Modeling Multicore Programmable Logic Controllers in Networked Automation Systems

control engineering computing; multiprocessing systems; parallel processing; programmable controllers; MCNAS; MPLC; PLC manufactures; automation engineer; automation tasks; computing performance; integrating multicore programmable logic controllers; modeling notation; multicore PLC; multicore-capable NAS; multiple cores; networked automation systems; real-time constraints; single-core PLC; time behavior; Automation; Delays; Hardware; Multicore processing; Object oriented modeling; Software; Unified modeling language; automation; modeling; multicore; networked automation systems; plc     «

control engineering computing; multiprocessing systems; parallel processing; programmable controllers; MCNAS; MPLC; PLC manufactures; automation engineer; automation tasks; computing performance; integrating multicore programmable logic controllers; modeling notation; multicore PLC; multicore-capable NAS; multiple cores; networked automation systems; real-time constraints; single-core PLC; time behavior; Automation; Delays; Hardware; Multicore processing; Object oriented modeling; Software; Unif...     »