On Optimal Linear Smoothing Theory - James S. Meditch (Inf. Control., 1967)

Newton's Method in Discrete-Time Nonlinear Data Smoothing. - James S. Meditch (Comput. J., 1970)

Nonlinear Optimal Controls. - Allen A. Goldstein; James S. Meditch (J. Comput. Syst. Sci., 1970)

Initial- and lagging-state observers. - James S. Meditch (Inf. Sci., 1976)

Some Aspects of Modeling Petroleum Utilization in the United States. - Timothy Jordanides; James S. Meditch (IEEE Trans. Syst. Man Cybern., 1977)

Stability and Optimization of the CSMA and CSMA/CD Channels. - James S. Meditch; Chin-Tau A. Lea (IEEE Trans. Commun., 1983)

A Virtual Time CSMA Protocol for Integrated Voice-Data. - James S. Meditch; Chin-Tau A. Lea (INFOCOM, 1984)

Correction. - James S. Meditch (Proc. IEEE, 1985)

Editorial: Proceedings Letters. - James S. Meditch (Proc. IEEE, 1985)

A note from the editor. - James S. Meditch (Proc. IEEE, 1985)

Correction to "Delta-I noise specification for a high-performance computing machine". - James S. Meditch (Proc. IEEE, 1985)

Priority Virtual Time CSMA. - James S. Meditch; D. H.-L. Yin (ICC, 1986)

Stability and Throughput in Virtual Time CSMA. - James S. Meditch; Chin-Tau A. Lea (Comput. Networks, 1986)

A Channel Access Protocol for Integrated Voice/Data Applications. - Chin-Tau Lea; James S. Meditch (IEEE J. Sel. Areas Commun., 1987)

A new voice-data integrated protocol for unidirectional broadcast bus networks. - Biswanath Mukherjee; James S. Meditch (INFOCOM, 1988)

Distributed retransmission controls for slotted, nonpersistent, and virtual time CSMA. - George A. Cunningham III; James S. Meditch (IEEE Trans. Commun., 1988)

The pi-persistent protocol for unidirectional broadcast bus networks. - Biswanath Mukherjee; James S. Meditch (IEEE Trans. Commun., 1988)

Integrating voice with the pi-persistent protocol for unidirectional broadcast bus networks. - Biswanath Mukherjee; James S. Meditch (IEEE Trans. Commun., 1988)

A Delay-Throughput Performance Analysis of the pi-Persistent Protocol for Unidirectional Broadcast Bus Networks. - S. Kasemlonnapa; James S. Meditch; Biswanath Mukherjee (INFOCOM, 1989)

A High Speed Integrated Services Switch Based on 4 × 4 Switching Elements. - Q. Ta; James S. Meditch (INFOCOM, 1990)

Dilated Multistage Interconnection Networks for Fast Packet Switching. - Eric T. Bushnell; James S. Meditch (INFOCOM, 1991)

A High Performance Copy Network for B-ISDN. - Chao-Li Tarng; James S. Meditch (INFOCOM, 1991)

A Two-Layer Congestion Control Protocol for Broadband ISDN. - Zhixing Ren; James S. Meditch (Perform. Evaluation, 1992)

A High-Speed Integrated Services ATM/STM Switch. - Xi Jiang; James S. Meditch (Comput. Networks ISDN Syst., 1993)

An Algorithm for Optimal Multicast of Multimedia Streams. - Nachum Shacham; James S. Meditch (INFOCOM, 1994)

The MaTPi Protocol: Masking Tuning Times Through Pipelining in WDM Optical Networks. - Srinivasan Tridandapani; James S. Meditch; Arun K. Somani (INFOCOM, 1994)

Bandwidth Allocation for Broadband Multichannel Systems. - Zhixing Ren; James S. Meditch (J. High Speed Networks, 1994)

Priority Performance of Banyan-Based Broadband-ISDN Switches. - Srinivasan Tridandapani; James S. Meditch (J. High Speed Networks, 1994)

Design of a large ATM switch with trunk grouping. - Sushil Aryal; James S. Meditch (ICCCN, 1995)

Supporting Multipoint Connections in Multi-Hop WDM Optical Networks. - Srinivasan Tridandapani; James S. Meditch (J. High Speed Networks, 1995)

Encapsulation Protocols for MPEG Video in ATM Networks. - Henry V. Todd; James S. Meditch (INFOCOM, 1996)

Dynamic bandwidth allocation for VBR video transport. - Souhwan Jung; Younghan Kim 002; James S. Meditch (ICC, 1998)

Dynamic bandwidth allocation for VBR video traffic using adaptive wavelet prediction. - Xinyu Wang; Souhwan Jung; James S. Meditch (ICC, 1998)

Adaptive Wavelet Predictor to Improve Bandwidth Allocation Efficiency of VBR Video Traffic. - Xinyu Wang; James S. Meditch (Comput. Commun., 1999)

A predictive bandwidth management scheme and network architecture for real-time VBR traffic. - Xinyu Wang; James S. Meditch (Microprocess. Microsystems, 1999)