1.
R. Barakat and John
H. Reif, Lower Bounds on the Computational Efficiency of Optical Computing
Systems. Journal of Applied Optics,
Vol. 26, No. 6, March 15, 1987,
pp. 1015-1018. [PDF]
2.
R. Barakat and John
H. Reif, Polynomial Convolution Algorithm for Matrix Multiplication with
Application for Optical Computing. Published in Journal of Applied Optics, Vol.
26, No. 14, July 15, 1987, pp. 2707-2711. [PDF]
3. John H. Reif and A. Tyagi, An Optical Delay Line
Memory Model with Efficient Algorithms. Advanced Research in VLSI Conference, MIT Press, Santa Cruz, CA, March 1991. Published
in Optical Engineering, 36(09),
pp. 2521-2535, Sept. (1997). [PostScript] [PDF]
4. John H. Reif and A. Yoshida, Optical Expanders with
Applications in Optical Computing, Journal of Applied Optics, 32, 1993, pp. 159-165. [PDF]
or [PostScript]
[PDF]
5.
John H. Reif and A.
Tyagi, Energy Complexity of Optical Computations, 2nd IEEE Symposium on
Parallel and Distributed Processing,
Dallas, TX, December 1990, pp. 14-21. [PostScript] [PDF]
6.
John H. Reif, Optical
expanders give constant time holographic routing using O(N log N) switches,
1988 [PDF].
Full paper appeared as E.S. Maniloff, K. Johnson, and John H. Reif, Holographic
Routing Network for Parallel Processing Machines Holographic Optics II:
Principals and Applications, G.
Michael Morris; Ed. SPIE
Proceedings Series, Vol. 1136, EPS/EUROPTICA/SPIE International Congress on
Optical Science and Engineering, Paris, France, April 1989, pp. 283-289. [PDF]
7. John H. Reif, D. Tygar, and A. Yoshida, The
Computability and Complexity of Optical Beam Tracing. 31st Annual IEEE
Symposium on Foundations of Computer Science, St. Louis, MO, October 1990, pp. 106-114. Published as The
Computability and Complexity of Ray Tracing in Discrete & Computational
Geometry, 11: pp. 265-287 (December
1994). [PDF]
8. John H. Reif and A. Tyagi, Efficient Algorithms for
Optical Computing with the DFT Primitive, Presented at 10th Conference on
Foundations of Software Technology and Theoretical Computer Science, Bangalore, India, Lecture Notes in Computer
Science, pp. 149-160 (December 1990). Published as Efficient Algorithms
for Optical Computing with the discrete Fourier transform (DFT) primitive, Journal
of Applied Optics, Vol. 36, 1997,
pp. 7327-7340. [PDF]
or [PostScript] [PDF]
9. John H. Reif and A. Yoshida, Optical Techniques for
Image Compression. 2nd Annual IEEE Data Compression Conference (DCC 92), Snowbird, UT, IEEE Computer Society Press, James
A. Storer, Martin Cohn (Eds.), March 1992, pp. 32-41. Also in Image and Text
Compression, edited by J. A.
Storer, Kluwer Academic Publishers, 1992. Published as "Optical Computing
Techniques for Image/Video Compression," in Proceedings of the IEEE, 82:6, June 1994, pp. 948-954. [PDF]
10.
R. Barakat and John
H. Reif, Diffraction Realization of an Optical Expander, (1993). [PDF]
11.
141. A. Yoshida, J. Rolland and John H. Reif, and, Design and
Applications of a High Resolution Insert Head-Mounted Display. IEEE Virtual
Reality Annual International Symposium (VRAIS'95), Research Triangle Park, NC, March
11-15, 1995, pp. 84-93. [PostScript] [PDF] Also, J. Rolland and A. Yoshida, and John H. Reif, Optical
design and analysis of a head-mounted display with a high-resolution insert,
(Novel Optical Systems Design and Optimization, Jose M. Sasian; Ed.,), Proc.
SPIE Vol. 2537, pp. 71-82, Aug. 1995. Published as Rolland, J.P., A. Yoshida,
L. Davis, and John H. Reif, High resolution inset head-mounted display, Applied
Optics: Optical Technology and Biomedical Optics, 37(19), 4183-4193 (1998). [PDF]