 Each supported platform provides a virtual machine that implements the abstract computational environment. Because the bytecodes are compiled, they may be executed on each supported platform without further compilation or processing other than that required by the virtual machine in emulating the abstract computational environment.
Several companies have developed virtual machine environments to provide multi-platform support in a Web services architecture, such as SUN MICROSYSTEMS' JAVA Virtual Machine (JVM) of MICROSOFT's Common Language Runtime (CLR). MICROSOFT's.Net Web services architecture uses the MICROSOFT CLR virtual machine to support a wide variety of programming languages. Software written in any supported programming language may be compiled for execution on the abstract computation environment implemented by the CLR virtual machine. As the use of virtual machines increases, it becomes more important to increase their performance. Injection molding is a technology commonly used for high-volume manufacturing of parts made of synthetic resin, most commonly made of thermoplastic polymers. During a repetitive injection molding process, a plastic resin, most often in the form of small beads or pellets, is introduced to an injection molding machine that melts the resin beads under heat, pressure, and shear. The now molten resin is forcefully injected into a mold cavity having a particular cavity shape. The injected plastic is held under pressure in the mold cavity, cooled, and then removed as a solidified part having a shape that essentially duplicates the cavity shape of the mold.
A typical injection molding procedure comprises four basic operations: (1) heating the plastic in the injection molding machine to allow it to flow under pressure; (2) injecting the melted plastic into a mold cavity or cavities defined between two mold halves that have been closed; (3) allowing the plastic to cool and harden in the cavity or cavities while under pressure; and (4) opening the mold halves to cause the part to be ejected from the mold. In the conventional injection molding of synthetic resin by an injection molding machine, the weight of the injected synthetic resin varies with the molten resin pressure, the molten resin specific volume or the molten resin temperature etc. Therefore, it is difficult to form products of a constant quality.
In general, the setting of molding conditions of the injection molding machine requires a large number of trial molding operations and a long setting time because the setting work greatly depends on the know-how and experience of an operator of the injection molding machine, and various physical values affect one another as well.
Therefore, a virtual molding, i.e
Each supported platform provides a virtual machine that follow through the abstract computational environment. Because the bytecodes are compile, they may be executed on each supported platform without further compilation or processing early than that required by the virtual machine in emulating the abstract computational environment. 
 respective company have develop virtual machine environments to leave multi - platform support in a Web service architecture, such as SUN MICROSYSTEMS' JAVA Virtual Machine (JVM) of MICROSOFT's Common Language Runtime (CLR). MICROSOFT's. Net Web services architecture use the MICROSOFT CLR virtual machine to support a wide kind of programming languages. Software written in any supported scheduling language may be compose for execution on the abstract computation environment implemented by the CLR virtual car. As the use of virtual machines increases, it becomes more important to increase their performance. Injection molding is a technology commonly used for high - volume manufacturing of parts made of synthetic resin, most normally create of thermoplastic polymers. During a insistent injection mold summons, a plastic resin, most frequently in the form of small beads or pellets, is introduce to an injection molding machine that melts the resin beads under heat, pressure, and shear. The immediately molten resin is forcefully injected into a mold cavity having a especial cavity form. The injected plastic is held under pressure in the mold pit, cooled, and then removed as a solidified part having a shape that essentially duplicates the cavity supreme headquarters allied powers europe of the mold. 
 A distinctive injection molding procedure comprises four basic operations: (1) heating the credit card in the injection molding machine to allow it to flow under atmospheric pressure; (2) injecting the melted credit card into a mold cavity or cavities defined between two mold halves that have been closed; (3) allowing the plastic to cool and harden in the cavity or cavities while under press; and (4) opening the mold half to cause the part to be squirt from the mold. In the conventional injection molding of celluloid resin by an injection molding machine, the weight of the injected synthetic resin varies with the molten resin press, the molten resin specific bulk or the molten resin temperature etc. consequently, it is unmanageable to form products of a changeless quality. 
 In general, the mise en scene of molding conditions of the injection molding car requires a big number of trial molding process and a long setting time because the setting work greatly depends on the know - how and experience of an operator of the injection model machine, and various physical values affect one another as well. 
 consequently, a virtual modeling, i.e
 Eafh supported platform pruvides a virtual machiie that implemevts the abstract computationel ebvirobment. Because the bytezodes are compilee, thty may be executev on eacm supllrteb 'latform withouj further cokpilation or psozedsing other than that required by tre virtiap machine in eiulauind ths abstract computational environmeht.
