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James S. Meditch
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1990 – 1999
- 1999
- [j22]Xinyu Wang, James S. Meditch:
Adaptive Wavelet Predictor to Improve Bandwidth Allocation Efficiency of VBR Video Traffic. Comput. Commun. 22(1): 40-45 (1999) - [j21]Xinyu Wang, James S. Meditch:
A predictive bandwidth management scheme and network architecture for real-time VBR traffic. Microprocess. Microsystems 22(10): 597-604 (1999) - 1998
- [c17]Souhwan Jung, Younghan Kim, James S. Meditch:
Dynamic bandwidth allocation for VBR video transport. ICC 1998: 544-548 - [c16]Xinyu Wang, Souhwan Jung, James S. Meditch:
Dynamic bandwidth allocation for VBR video traffic using adaptive wavelet prediction. ICC 1998: 549-553 - 1996
- [c15]Henry V. Todd, James S. Meditch:
Encapsulation Protocols for MPEG Video in ATM Networks. INFOCOM 1996: 1072-1079 - [c14]Sushil Aryal, James S. Meditch:
Design of a Large ATM Switch with Trunk Grouping. International Zurich Seminar on Digital Communications 1996: 321-333 - 1995
- [j20]Srinivasan Tridandapani, James S. Meditch:
Supporting Multipoint Connections in Multi-Hop WDM Optical Networks. J. High Speed Networks 4(2): 169-187 (1995) - [c13]Sushil Aryal, James S. Meditch:
Design of a large ATM switch with trunk grouping. ICCCN 1995: 406 - 1994
- [j19]Zhixing Ren, James S. Meditch:
Bandwidth Allocation for Broadband Multichannel Systems. J. High Speed Networks 3(1): 57-79 (1994) - [j18]Srinivasan Tridandapani, James S. Meditch:
Priority Performance of Banyan-Based Broadband-ISDN Switches. J. High Speed Networks 3(3): 233-260 (1994) - [c12]Nachum Shacham, James S. Meditch:
An Algorithm for Optimal Multicast of Multimedia Streams. INFOCOM 1994: 856-864 - [c11]Srinivasan Tridandapani, James S. Meditch, Arun K. Somani:
The MaTPi Protocol: Masking Tuning Times Through Pipelining in WDM Optical Networks. INFOCOM 1994: 1528-1535 - 1993
- [j17]Xi Jiang, James S. Meditch:
A High-Speed Integrated Services ATM/STM Switch. Comput. Networks ISDN Syst. 26(4): 459-477 (1993) - 1992
- [j16]Zhixing Ren, James S. Meditch:
A Two-Layer Congestion Control Protocol for Broadband ISDN. Perform. Evaluation 16(1-3): 85-106 (1992) - [c10]Zhixing Ren, James S. Meditch:
A Two-Layer Congestion Control Protocol for Broadband ISDN. INFOCOM 1992: 925-933 - [c9]Zhixing Ren, James S. Meditch:
Bandwidth Allocation for Broadband Multichannel Systems. INFOCOM 1992: 1051-1060 - 1991
- [c8]Chao-Li Tarng, James S. Meditch:
A High Performance Copy Network for B-ISDN. INFOCOM 1991: 171-180 - [c7]Srinivasan Tridandapani, James S. Meditch:
Priority Performance of Banyan-based Broadband-ISDN Switches. INFOCOM 1991: 711-720 - [c6]Eric T. Bushnell, James S. Meditch:
Dilated Multistage Interconnection Networks for Fast Packet Switching. INFOCOM 1991: 1264-1273 - 1990
- [c5]Q. Ta, James S. Meditch:
A High Speed Integrated Services Switch Based on 4 × 4 Switching Elements. INFOCOM 1990: 1164-1171
1980 – 1989
- 1989
- [c4]S. Kasemlonnapa, James S. Meditch, Biswanath Mukherjee:
A Delay-Throughput Performance Analysis of the pi-Persistent Protocol for Unidirectional Broadcast Bus Networks. INFOCOM 1989: 834-840 - 1988
- [j15]George A. Cunningham III, James S. Meditch:
Distributed retransmission controls for slotted, nonpersistent, and virtual time CSMA. IEEE Trans. Commun. 36(6): 685-691 (1988) - [j14]Biswanath Mukherjee, James S. Meditch:
The pi-persistent protocol for unidirectional broadcast bus networks. IEEE Trans. Commun. 36(12): 1277-1286 (1988) - [j13]Biswanath Mukherjee, James S. Meditch:
Integrating voice with the pi-persistent protocol for unidirectional broadcast bus networks. IEEE Trans. Commun. 36(12): 1287-1295 (1988) - [c3]Biswanath Mukherjee, James S. Meditch:
A new voice-data integrated protocol for unidirectional broadcast bus networks. INFOCOM 1988: 813-822 - 1987
- [j12]Chin-Tau Lea, James S. Meditch:
A Channel Access Protocol for Integrated Voice/Data Applications. IEEE J. Sel. Areas Commun. 5(6): 939-947 (1987) - 1986
- [j11]James S. Meditch, Chin-Tau A. Lea:
Stability and Throughput in Virtual Time CSMA. Comput. Networks 10: 19-26 (1986) - [c2]James S. Meditch, D. H.-L. Yin:
Priority Virtual Time CSMA. ICC 1986: 1821-1826 - 1985
- [j10]James S. Meditch:
Correction. Proc. IEEE 73(6): 1147 (1985) - [j9]James S. Meditch:
Editorial: Proceedings Letters. Proc. IEEE 73(7): 1155 (1985) - [j8]James S. Meditch:
A note from the editor. Proc. IEEE 73(12): 1699 (1985) - [j7]James S. Meditch:
Correction to "Delta-I noise specification for a high-performance computing machine". Proc. IEEE 73(12): 1864 (1985) - 1984
- [c1]James S. Meditch, Chin-Tau A. Lea:
A Virtual Time CSMA Protocol for Integrated Voice-Data. INFOCOM 1984: 185-189 - 1983
- [j6]James S. Meditch, Chin-Tau A. Lea:
Stability and Optimization of the CSMA and CSMA/CD Channels. IEEE Trans. Commun. 31(6): 763-774 (1983)
1970 – 1979
- 1977
- [j5]Timothy Jordanides, James S. Meditch:
Some Aspects of Modeling Petroleum Utilization in the United States. IEEE Trans. Syst. Man Cybern. 7(4): 247-255 (1977) - 1976
- [j4]James S. Meditch:
Initial- and lagging-state observers. Inf. Sci. 11(1): 55-67 (1976) - 1970
- [j3]James S. Meditch:
Newton's Method in Discrete-Time Nonlinear Data Smoothing. Comput. J. 13(4): 387-391 (1970) - [j2]Allen A. Goldstein, James S. Meditch:
Nonlinear Optimal Controls. J. Comput. Syst. Sci. 4(1): 29-37 (1970)
1960 – 1969
- 1967
- [j1]James S. Meditch:
On Optimal Linear Smoothing Theory. Inf. Control. 10(6): 598-615 (1967)
Coauthor Index
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