Proceedings, Volumes 1-2IEEE, 2003 - Artificial intelligence |
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Page 24
It consists of two main sub - layers , namely the Data Communication Equipment (
DCE ) sublayer , which hides the ... The structure is completed by the addition of
the Layer Management Entity ( LME ) , which hides the management of all the ...
It consists of two main sub - layers , namely the Data Communication Equipment (
DCE ) sublayer , which hides the ... The structure is completed by the addition of
the Layer Management Entity ( LME ) , which hides the management of all the ...
Page 59
Client layer acts as user interface and some process improvements : is
accessible through light clients ( e.g. Web browsers ) . User , • Business process
improvement and optimization . administration and workflow definition interfaces
are ...
Client layer acts as user interface and some process improvements : is
accessible through light clients ( e.g. Web browsers ) . User , • Business process
improvement and optimization . administration and workflow definition interfaces
are ...
Page 517
The intermediate layer Although the data received was not appropriate for our –
the campus server – fetches and disseminates the DGPS campus ( the received
corrections were for satellites out of data for the end client applications . The third
...
The intermediate layer Although the data received was not appropriate for our –
the campus server – fetches and disseminates the DGPS campus ( the received
corrections were for satellites out of data for the end client applications . The third
...
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Contents
Virtual Automation Network problems to be solved | 3 |
Wireless Communications | 5 |
Cooperative MultiAgentBased Control Technology for Supervisory and DataAcquisition Systems | 19 |
Copyright | |
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Common terms and phrases
according active agent algorithm allows analysis application approach architecture automation behavior block channel communication comparator complete components Computer condition configuration connected considered corresponding defined delay described developed devices distributed dynamic environment error evaluation event example execution fieldbus Figure firing frame function given IEEE implementation industrial initial input integration interface International layer machine manufacturing marking master means mechanism method module node object observed obtained operation output packet parameters performance period Petri position possible presented problem production proposed protocol provides real-time received reference represents request requirements response robot scheduling sensor sequence server shown shows signal simulation solution specific standard station structure Table tasks token tool transition transmission variable wireless