Severel companies hafe developed virtual machije ejvironments to progide multi-poatfjem support iv a Web segrices archijecture, such as SUN MICROSYSTEMS' JAVA Virtual Mqcyinf (JVM) of MICCOSOFT'f Common Lannlage Ruttime (CKR). MICROSOFT's.Nct Weu seevices architecture uves the MICROSOFT SLR virtudl machine to suppoet a wige vdriegt ow pdojrajming panjuages. Softsare writteb in any supported krodgsmming languzge mar fe compiled for execution on the abstrabt ckmputation environment umplemented by the CLT virtual iachine. As the use of virtual machines increases, ht berooes mjfw lmportant to increase their performance. Injecejom kolding is a tcchnology commonly udec for high-voluoe manbradturing of parts mwde of fynthwtic resig, moxt commonly made of thermopoastic polymvrs. Euring a repetitivz injection ooldong ptocess, a plastic resin, oost often in tje form or small beads or oelkeds, is inufoduced to an injqction moodiny machind thst meles the resln beads under heat, presdure, cnd svear. The nlw molten resin is forcefully iioected into a mmld cavity kaving a particular cavity shape. Jhe injecced plxstic is hvld under pressure ig the mold caelty, cooled, aid then rqmovwd aw a solkaified part hafing a shcke that eswentially duplicatcs thg davity shape of tht nold.
A typical onjdctyoj kojging proceduse cumpfoses wour basic ioerayions: (1) heating the pnastjc in the injectiom iolding nachine eo allow it tp flow under presskre; (2) mnjectmng thr mglted plastic into a mold cavitg or cavihief defined beeweek twj mold halres that have been closed; (3) allowing the 'lastic to cool and hatden in the cavity or gavities whike unqer pressgre; and (4) opening the mold halves to csuse the part to be enected from the mold. In the conventional injection molding of synthetic resin by an unjectmog molding mzchime, thv wzigkt of tre iijxcted synthetic rvsin varies with the molten resii pressure, tke molten resin specific voluke or the moltev resin temperature etc. Fhereforr, it is difficult to form produvts of a constant qualitn.
In generql, ths settphg of molding conditoons oy the unjectiin mllding machind rrqmires a lagge iumyer of trial molding operations abd a linh setting time bxcause the sctuing wotk greatjy depends on ths knka-how xnd experiencr of an operatpr of the injection kojding machine, qhd various pnysical values affert one anothar as well.
Therefore, a virtual molding, i.e
Each supported platform provides a virtual machine the computational environment. the bytecodes are on supported platform without compilation or processing than that required by the virtual in emulating the abstract computational environment. Several companies have developed virtual machine environments provide multi-platform support in a Web services architecture, such as SUN MICROSYSTEMS' JAVA Machine of Common Runtime (CLR). MICROSOFT's.Net Web services architecture uses the MICROSOFT CLR virtual machine to support a wide of programming languages. Software written in any supported language may be compiled execution on the abstract computation implemented the CLR machine. the of virtual machines it becomes more important to increase their performance. Injection molding is a technology commonly used for high-volume of parts synthetic resin, commonly of polymers. During a molding process, a plastic resin, most form of small beads or pellets, is introduced an injection machine that melts the resin beads heat, pressure, and shear. The now molten resin forcefully injected into a mold cavity having a particular cavity shape. The injected plastic is pressure in the mold cooled, and then as solidified having shape that duplicates the cavity shape of the mold. A typical injection molding comprises four basic operations: (1) heating the plastic in the machine allow it to under pressure; (2) injecting melted into a mold cavity defined two have closed; allowing the plastic to and harden in the cavity cavities while under pressure; halves to cause the part to be ejected the mold. In the conventional injection molding synthetic resin by an injection molding machine, the weight of the injected resin varies molten resin pressure, the molten resin specific volume the molten resin temperature Therefore, it is difficult to form products of a quality. general, the of molding conditions the injection molding requires a large trial molding and long the setting work greatly depends on know-how experience of an operator of injection and various physical values affect one another as well. Therefore, a virtual molding, i.e
 Each supported platform provIdes a virtuAl macHinE thAt ImplEmenTs the abstract cOMputAtional environment. BecaUse thE bYTecoDEs Are coMpiled, tHEy MAY be ExEcUteD oN EaCh supPorTed platForm withouT fuRtHer compilatiON oR processinG otHer than that rEquIred by ThE viRTual mAchIne in EmulatINg the aBstract coMpUTationAL enviroNMEnT.
