ProceedingsIEEE, 1997 - Artificial intelligence |
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Page 319
... shown in Fig . 3.3 , S1 , S , and S12 are marked forever . S6 , S7 , S8 , S11 , S14 will be unmarked when the firing sequences σ6 , 07 , 08 , 011 , and σ14 are fired from the initial marking , respectively , where σ ...
... shown in Fig . 3.3 , S1 , S , and S12 are marked forever . S6 , S7 , S8 , S11 , S14 will be unmarked when the firing sequences σ6 , 07 , 08 , 011 , and σ14 are fired from the initial marking , respectively , where σ ...
Page 480
... shown in Fig.1 , the size of which is 70 × 80 × 90mm . The hardware of PC consists of the central processing unit ( CPU ) and the output signal interface ( I / O ) , which has the capacity of six external input chan- nels and four ...
... shown in Fig.1 , the size of which is 70 × 80 × 90mm . The hardware of PC consists of the central processing unit ( CPU ) and the output signal interface ( I / O ) , which has the capacity of six external input chan- nels and four ...
Page 536
... shown in Fig . 9. PB1 and PB2 are Push Buttons , which are operated by Operator . If PB2 is pressed , Motor ( M ) start driving . When M driving , Elevator ( E ) is going up until Limit Switch ( LS2 ) to be ON . M stops if LS2 becomes ...
... shown in Fig . 9. PB1 and PB2 are Push Buttons , which are operated by Operator . If PB2 is pressed , Motor ( M ) start driving . When M driving , Elevator ( E ) is going up until Limit Switch ( LS2 ) to be ON . M stops if LS2 becomes ...
Contents
Innovations in Design and Integrated | 1 |
Creative and Innovative Manufacturing | 4 |
Y Fan and C Wu Tsinghua Univ | 7 |
Copyright | |
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according activities algorithm allows analysis application approach architecture assembly ATRT Automation called communication complete components considered constraints control system cost customers decision defined described determined dispatching distributed dynamic effective Engineering enterprise environment error estimated example exists Figure fixture flexible flow function given implementation important improvement industrial input integration interaction interface INTRODUCTION knowledge lead learning load locating machine manuals manufacturing means measurements method nets object obtained operation optimal output parameters performance Petri planning plant position possible presented problem proposed prototype real-time reference represents requirements robot rules scheduling selected sequence server shown shows simulation solution specific standard station structure task token tool transition unit University virtual