Proceedings, Volumes 1-2IEEE, 2001 - Artificial intelligence |
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Page 13
... environment using a word w1 . The agent A2 has to learn the meaning of the word w1 so that it will correctly guess the local environment of A1 . The condition is composed of two distinct parts of two bits : the first one is for the word ...
... environment using a word w1 . The agent A2 has to learn the meaning of the word w1 so that it will correctly guess the local environment of A1 . The condition is composed of two distinct parts of two bits : the first one is for the word ...
Page 24
... environment transmittance as a constant value ( Te = 1 ) . Figure 1. VSU ( Latécoère ) . Figure 2. Load tar- get . 2.1 . Intensity of target The reflected target intensity Lsr must be sufficient to dis- tinguish it from the environment ...
... environment transmittance as a constant value ( Te = 1 ) . Figure 1. VSU ( Latécoère ) . Figure 2. Load tar- get . 2.1 . Intensity of target The reflected target intensity Lsr must be sufficient to dis- tinguish it from the environment ...
Page 41
... environment representation does not require the existence of outstanding objects in the workspace , and is robust with respect to small dynamic changes . We address the problem of estimating the position of a mobile robot assuming that ...
... environment representation does not require the existence of outstanding objects in the workspace , and is robust with respect to small dynamic changes . We address the problem of estimating the position of a mobile robot assuming that ...
Contents
an overview of geneticbased algorithms | 3 |
A Minimal Model of Communication for MultiAgent Systems | 11 |
Optimizing simulated manufacturing systems using machine learning coupled | 17 |
Copyright | |
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Common terms and phrases
agent algorithm analysis application approach architecture automation bandwidth behavior Bluetooth client clock communication components Computer configuration connection considered constraints control system Controller Area Network CORBA cycle deadline defined delay detection DeviceNet devices distributed domain dynamic environment error Ethernet evaluation example execution failure fault recovery fault-tolerant fieldbus Figure FTE node function fuzzy genetic algorithms graph hybrid automaton IEEE implementation industrial input integration interface International Jini layer linear load LONWORKS machine manufacturing system method multicast object obtained operation optimal output packet parameters performance Petri Nets piconets presented priority problem Profibus proposed protocol requirements router scheduling sensors sequence server simulation solution spanning tree specific stability radius star coupler structure switch synchronization task techniques tion tool topology traffic transition transmission variable vector VRRP