Zobrazeno 1 - 6
of 6
pro vyhledávání: '"Nachi K. Nithi"'
Publikováno v:
Bell Labs Technical Journal. 15:149-168
Mobile terminals are rapidly evolving from enhanced phones to powerful platforms capable of offering a multitude of services and critical applications. They have a small form factor and are typically equipped with powerful processors, a large display
Autor:
Mark Haner, Chitra Sawkar, Nachi K. Nithi, Lawrence Drabeck, Arumugam Buvaneswari, Paul Anthony Polakos
Publikováno v:
Bell Labs Technical Journal. 15:99-117
In order to meet demanding performance objectives in Long Term Evolution (LTE) networks, it is mandatory to implement highly efficient, autonomic self-optimization and configuration processes. Self-optimization processes have already been studied in
Autor:
Chandra Chekuri, Wonsuck Lee, Daniel C. Kilper, Christopher A. White, Lisa Zhang, Bruce Shepherd, Nachi K. Nithi, Gordon Wilfong, P.R. Claisse, Steven Fortune, Rene-Jean Essiambre, Iraj Saniee
Publikováno v:
Bell Labs Technical Journal. 11:129-143
Optical technology promises to revolutionize data networking by providing enormous bandwidth for data transport at minimal cost. A key to cost reduction is to increase transparency, that is, to keep a data stream encoded as an optical signal for as l
Publikováno v:
Bell Labs Technical Journal. 9:83-100
One way for service providers to reduce their costs is through network capacity recovery. We describe the problem of recovering capacity by minimizing the switching overhead incurred by multiple switches in a switching center. We also describe the Mu
Autor:
Thierry Klein, Lawrence Drabeck, Chitra Sawkar, Buvaneswari Ramanan, Nachi K. Nithi, Mark Haner
Publikováno v:
WTS
With the rapid increase of traffic on the web, content caching reduces user-perceived latency as well as the transmission of redundant traffic on the network. In this study, we analyze the gains of HTTP content caching at the location of SGW in an LT
Publikováno v:
Journal of Lightwave Technology.
For a class of optical add/drop multiplexers, we empirically study the effects of port modularity and connectivity on device deployment in ring networks. Designs with greater connectivity and smaller modules allow fewer devices to be deployed.