Proceedings, Volumes 1-2IEEE, 1999 - Artificial intelligence |
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Page 284
... step s can be divided into two steps 81 , 82 , such that 0. m [ s ) m ' , m [ 81 ) , and m [ 82 ) , 1. 81 U828 and 81 , 82 are disjoint , i.e. s182 = Ø , 2. none of them have signal - arcs to transitions be- longing to the other step ...
... step s can be divided into two steps 81 , 82 , such that 0. m [ s ) m ' , m [ 81 ) , and m [ 82 ) , 1. 81 U828 and 81 , 82 are disjoint , i.e. s182 = Ø , 2. none of them have signal - arcs to transitions be- longing to the other step ...
Page 332
... step i ) requires O ( 1 ) operations and step ii ) 14 can be computed in O ( -i ) no + no ) . So total j = i + 1 complexity of the first step is O3no ) . At next step we construct a graph G = ( V , E ) , in which an arc ( v ' , " ) E if ...
... step i ) requires O ( 1 ) operations and step ii ) 14 can be computed in O ( -i ) no + no ) . So total j = i + 1 complexity of the first step is O3no ) . At next step we construct a graph G = ( V , E ) , in which an arc ( v ' , " ) E if ...
Page 468
... Step 1 : Initialise the membership matrix U with random . values between 0 and 1 , such that the constraints in Equation ( 1 ) are satisfied . Step 2 : Calculate c fuzzy cluster centres c1 , i = 1 , using Equation ( 3 ) . ... , C , Step ...
... Step 1 : Initialise the membership matrix U with random . values between 0 and 1 , such that the constraints in Equation ( 1 ) are satisfied . Step 2 : Calculate c fuzzy cluster centres c1 , i = 1 , using Equation ( 3 ) . ... , C , Step ...
Contents
Java RealTime Distributed Processing Over ATM Networks with ChorusOS | 3 |
Optimizing Costs and Processing Times Under Variable External Processing | 4 |
A Petri Net Solution to the Problem of Deadlocks in Systems of Processes With | 8 |
Copyright | |
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action activity actuators adaptive agent algorithm APDU applet application architecture Automation behavior byte camera client components Computer Vision configuration constraints control system CORBA cost defined described detected developed devices distributed dynamic environment error example execution feature Figure filter FPGA function fuzzy Genetic Algorithms graph hardware IEEE implementation industrial initial input integrated interface Java JavaCard laser Lonworks machine manipulator manufacturing system marked graph matrix method mobile robot module monitoring neural network nodes object obstacle obtained OpenCard Framework operations optimal output parameters PC/SC performance Petri net pixel position problem proposed real-time reinforcement learning rules scheduling sensor sequence server signal simulation smart card solution strategy structure Sun Microsystems task techniques terminal application tool trajectory transducers transition ultrasonic variables vector virtual visual VRML workflow