S.-L. Chang, D. H. C. Du, J. Hsieh, M. Lin, and R. P. Tsang. Parallel Computing over a Cluster of Workstations Interconnected via a Local ATM Network. Technical report, University of Minnesota, 1994. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
High Performance Distributed Computing over ATM.. - Vila-Sallent.. (Correct)
....ATM API. In addition to some PVM implementation issues, a guaranteed transmission facility has been incorporated. The performance achieved by this enhancement has been compared to PVM IP ATM and PVM IP Ethernet. A particular implementation of these functions into the PVM library is discussed in [2]. This approach has the disadvantage that a specific version of PVM is required for every vendor s ATM API, but in the future this problem can be partially solved thanks to current API standardization efforts in the ATM Forum [12] Table 5. Performance of PVM over several architectures. Protocol ....
S.-L. Chang, D. H. C. Du, J. Hsieh, M. Lin, and R. P. Tsang. Parallel Computing over a Cluster of Workstations Interconnected via a Local ATM Network. Technical report, University of Minnesota, 1994.
High Performance Distributed Computing over ATM.. - Vila-Sallent.. (1996) (Correct)
....ATM API. In addition to some PVM implementation issues, a guaranteed transmission facility has been incorporated. The performance achieved by this enhancement has been compared to PVMIP ATM and PVM IP Ethernet. A particular implementation of these functions into the PVM library is discussed in [2]. This approach has the disadvantage that a specific version of PVM is required for every vendor s ATM API, but in the future this problem can be partially solved thanks to current API standardization efforts in the ATM Forum [12] Table 5: Performance of PVM over several architectures. Protocol ....
S-L Chang, D. H. C. Du, J. Hsieh, M. Lin, and R. P. Tsang. Parallel Computing over a Cluster of Workstations Interconnected via a Local ATM Network. Technical report, University of Minnesota, 1994.
Potential Performance of Distributed Computing.. - Vila-Sallent.. (1996) (Correct)
....functions such as flow control and error recovery are left to the application, API based environments do not get so significant improvements. In order to free the user from implementing communication mechanisms, they can be incorporated in a message passing library, such as PVM, as indicated in [8, 9]. In [8, 3] this configuration has been measured, and their results show that the implementation of the API has also a strong influence on the performance. Introducing custom mechanisms : In order to minimize the bottlenecks produced by the previous strategies, new mechanisms have been ....
S-L Chang, D. H. C. Du, J. Hsieh, M. Lin, and R. P. Tsang. Parallel Computing over a Cluster of Workstations Interconnected via a Local ATM Network. Technical report, University of Minnesota, 1994.
PVM And IP Multicast - Dunigan, Hall (1996) (Correct)
....and uses the vendor supported Application Programming Interface (API) s socket like services, not IP. ATM relies on fast packet switching for speed. ATM multicasting is based on parallel transfers of N copies of the packet to be multicast. Since this method is somewhat unreliable, Chang, et al.[21] investigate reliable messagepassing protocols; PVM was chosen for their tests. An ATM LAN with ATM switches connecting workstations was used in their tests. One performance test involved a normal implementation of PVM over an Ethernet network using BSD sockets. A second test involved implementing ....
S. Chang, D. Du, J. Hsieh, M. Lin, R. Tsang. Parallel Computing Over a Cluster of Workstations Interconnected via a Local ATM Network. Technical report, University of Minnesota Twin Cities, September 1994.
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