An efficient circuit switching mechanism for Inter process communication in a transputer network
Abstract
Distributed real time system require interprocess communication (IPC) services to be not only reliable and efficient but also predictable. In such dynamic systems, predictability can only be achieved by proper architectural support that embodies adequate mechanisms and policies within the operating system. The authors present the design and implementation of predictable transport level communication services supported by the kernel of a real time distributed operating system (RTDOS). RTDOS IPC services are built on a hybrid platform, involving both message- and circuit-switching. Experimental results showed that RTDOS IPC was able to deliver millisecond-level connection times, guaranteed within the prescribed limits of system configuration.
Subject
Circuits
Intelligent Networks
Real Time Systems
Operating Systems
Kernel
Communication Switching
Joining Processes
Communication System Traffic Control
Educational Institutions
Computer Networks
Distributed Real-Time Systems
Predictabiliq
Circuit-Switching
Transputer Nefworks
Real-Time Systems
Distributed Processing
Transputer Systems
Operating Systems (computers)
Distributed Systems
Circuit-Switching Mechanism
Interprocess Communication
Transputer Network
Real Time System
Transport Level Communication
Real Time Distributed Operating System
RTDOS
Intelligent Networks
Real Time Systems
Operating Systems
Kernel
Communication Switching
Joining Processes
Communication System Traffic Control
Educational Institutions
Computer Networks
Distributed Real-Time Systems
Predictabiliq
Circuit-Switching
Transputer Nefworks
Real-Time Systems
Distributed Processing
Transputer Systems
Operating Systems (computers)
Distributed Systems
Circuit-Switching Mechanism
Interprocess Communication
Transputer Network
Real Time System
Transport Level Communication
Real Time Distributed Operating System
RTDOS
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