| 603 | -- | 650 | Keith Hogie, Ed Criscuolo, Ron Parise. Using standard Internet Protocols and applications in space |
| 651 | -- | 659 | James L. Rash, Keith Hogie, Ralph Casasanta. Internet technology for future space missions |
| 661 | -- | 67 | Chunmei Liu, Eytan Modiano. On the performance of additive increase multiplicative decrease (AIMD) protocols in hybrid space-terrestrial networks |
| 679 | -- | 700 | Michael H. Hadjitheodosiou, Hui Zeng, Alex Nguyen, Brenda L. Ellis. Flexible access for a space communications network with IP functionality |
| 701 | -- | 724 | Loren P. Clare, Jay L. Gao, Esther H. Jennings, Clayton Okino. Space-based multi-hop networking |
| 725 | -- | 749 | Marcos A. Bergamo. High-Throughput Distributed Spacecraft Network: architecture and multiple access technologies |
| 751 | -- | 763 | Vishwanath Chukkala, Phillip DeLeon, Stephen Horan, Vijayakumar Velusamy. Radio frequency channel modeling for proximity networks on the Martian surface |
| 765 | -- | 783 | Richard A. Beck, Robert K. Vincent, Doyle W. Watts, Marc A. Seibert, David P. Pleva, Michael A. Cauley, Calvin T. Ramos, Theresa M. Scott, Dean W. Harter, Mary Vickerman, David Irmies, Al Tucholski, Brian Frantz, Glenn Lindamood, Isaac Lopez, Gregory J. Follen, Thaddeus J. Kollar, Jay Horowitz, Robert Griffin, Raymond Gilstrap, Marjory J. Johnson, Kenneth Freeman, Celeste Banaag, Joseph Kosmo, Amy Ross, Kevin Groneman, Jeffrey Graham, Kim Shillcutt, Robert Hirsh, Nathan Howard, Dean B. Eppler. A space-based end-to-end prototype geographic information network for lunar and planetary exploration and emergency response (2002 and 2003 field experiments) |