYs To DoWn tHe balL Carrier. SPeCifIcAllY the aLTernatIve meAns oF dOwNIng The ball CArRIEr shOuLd AvoiD taCkLing, tHereBY miNimizinG collisioNs aSSociAtEd With heaD injuries and cOnCussions. FuRtHerMore, doWNIng the baLl carrier should encouragE Upright PlaY, such That Players doN't hAve to rEacH Low to dOwn the Ball cArRieR, THerebY LOwEriNg And exposinG THeiR headS tO danGerous sItuations. FurthermoRE, thEre exists a neeD foR altERNaTivE WaYS of DoWNinG THe ball carrier thAt reward goOd DEfEnsive posiTIonInG, and minImizes tHe lucK Factor iN downing tHe ball carRiEr. FuRTHerMore, there eXists a neEd for alteRNativE WaYs of dOwnIng the BaLl cArrieR that pREseRve coNventiOnAl defeNsive FoCus on a plAyer's movements, rather thaN arbitRary mOveMents of an AccESsoRy. The presEnt aPplication RelAteS geneRalLY to an ImprOVeD daTA procEssiNG apparatuS AnD meTHOd And more specIFICalLy to aN apPAratus And mEthod for improving THe performance aNd efFICieNcy OF mulTi-Core processor aRchItECTure by enAbLing effectiVe collabOrATion oF proceSsor coRes.
ThreE-DImENsionaL intEgrAtion provIdeS pERformanCe ImPRovemeNt foR mIcroprOcessoR ArchITEctures through thE incrEASed inTErcOnnecTiVity and HIgheR packaging Density. ThroUgh silIcon Via teChnologY aLlows lOw lAtEncy and higH Bandwidth CommuNicatioN bEtweEn tHe layeRs in A 3d Stack. as thE T
 dangerous situation in te rms of hea d inj uri es.  F or e xamp le, accidental coll isions between a ballcarri er ' s kn e eand a  defend e r' s hea dca n b ev er y dan ger ous interms of c onc us sions and he a dinjuries.Pos itioning fla gson the  l owe r  body  (w aistdown)i s a po or locati on ,  as it require s pl ayer s to lower theirb od y  and head to m ake apl a yf o r t heflag, whic hputsp layers' he a d s  at risk of exper iencing col l isi ons.
F ur the r more,the f la g  is  a flat str ip o f fabric,  or th e  like,w ith ver y mini mal  th ickn e ss .Fla gl eng t hiso fte n around  1 2- 16 in ches . F l ag w idt h is  typi cally around1.5  inc h es.  And,  flag  thi ck nessis typ icall yonly around 0.0 62 i nches (ty pic al  fa br ic th i ckness es) . T his sli m thick n ess  p r o f il e along with the f ab r i ctype con struct ca nm ake thefl ags  dif f i cultto d i st inguishor gra b ,as  they c an  easil ysli p o ut of thedefend ers' han ds. E s sentially, fla g s are not erg o no m i ca l ly d esi gned to begras p ed b y ah an d,a s the y lac ka ny sort of grab featur es  or di mensi ons. Therefor e, the fla g c onstruct iona nd profile furthe r add s to the l u ck facto r indowningthe ballc a rrier. F orman y A mer i c an  football ent h u sias ts , the e mph asis on  afla g r ath er  than a p layer, c om bi ne dwit h the proporti on  of  l uck  vers u s skil l indown in gt heball ca r ri e r  isun ap peal ing  f or fl ag f o otb all.
