40 | -- | 0 | Masaaki Suzuki, Weiguo Wang, Stephen B. Weinstein. Programmable networks [Guest editorial] |
42 | -- | 53 | Sean Rooney, Jacobus E. van der Merwe, Simon Crosby, Ian M. Leslie. The Tempest: a framework for safe, resource-assured, programmable networks |
54 | -- | 62 | Jean-François Huard, Aurel A. Lazar. A programmable transport architecture with QoS guarantees |
64 | -- | 70 | Jit Biswas, Aurel A. Lazar, Jean-François Huard, Koon-Seng Lim, Semir Mahjoub, Louis-François Pau, Masaaki Suzuki, Soren Torstensson, Weiguo Wang, Stephen B. Weinstein. The IEEE P1520 standards initiative for programmable network interfaces |
72 | -- | 78 | Kenneth L. Calvert, Samrat Bhattacharjee, Ellen W. Zegura, James Sterbenz. Directions in active networks |
79 | -- | 83 | William S. Marcus, Ilija Hadzic, Anthony J. McAuley, Jonathan M. Smith. Protocol boosters: applying programmability to network infrastructures |
84 | -- | 92 | D. Scott Alexander, William A. Arbaugh, Angelos D. Keromytis, Jonathan M. Smith. Safety and security of programmable network infrastructures |
93 | -- | 99 | Bobby Krupczak, Kenneth L. Calvert, Mostafa H. Ammar. Implementing communication protocols in Java |
100 | -- | 111 | Jens-Peter Redlich, Masaaki Suzuki, Stephen B. Weinstein. Distributed object technology for networking |
112 | -- | 0 | Babak Daneshrad. VLSI in Communications [Guest Editorial] |
113 | -- | 117 | John Khoury, Hai Tao. Data converters for communication systems |
118 | -- | 126 | Kamran Azadet, Chris J. Nicole. Low-power equalizer architectures for high-speed modems |
127 | -- | 131 | Neil Weste, David J. Skellern. VLSI for OFDM |
132 | -- | 138 | Vijay Garg, David Ness-Cohn, Tim Powers, Larry Schenkel. Direction for element managers and network managers |
140 | -- | 149 | Douglas N. Knisely, K. Sarath Kumar, Subhasis Laha, Sanjiv Nanda. Evolution of wireless data services: IS-95 to cdma2000 |
150 | -- | 159 | Leonard J. Cimini Jr., Justin C.-I. Chuang, Nelson Sollenberger. Advanced cellular Internet service (ACIS) |