Design Methods of Network Cabling With Concentrators
Keywords:
network topology, network construction, hierarchical method, concentrators’ methodAbstract
In connection with mass distribution of grid computing systems a problem of efficient usage of them became very urgent. One of these problems is constructing network topology. Construction must be done in a way that reduces the expense of materials required. This problem has been handling in many papers. A construction of hierarchical networks with concentrators which perform a multiplexing of different subscribers with a bulk of them is being under consideration in this article. Here we deal with concentrators’ method (addition and deletion algorithms) and hierarchical method. We demonstrate a new automated tool for designing network topology.Downloads
References
Al-hadsha Fares Ali Hussein. (2012). Designing Topology Network with Limited Channel Capacity by Prim and Ezhi-Williams Methods. // Mathematical Methods in Engineering and Technology – MMTT-25: Gathering at 15th International Science Conference. 10 Volumes. Volume 5, Sections 8,9 (Volgograd, May 29-31, 2012)/VolgGTU (and others) - Saratov, 2012 - Pages 115-116.
Lukyanov Victor Sergeevich, Al-hadsha Fares Ali Hussein.(2012). Designing Topology Network with Limited Network Capacity//Volgograd National Technical University News: scientific article #10 (79)/VolgNTU. – Volgograd, 2012. – (Series Actual Control Problems of Computer Engineering and Computer Science in Engineering Systems. Issue 14). – Pages 193 – 199.
Lukyanov V.S., Vlaznev D.G., Starovoytov A.V. (2006). Models of Topological Structures of Wireline Telecommunication Networks: monograph. – Volgograd: RPC “Polytechnic”, P 176. Lukyanov V.S., Starovoytov A.V., Cherkovsky I.V. (2006)Analysis Methods of Time- probabilistic Characteristic of Data Networks: monograph. ,Volgograd: Polytechnic ,P. 184.
Kalmikov P.S., Lukyanov V.S., Slesarev G.V. (1997).Designing Topological Structure of the Network: tutorial. – Volgograd ,P. 75.
Prim Robert. (1961).The Shortest Connecting Networks and Some General Conclusions// Cybernetic Digest. - #2
Additional Files
Published
How to Cite
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.