Wi th the gr owi n g aw ar en ess and  evidence ass oc iating tac kl e f ootbal l with hea d injuries, concussions ,  and lo ngtermheal th implic ati ons, t her e  exist s a ne ed fo ralt e r nativ e wa ysto  down theb a llcarri er . Sp ecifica lly the alternativ e  me ans of downin g t he b a l lcar r ie r  sh ou l d a v o id tackling, th ereby mini mi z in g collisio n s a ss ociated  with h ead i n juriesand concu ssions. F ur ther m o re,  downing t he ballcarrier s h oulde nc ourag e u pright  p lay , suc h that pla yersdon'tha ve toreach  l ow to do wn the ball carrier, th erebylower ing  and expo sin g  th eir heads  todangeroussit uat ions.  Fu r therm ore, th ere exist s an eed for a l te rna t i ve  ways of do w n i ngthe b all carrie r th at reward good de f ensive positio ning , and  mi n imiz es  the luck fact orin d owning t he  ball carri er. Furt he r more,  there  exist s a nee d fo r  alter nati veways of d own in g  the ba ll  c a rrierthat  p reserv e conv e ntio n a l defensive focu s ona playe r 'smovem en ts, rat h er t han arbitr ary movemen ts ofan a ccess ory. Th epresen t a pp lication r e lates gen erall y to an  i mpro ved  dataproc e s singappa ra tus  and meth o d  a n dmo r e s peci fical ly  toan appara t us and m eth o d for i mp rov i n g thep er f o rmance and  ef ficie n c y of multi - core pr o cesso r arch itectu re by e n abl in g effec tiv e collabora tion of p r oce ss or c ores.
Th re e-di me nsi on al integrationprovides  perform a n ce imp rov e ment for mi cr oprocessor a rchit ec t ures th r o ugh  the in c rea sed  in terc onn ecti v ity and higher packaging  den sity. Thr oughsilic on  via tec h nolo gy allow s  low latencyand high bandwi d thc ommu nic a ti on  betweenthe layer s in  a3D s tac k. A s theT 
 dangerous_situation in_terms of head injuries._For example,_accidental_collisions between_a_ball carrier's knee_and a defender's_head can be very_dangerous in terms_of_concussions and head injuries. Positioning flags on the lower body (waist down) is a_poor_location, as_it_requires_players to lower their body_and head to make a_play for_the flag, which puts players' heads at risk_of_experiencing collisions.
Furthermore, the_flag is a flat strip of fabric, or the_like, with very minimal thickness. Flag_length is often_around_12-16_inches. Flag width is_typically around 1.5 inches. And, flag_thickness is typically only around 0.062_inches (typical fabric thicknesses). This slim thickness_profile along with the fabric type_construct can make the flags_difficult to_distinguish or grab, as they_can easily slip_out of_the defenders' hands._Essentially, flags are not ergonomically designed_to be grasped_by a hand, as they lack_any_sort of grab_features_or_dimensions. Therefore,_the flag construction_and_profile further_adds_to the luck factor in downing_the_ball carrier. For many American football enthusiasts,_the emphasis on a_flag_rather than a player,_combined with the proportion of_luck versus skill in downing the_ball carrier_is unappealing_for flag football.
With the growing awareness and evidence associating tackle football_with head injuries, concussions, and long_term health implications, there_exists a_need_for alternative ways_to_down the_ball carrier. Specifically the alternative means of_downing the_ball carrier should avoid tackling, thereby_minimizing collisions associated with_head_injuries and concussions. Furthermore, downing the_ball carrier should encourage upright play,_such that players don't have_to_reach_low to down the ball_carrier, thereby lowering and exposing their_heads to dangerous_situations. Furthermore, there exists a need for_alternative_ways of downing the ball carrier_that_reward good defensive positioning, and minimizes_the_luck_factor in downing the ball_carrier. Furthermore, there exists a need_for alternative ways of downing the ball carrier that_preserve conventional defensive_focus on a player's movements,_rather_than_arbitrary movements of an accessory. The present application relates generally_to an_improved data processing_apparatus and method and more specifically to an apparatus and_method for improving the performance and efficiency_of multi-core processor architecture by enabling effective collaboration of processor cores.
Three-dimensional_integration provides performance improvement for microprocessor architectures through_the increased interconnectivity and higher packaging density._Through silicon via technology_allows_low latency and high bandwidth communication between_the_layers_in_a 3D stack._As the T