Explicit addressing :send (process_id, message) and receive (process_id, message).Receiver overflow handled using: – Unsuccessful communication indication – Flow control mechanismĬoncept of MTU Message sequencing and reassembly Message contents Message representation: tagged, untagged.Message buffering: multiple message buffer Message communication techniques – Synchronous communication – Asynchronous communication.Ensure message is received in the buffer: – Polling-:periodically checking buffer – Interrupt:- sending software interrupt.Hardware approach Functionality Performance Uniform semantics Efficiency Reliability Correctness Flexibility Portability Security Message Passing Case Study: IPC in MACH Group communication Case Study: CBCAST protocol in ISISĭesirable Features of Message Passing Systems DISTRIBUTED COMPUTING Sunita Mahajan, Principal, Institute of Computer Science, MET League of Colleges, Mumbai Seema Shah, Principal, Vidyalankar Institute of Technology, Mumbai University
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