Paper Info
Title
Performance measurements of Motorola's implementation of MAP
Abstract
The authors present performance measurements for data transfer services at the CASE (common application service elements), transport, and datalink layers of Motorola's implementation of the Manufacturing Automation Protocol (MAP) for a range of message sizes. They compare the performance results of using a stop-and-wait vs. a sliding window protocol, and find that the sliding window permits a 40% speedup. The observe that end-to-end latency exceeds transmission delay by a factor of 25 for 1000-byte messages, thereby making all network access, transmission, and propagation delays negligible when compared to protocol processing. They show that the throughput of CASE and transport is basically linear with message size whereas the throughput of datalink is not. They identify the bottlenecks which constrain total system throughput at each layer
Year
DOI
Venue
1988
10.1109/LCN.1988.10231
Minneapolis, MN
Keywords
Field
DocType
factory automation,industrial computer control,local area networks,performance evaluation,protocols,CASE,Manufacturing Automation Protocol,common application service elements,data transfer services,datalink layers,end-to-end latency,performance measurements,sliding window,sliding window protocol,transmission delay
Sliding window protocol,Propagation delay,Data transmission,Computer science,Transmission delay,Computer network,Real-time computing,Local area network,Throughput,Speedup,Manufacturing Automation Protocol
Conference
Citations 
PageRank 
References 
5
3.87
0
Authors
2
Name
Order
Citations
PageRank
Strayer, W.T.111316.63
Alfred C. Weaver247355.79