| 479 | -- | 483 | Stephen L. Dawson, John A. Kaufman. The imperative for medical simulation |
| 484 | -- | 489 | Richard M. Satava, Shaun B. Jones. Current and future applications of virtual reality for medicine |
| 490 | -- | 503 | Morten Bro-Nielsen. Finite element modeling in surgery simulation |
| 504 | -- | 511 | Michael J. Ackerman. The Visible Human Project |
| 512 | -- | 523 | Hervé Delingette. Toward realistic soft-tissue modeling in medical simulation |
| 524 | -- | 530 | Elaine Chen, Beth Marcus. Force feedback for surgical simulation |
| 531 | -- | 554 | Ziv Soferman, David Blythe, Nigel W. John. Advanced graphics behind medical virtual reality: evolution of algorithms, hardware, and software interfaces |
| 555 | -- | 568 | Ramin Shahidi, Rhea Tombropoulos, Robert P. Grzeszczuk. Clinical applications of three-dimensional rendering of medical data sets |
| 569 | -- | 580 | John W. Hills, Joel F. Jensen. Telepresence technology in medicine: principles and applications |
| 581 | -- | 582 | Bernard S. Finn. Introduction To The Classic Paper By J. W. Howell |
| 583 | -- | 594 | John W. Howell. Conductivity Of Incandescent Carbon Filaments, And Of The Space Surrounding Them |
| 595 | -- | 596 | Jerome B. Wiesner. Electronics And Evolution |
| 597 | -- | 599 | John H. Gibbons. Viva La Revolution! |
| 600 | -- | 0 | Metin Akay. Force And Touch Feedback For Virtual Reality [Book Reviews] |
| 600 | -- | 603 | Yu-Chi Ho. Neuro-fuzzy And Soft Computing - A Computational Approach To Learning And Machine Intelligence [Book Reviews] |