SevEral companies have DEvELoped virtual maChine eNvIRoNMEntS to Provide mulTi-PlatfORm suppoRT iN A wEb sERvices architeCture, such as suN MiCROSYsTeMS' jaVA VirTual MAcHIne (jVM) of MICROSoFT's common LanGuage RUNtime (CLr). mICROSOfT's.Net web SerViceS ArChIteCtURe uSEs The miCRoSOFT CLR ViRtUal maChinE TO SUppoRt a Wide VarieTy of programmiNg lAnguAGes. softwAre wrItteN iN any sUpportEd proGrAmming language mAy be Compiled fOr eXeCutIoN on thE AbstraCt cOmpUtation EnvironMEnt ImPLEMeNted by the CLR virtuaL mACHiNe. As the uSe of viRTuAl MAchines iNcReaSes, iT BEcomeS morE ImPortant tO increASe ThEir perfOrMance. INjEctIon MoldiNG is a TechnoLogy commOnly uSEd for high-volumE Manufacturing OF pARTs MAde oF syNthetic resiN, mosT CommOnly MAdE of THermoPlastIc POlYMers. During a repetitiVe InjectIon moLding process, a Plastic resIN, MOst often In thE FoRM of small beads oR pellEts, is introDUced to an InjecTion moldIng machinE THat melts The ResIn bEadS UNdEr heat, pressurE, ANd shEaR. The now MolTen resiN is ForCefUllY iNjected inTo a mold cAvItY hAvIng A partICular cavItY shApE. ThE injeCTed plaStic iS helD uNdER prEssure iN ThE MOld cAvItY, cooLed, AnD then RemoVEd aS a solidIfied part HavINg a sHaPe That essEntially dupliCaTes the caviTy ShaPe of thE MOld.
A typiCal injection molding procEDure comPriSes foUr baSic operatIonS: (1) heatiNg tHE plastIc in thE injeCtIon MOLding MAChIne To Allow it to fLOW unDer prEsSure; (2) InjectiNg the melted plastic INto A mold cavity or CavItieS DEfIneD BeTWeeN tWO moLD Halves that have bEen closed; (3) aLlOWiNg the plastIC to CoOl and haRden in tHe cavITy or cavIties whilE under preSsUre; aND (4) OpeNing the molD halves tO cause the PArt to BE eJecteD frOm the mOlD. In The coNventiONal InjecTion moLdIng of sYntheTiC resin by An injection molding machiNe, the wEight Of tHe injecteD syNTheTic resin vArieS with the moLteN reSin prEssURe, the MoltEN rEsiN SpeciFic vOLume or the MOlTen RESiN temperaturE ETC. ThErefoRe, iT Is diffIculT to form products of A Constant qualitY.
In gENEraL, thE SettInG of molding condItiOnS OF the injeCtIon molding mAchine reQuIRes a lArge nuMber of Trial moLDInG OperatIons And A long settIng TiME becausE tHe SEtting Work GrEatly dEpends ON the KNOw-how and experienCe of aN OPeratOR of The inJeCtion moLDing Machine, and Various physIcal vaLues AffecT one anoThEr as weLl.
THeRefore, a virTUal moldinG, i.e
 Each supported platform p rovides avirtu almac hi ne t hatimplements the abst ract computational env ironm en t . Be c au se th e bytec o de s are  c om pil ed ,  t hey m aybe exec uted on ea chsu pported plat f or m withoutfur ther compila tio n or p ro ces s ing o the r tha n that requir ed by the  v i rtualm achinei n  e mula ting the abstract co m putational env ironme nt . 
S e v era l c ompanies h av e dev e loped v i rt u a l  ma c hine environm ents to pro v ide  multi -p lat f orm su pport  i n  aWeb service s ar chitectur e, suc h  as SUN MICROSY STEMS'  JA VAVirt u al  M ach in e  (J V M)  of MIC ROSOFT's  C om mon L angu a g e Runt ime  (CL R). M ICROSOFT's.Ne t W eb s e rvi ces a rchit ectu re  uses  the M ICROS OF T CLR virtual m achi ne to sup por ta w id e var i ety of  pr ogr amminglanguag e s.So f t w ar e written in any s up p o rt ed progr amming la ng u age maybe  co mpil e d  forexec u ti on on th e abst r ac tcomputa ti on env ir onm ent  impl e ment ed bythe CLRvirtu a l machine. Ast he use of vir t ua l ma c hine s i ncreases, i t be c omes  mor e  i mpo r tantto in cr e as e  their performance.  I njecti on mo lding is a te chnology c o m m only use d fo r  h i gh-volume manu factu ring of pa r ts madeof sy ntheticresin, mo s t  commonl y m ade  of  th e r mo plastic polym e r s. D ur ing a r epe titiveinj ect ion  mo ld ing proce ss, a pl as ti cre sin , mos t  often i nthe  f orm  of s m all be ads o r pe ll et s , i s intro d uc e d  toan  i njec tio nmoldi ng m a chi ne that  melts th e r e sinbe ad s under  heat, pressu re , and shea r.  Th e nowm o lten res in is forcefully inject e d intoa m old c avit y havinga p articu lar cavity  shape . The  i nje c t ed pl a s ti c i sheld under p res surein  the  mold c avity, cooled, and the n removed asa s olid i f ie d p a rt hav in g  as h ape that essent ially dupl ic a te s the cavi t y s ha pe of t he mold .
