Distributed Processing Tools Definition. Volume 1. Hardware and Software Technologies for Tightly-Coupled Distributed Systems

Distributed Processing Tools Definition. Volume 1. Hardware and Software Technologies for Tightly-Coupled Distributed Systems

The objective of this three-phase effort is to Identify the hardware/software technology pertinent to the implementation of tightly-coupled embedded distributed systems for DoD applications, Establish an integrated approach regarding the total life-cycle software development period with correlation...

Ausführliche Beschreibung

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Bibliographische Detailangaben
Hauptverfasser: Conn,H C , Jr, Kellogg,D L, Rodjak,D J
Format: Report
Sprache:eng
Schlagworte:
Command and control systems
Command, Control and Communications Systems
Communications networks
Computer architecture
Computer Hardware
Computer Programming and Software
Computer programs
Computer software
Computer Systems
Computers
Distributed data processing
Integrated systems
Life cycles
Man computer interface
Military applications
PE62702F
Performance(Engineering)
Requirements
Specifications
State of the Art
Systems engineering
VHSIC(Very High Speed Integrated Circuits)
VLSIC(Very Large Scale Integrated Circuits)
Weapon systems
WURADC55811829
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Beschreibung
Zusammenfassung:The objective of this three-phase effort is to Identify the hardware/software technology pertinent to the implementation of tightly-coupled embedded distributed systems for DoD applications, Establish an integrated approach regarding the total life-cycle software development period with correlation as to the applicability of existing/near-term software engineering methodology, techniques and tools to each life-cycle phase, and Define the functional design requirments pertinent to the far-term development of needed software engineering methodology, techniques and tools. A product of this effort is the recommended design of a system support environment encompassing the integrated implementation of candidate software engineering tools. See also Volume 2, AD-A137 687.