ESPRIT '88: Putting the Technology to Use : Proceedings of the 5th Annual ESPRIT Conference, Brussels, November 14-17, 1988, Part 2North-Holland, 1988 - 1759 pages |
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Page 947
The CSA Architecture is based on a hierarchy of three object machines. Each
providing an environment for the implementation of CSA objects. The three object
machines are: Local Object Machine (LOM): Corresponds to a set of resources ...
The CSA Architecture is based on a hierarchy of three object machines. Each
providing an environment for the implementation of CSA objects. The three object
machines are: Local Object Machine (LOM): Corresponds to a set of resources ...
Page 948
Interfaces I WTI CSA Local CSA Local object object Machine Machine CSA
Abstract Network Figure 1: CSA Domain Object Machine 2. CSA LOCAL OBJECT
MACHINE A CSA Local Object Machine provides a uniform applications interface
...
Interfaces I WTI CSA Local CSA Local object object Machine Machine CSA
Abstract Network Figure 1: CSA Domain Object Machine 2. CSA LOCAL OBJECT
MACHINE A CSA Local Object Machine provides a uniform applications interface
...
Page 949
Object Interface Provider (OIP): This layer supports the kernel functions of the
CSA Local Object Machine. These are: - Object Management: enables dynamic
creation of new objects and the deletion of redundant objects on request.
Object Interface Provider (OIP): This layer supports the kernel functions of the
CSA Local Object Machine. These are: - Object Management: enables dynamic
creation of new objects and the deletion of redundant objects on request.
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Contents
Client Design for the MULTOS Multimedia Office Filing System | 893 |
Speech Integration in an Office Demonstrator Project | 906 |
Natural Language Dialogue in an Office Environment Project | 917 |
Copyright | |
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abstract activities algorithm allows analysis application architecture basic CCITT CFRV client CNMA COMANDOS communication complex components concept database defined described Directory Discrete Cosine Transform distributed document processing domain entities environment ESPRIT Project evaluation factors FAOR Figure format functions gateway graphical hardware implementation input integration interaction internal invocation kernel language layout logical LOTOS machine manufacturing mapped Mbit/s messages method methodology module node object oriented office information system operating system packet PANGLOSS performance Petri nets phase planning possible predicates procedure processors production programming protocol query QUIPU reference requirements ring robot scheme selection semantics server SGML slot specification standard structure subnetworks subsystem task techniques token ring UCOL UNIX uptake user interface workcells workstation X Window System