Integration ofClosely Connected Engineering Object Descriptions inEnvironment Adaptive Units
Peter Va, B. Tech · 2006
Engineering activities fordesign, analysis, engineering objects, andestablishes amethodology forchange manufacturing planning, equipment control, product support, process. Institute ofIntelligent Engineering Systems atthe recycling, andother product related purposes aremoving intoJohnvonNeumannFaculty ofInformatics, Budapest Techhas highly integrated andmodel based software systems. Thistrend is founded theLaboratory for Intelligent Engineering Systems in urgedbyincreased application ofintricate andstyled shapes, high2005inorder tosupport research inenhanced intelligence of numberofproductvariants, frequent changes ofproduct, recent engineering systems. Thelaboratory isanexperimental complex product structures, shortinnovation cycles, and collaboration ofremote situated engineers. Recentengineering installation ofrecent engineering systems that areprepared for systems havefunctions forsophisticated modeling. However, theyintelligent extension inenvironments attheir application. arenotcapable fortracking effects ofchanges ofengineering Thispaperstarts withan outline offunctionality ofthe objects on otherengineering objects. Thiscapability would proposed extension toindustrial engineering systems inorder require highlevel knowledge baseddecision assistance where toimproved decision assistance. Following this, integrated changed parameters areverified orproduced. Thecontribution modelobject (IMO)isconceptualized asa basisofthe bytheauthors tomethodology forthis type ofdecision assistance proposed extension. IMOapproach iscompared withpresent isbasedon integrated handling ofa setofclosely related engineering objects. Theconcept includes extended definition of clonventonal wayofproduct modelng.Next, anewconcept behavior modeling, tracking ofchange chains along associative called asintent-based behavioral adaptivity (IBA)asan modeledobjects, andapplication ofknowledge verified by integration ofhandling engineering objectives, modification of engineers. Thispaper starts withanoutline offunctionality ofthe engmeermgobjects, and application of human intentis proposed extension toindustrial engineering systems inorder to explained. Finally, implementation of theextension for improved decision assistance. Following this, integrated modellifecycle management ofproduct related engineering (PLM)by object (IMO)isconceptualized asa basisoftheproposed oneormoreIMOthrough application programming interface extension. IMO approach iscompared withpresent conventional (API)isoutlined. wayofproduct modeling. Next, anewconcept called asintent- basedbehavioral adaptivity (IBA) asanintegration ofhandling of II. ENGINEERING SYSTEMS FORDECISIONS engineering objectives, modification ofengineering objects, and application ofhumanintent isexplained. Finally, implementation Decisions duringdevelopment ofproducts, including oftheextension forlifecycle management ofproduct relatedcorrections andcreation ofvariants constitute mainelements of engineering (PLM)byoneormoreIMO through application engineering processes. Engineering processes aredonein programming interface (AIPI) iSoutlined.* ** programminintefac(AI)soengmeermg