2005 |
14 | EE | Fei Hu,
Neeraj K. Sharma:
Security considerations in ad hoc sensor networks.
Ad Hoc Networks 3(1): 69-89 (2005) |
2003 |
13 | EE | Fei Hu,
Neeraj K. Sharma,
Jim Ziobro:
An accurate model for analyzing wireless TCP performance with the coexistence of Non-TCP traffic.
Computer Networks 42(4): 419-439 (2003) |
12 | EE | Fei Hu,
Neeraj K. Sharma:
Multimedia call admission control in mobile networks: a dynamical reservation-pool approach.
Computer Networks 43(3): 263-288 (2003) |
2002 |
11 | EE | Fei Hu,
Neeraj K. Sharma:
The Quantitative Analysis of TCP Congestion Control Algorithm in Third-Generation Cellular Networks Based on FSMC Loss Model and its Performance Enhancement.
INFOCOM 2002 |
10 | EE | Fei Hu,
Neeraj K. Sharma:
An Optimal Reservation-Pool Approach for Guaranteeing the Call-Level QoS in Next-Generation Wireless Networks.
NETWORKING 2002: 660-671 |
9 | EE | Neeraj K. Sharma:
Enhancing Wireless Internet Performance.
IEEE Communications Surveys and Tutorials 4(1): (2002) |
8 | | Julian D. Ho,
Samar Singh,
Neeraj K. Sharma:
Analytical models for Replicate-At-Send multicasting in shared-memory switches.
Perform. Eval. 47(2/3): 139-162 (2002) |
2000 |
7 | | Julian D. Ho,
Samar Singh,
Neeraj K. Sharma:
Modeling Multicasting in Shared-Memory ATM Switches.
ICC (3) 2000: 1728-1732 |
6 | | Julian D. Ho,
Neeraj K. Sharma:
Multicast performance in shared-memory ATM switches.
Perform. Eval. 41(1): 23-36 (2000) |
5 | | Neeraj K. Sharma,
Julian D. Ho:
Performance of a large multicast ATM switch.
Telecommunication Systems 13(2-4): 453-467 (2000) |
1999 |
4 | EE | Neeraj K. Sharma:
Review of recent shared memory based ATM switches.
Computer Communications 22(4): 297-316 (1999) |
1998 |
3 | EE | Neeraj K. Sharma:
Effect of Windowing Policies for Input Buffered ATM Switch.
Computer Networks 30(11): 1083-1090 (1998) |
2 | | Neeraj K. Sharma,
Pierre U. Tagle:
Performance of Fault-Tolerant Sorting Network for ATM Switching.
Perform. Eval. 34(2): 91-107 (1998) |
1997 |
1 | | Neeraj K. Sharma,
Madhusudhana R. Pinnu:
An Efficient Implementation of Bypass Queue Under Bursty Traffic.
Parallel Computing 23(6): 777-781 (1997) |