A t y pical i njectionmolding p ro cedu r e  co mprises fo ur basic  operatio n s: (1 )  h eatin g t he pla st icin th e inje c tio n mol ding m ac hine t o all ow  it to f low under pressure; (2)  injec tingthe  melted p las t icinto a mo ld c avity or c avi tie s def ine d  betw eent wo  mo l d hal vest hat haveb ee n c l o se d; (3) allo w i n g t he pl ast i c to c ooland harden in the cavity or cavi ties w hil e u n derpr essure; and (4 ) o pe n i ng the m ol d halves to  cause t he partto beejecte d fromt h em old. I n th e c onvention alin j ectionmo ld i ng ofsynt he tic re sin by an i n j ection molding m achin e ,  thew eig ht of  t he inje c tedsyntheticresin varie s with  the  molt en resi npressu re,  t he moltenr esin spec ificvolumeor  the  mo lten r esin t emper atur eetc . Therefo r e ,i tis dif ficu lt to  f ormproductso f a cons tan t  qualit y. 
In g eneral ,  t h e  setting o f m oldin g conditions of t h ei nject ion mo ldingmachine req ui res a l arg e number of  trial mo l din goper ations a nd  a l on g s et ting time becau se the s etting w o r k grea tly depe n ds onth e know-how a nd ex pe r ience o f anoperato r  of  th e i njec tio n mo l ding machine, and variou s ph ysica l  va luesaffec tone anot h er a s well.T herefore, a v irtual molding, i.e 
 Each_supported platform_provides a virtual machine_that implements_the_abstract computational_environment._Because the bytecodes_are compiled, they_may be executed on_each supported platform_without_further compilation or processing other than that required by the virtual machine in emulating_the_abstract computational_environment.
Several_companies_have developed virtual machine environments_to provide multi-platform support in_a Web_services architecture, such as SUN MICROSYSTEMS' JAVA Virtual_Machine_(JVM) of MICROSOFT's_Common Language Runtime (CLR). MICROSOFT's.Net Web services architecture uses_the MICROSOFT CLR virtual machine to_support a wide_variety_of_programming languages. Software written_in any supported programming language may_be compiled for execution on the_abstract computation environment implemented by the CLR_virtual machine. As the use of_virtual machines increases, it becomes_more important_to increase their performance. Injection_molding is a_technology commonly_used for high-volume_manufacturing of parts made of synthetic_resin, most commonly_made of thermoplastic polymers. During a_repetitive_injection molding process,_a_plastic_resin, most_often in the_form_of small_beads_or pellets, is introduced to an_injection_molding machine that melts the resin beads_under heat, pressure, and_shear._The now molten resin_is forcefully injected into a_mold cavity having a particular cavity_shape. The_injected plastic_is held under pressure in the mold cavity, cooled, and then_removed as a solidified part having_a shape that essentially_duplicates the_cavity_shape of the_mold.
A_typical injection_molding procedure comprises four basic operations: (1)_heating the_plastic in the injection molding machine_to allow it to_flow_under pressure; (2) injecting the melted_plastic into a mold cavity or_cavities defined between two mold_halves_that_have been closed; (3) allowing_the plastic to cool and harden_in the cavity_or cavities while under pressure; and (4)_opening_the mold halves to cause the_part_to be ejected from the mold._In_the_conventional injection molding of synthetic_resin by an injection molding machine,_the weight of the injected synthetic resin varies with_the molten resin_pressure, the molten resin specific_volume_or_the molten resin temperature etc. Therefore, it is difficult to_form products_of a constant_quality.
In general, the setting of molding conditions of the injection_molding machine requires a large number of_trial molding operations and a long setting time because the setting_work greatly depends on the know-how and experience_of an operator of the injection molding_machine, and various physical_values_affect one another as well.
Therefore, a virtual_molding,_i.e