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A Star-Polygon shape Network with High Maintainability
NEELU GANGWAR, VANDANA Assistant Professor, Computer Science, S.R.M.S.W.C.E.T., Bareilly, India Assistant Professor, Computer Science, S.R.M.S.W.C.E.T., Bareilly, India
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Abstract: The satellite network, together with the traditional ground network, constitutes the Space–Ground Interconnection Network (SGIN), which can provide global coverage for communications and become an important developing trend of the next generation network. There are many factors and methods in network systems to discover and maintain the routes to the destinations in the wireless environment. A network with star shape architecture has many advantages in the network deployment, According to number of paths available in the network. In this paper we emphasis on the benefits of star shape architecture in path selection, security and manageability of data flow transmission. The star shape network uses the polygon concepts which can provide the better communication in data transferring.
Keywords: polygon, hexagonal clustering, static deployment, topology, overlapped area.
Keywords: polygon, hexagonal clustering, static deployment, topology, overlapped area.
How to Cite:
[1] NEELU GANGWAR, VANDANA Assistant Professor, Computer Science, S.R.M.S.W.C.E.T., Bareilly, India Assistant Professor, Computer Science, S.R.M.S.W.C.E.T., Bareilly, India , “A Star-Polygon shape Network with High Maintainability,” International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE)
