Autor/Autorin: Goswami Bhargavi
Dr. Bhargavi Goswami, Associate Professor at Garden City College having experience of more than 7 years has obtained her Ph.D in Computer Science from NIMS University was UGC funded project on "Design and analysis of optimum wireless transmission strategy on Rate Control Protocol” which was the enhancement of RCP project of Stanford University, USA
Due to the increasing demand of users for improved performance by the wireless protocols and necessity of less complex data computing functionality, the congestion present within the network with network traffic will be the limiting factor for the potential communication efficiency for communication. To overcome these limitations over wired, wireless and hybrid networking scenarios, I came up with a profound solution to the problem by means of a novel protocol called RCP+. There was an immense requirement of a protocol that fulfils the requirement of wireless and wired networks existing together and protocol performs best in controlling congestion over hybrid large scale networks.Existing protocols were not able to co-exist with each other in the same networking topology reducing the secular nature of the protocol on live networks. RCP+ was designed to eliminate three main limitations and providing with the following three facilities. First, it works well in wired, wireless as well as hybrid networks. Second, it works well in large scale wireless and hybrid networks with mobility. And third, it can co-exist with already existing congestion control protocols.
Dr. Bhargavi Goswami, Associate Professor at Garden City College having experience of more than 7 years has obtained her Ph.D in Computer Science from NIMS University was UGC funded project on "Design and analysis of optimum wireless transmission strategy on Rate Control Protocol" which was the enhancement of RCP project of Stanford University, USA
Über den Autor
Dr. Bhargavi Goswami, Associate Professor at Garden City College having experience of more than 7 years has obtained her Ph.D in Computer Science from NIMS University was UGC funded project on ¿Design and analysis of optimum wireless transmission strategy on Rate Control Protocol¿ which was the enhancement of RCP project of Stanford University, USA
Klappentext
Due to the increasing demand of users for improved performance by the wireless protocols and necessity of less complex data computing functionality, the congestion present within the network with network traffic will be the limiting factor for the potential communication efficiency for communication. To overcome these limitations over wired, wireless and hybrid networking scenarios, I came up with a profound solution to the problem by means of a novel protocol called RCP+. There was an immense requirement of a protocol that fulfils the requirement of wireless and wired networks existing together and protocol performs best in controlling congestion over hybrid large scale networks.Existing protocols were not able to co-exist with each other in the same networking topology reducing the secular nature of the protocol on live networks. RCP+ was designed to eliminate three main limitations and providing with the following three facilities. First, it works well in wired, wireless as well as hybrid networks. Second, it works well in large scale wireless and hybrid networks with mobility. And third, it can co-exist with already existing congestion control protocols.
