R.J. Clark et al. Deploying ATM in a data network: An analysis of SVC requirements. Technical report, College of Computing, Georgia Institute of Technology, Atlanta, GA 30332-0280, email:rjc@cc.gatech.edu, March 1995. Home/Search Document Details and Download
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Data Communications over ATM using SVCC: A Survey of Issues.. - Mahbub Hassan (Correct)
....connected to an Ethernet LAN wait a random time before trying to send the frame again. The random durations for successive retries (exponential backoff) are standardised in IEEE 802.3. However, the retry techniques are not yet standardised for SVCCbased ATM networks. The analyses of SVCC in [11, 13, 12, 1, 14, 15, 8] are all based on negligible call blocking probability. Further study is necessary to evaluate the performance of SVCC under non negligible call blocking probability. 4 Modeling and Analysis When using a fixed timeout based inactivity timer to manage a SVCC, selection of the timeout plays a ....
....a SVCC, selection of the timeout plays a crucial role in determining a number of parameters VCC setup rate, number of concurrent VCCs in the network, fraction of time a VCC is idling, average delay of a data frame in the VCC buffer, the average size of the VCC buffer and so on. Clark et al. [8] have studied the VCC setup rate and the number of concurrent VCCs as a function of the timeout of the inactivity timer by simulating various ATM configurations to support an existing campus network. The study showed that the VCC setup rate and the number of concurrent VCCs increases rapidly if a ....
R.J. Clark et al. Deploying ATM in a data network: An analysis of SVC requirements. Technical report, College of Computing, Georgia Institute of Technology, Atlanta, GA 30332-0280, email:rjc@cc.gatech.edu, March 1995.
A Delayed Vacation Model of an M/G/1 Queue with Setup Time.. - Hassan, ATIQUZZAMAN (1997) (Correct)
....times. It should be stressed that the above policies are all based on very high capacity VCCs, and hence queueing of packets at the VCC was not considered. The authors of [2] 4] have not analysed the performance of SVCCs as a function of timeout values for static timers. Clark et al. [5] have studied SVCCs as a function of timeout values for static inactivity timers by simulating various ATM configurations. Since the simulation was conducted on data collected from an existing network, the results are very specific to a particular network and fails to provide general results for ....
R.J. Clark, R.R. Hutchins, and S.W. Register. Deploying ATM in a Data Network: An Analysis of SVC Requirements. Technical report, College of Computing, GIT, Atlanta, GA 30332-0280, USA.
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