| 4 | -- | 7 | Pam Frost Gorder, Anne Jacobson. Where have all the comets gone? |
| 8 | -- | 0 | Anne Jacobson. Mathematical models correctly predict cell cycle behavior |
| 9 | -- | 10 | L. Alan Kraft. Making home DVD: dell's movie studio bundle |
| 12 | -- | 13 | Jim X. Chen, Aiichiro Nakano. High-dimensional data acquisition, computing, and visualization |
| 14 | -- | 25 | Alexander Hinneburg, Daniel A. Keim, Markus Wawryniuk. Using projections to visually cluster high-dimensional data |
| 26 | -- | 33 | Ashish Sharma, Rajiv K. Kalia, Aiichiro Nakano, Priya Vashishta. Large multidimensional data visualization for materials science |
| 34 | -- | 42 | Kwan-Liu Ma. Visualizing time-varying volume data |
| 44 | -- | 52 | Ruixin Yang, Menas Kafatos, Brian Doty, James L. Kinter III, Long Pham. A distributed enhanced server for multidimensional scientific data |
| 54 | -- | 59 | Yonggao Yang, Jim X. Chen, Woosung Kim, Chang Jin Kee. Nonlinear projection: using deformations in 3D viewing |
| 60 | -- | 66 | Kurt Binder, Jürgen Horbach, Walter Kob, Anke Winkler. The interplay between structure and ionic motions in glasses |
| 68 | -- | 72 | Geoffrey Fox. Grid computing environments |
| 74 | -- | 79 | Bert W. Rust. Fitting nature's basic functions. IV. The variable projection algorithm |
| 80 | -- | 85 | Kevin Craig. The role of computers in mechatronics |
| 86 | -- | 87 | Bruce M. Boghosian. A look at lattice boltzmann equations [Book Review] |
| 88 | -- | 97 | Teresa L. Cottom. Using SWIG to bind C++ to Python |