Dr. Neeta Singh
Gautam Buddh University, Dr B R Ambedkar University - Paliwal Park Campus
About
Dr. Neeta Singh earned her bachelor’s in (Physics, Chemistry, and Maths) from Agra University in 1999 and a master's degree (M.C.M) in Computers and Management from Dr. B. R. Ambedker University, Agra, India, in 2003. She has a Ph.D. in Computer Science from Agra University, Center for Information and Decision Sciences in 2007. She has got the best paper in Bharat Ganita Parsad for the applied Mathematics category, Markovian Queue with Randomly Changing Arrival Rates and With A Resume Level Under N-policy She has been with the Department of Computer Science, School of ICT, Gautam Buddh University, Greater Noida 2009, where She is currently an Assistant Professor. Her research interests include Mobile Computing, Cellular networks, applied probability, queueing theory, stochastic modeling, and performance analysis of computer and communication systems. She has published various papers in refereed international journals and in refereed international conferences in these areas. She was a technical program committee member in IACC 2013 and various other conferences. She has published a book entitled “Traffic Management Models For Wireless Communication Network" in LAP Lambert Academic Publishing.
Employment
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Gautam Buddh University Assistant Professor2009 - Present
Education
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Dr B R Ambedkar University - Paliwal Park Campus Ph.D.2003 - 2007
Projects & Funding
Projects & funding information is unavailable.
Publications (28)
- Performance Analysis of TCP Variants Using AODV and DSDV Routing Protocols in MANETs Save
- A Case Study of Network Mobility (NEMO-BSP) Integration with Leo Constellation System Save
- Non-repetitive single-hop broadcast model for CAM in IEEE802.11p VANETs Save
- A study of Quality of Service in Network Mobility(NEMO) using Qualnet 7.0 Save
- Managing queue service pattern for CAM broadcast in vehicular adhoc network Save
- Performance analysis of AODV nthBR protocol for multimedia transmission under different traffic conditions for sparse and densely populated MANETs Save
- Statistical behavior analyses of CAM queue model in Vehicular Adhoc Networks Save
- Performance Evaluation of AODV nth BR Routing Protocol under Varying Node Density and Node Mobility for MANETs Save
- Performance Evaluation of Multimedia Transmission in MANETs for AODV nthBR Routing Protocol Save
- Performance analysis of AODV nthBR protocol for multimedia transmission under different traffic conditions for sparse and densely populated MANETs Save