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May/June 1997 Table of Contents
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Volume 11, Number 3
 TRENDS
AND VIEWPOINT
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211
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FROM THE EDITOR
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A Computational Model That Works
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Lewis M. Holmes
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213
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COMMENT
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Facing Up to Software's Greatest Challenge: Practical Parallel Processing
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David J. Kuck
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214
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INTERVIEW: Paul Woodward
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How to Be an Experimental Theorist
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David I. Lewin
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216
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NEWS
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NSF Chooses Supercomputing Partnerships,
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Conference Looks at Computing's Future,
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Fluid Dynamics Used in Observatory Siting
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224
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FROM THE CIP JOURNAL SECTION OJS
entry page
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304
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INTERACTIVE READER SERVICE
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 GUIDE
TO THE INTERNET
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225
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WEB MECHANICS
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Creating a Simple, Searchable Database on the Web (view the source
code)
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Kevin Zollman & Dean Zollman
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229
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CIP WEBSITE
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New Secure Online Subscription Form
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229
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INTERNET GOLDMINE
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San Diego Supercomputer Center
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 EDUCATION
AND RESEARCH
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230
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FEATURE: LARGE-SCALE MD SIMULATIONS
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Controlling the Data Glut in Large-Scale Molecular-Dynamics Simulations
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David M. Beazley & Peter S. Lomdahl
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240
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COMPUTERS IN EDUCATION
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Computers in the Lawrence Physics Curriculum--Part I
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David M. Cook
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246
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COMPUTER SIMULATIONS
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Simulation of Phase Coexistence for Complex Molecules
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Daan Frenkel & Berend Smit
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256
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BOOK REVIEWS
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Books on the History and Future of Scientific Computing
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Daniel P. Snowman, Seth Wolpert, Gary S. Grest, & Randall Harrington
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 TECHNIQUES
AND TECHNOLOGY
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263
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SCIENTIFIC PROGRAMMING
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Disambiguated Glommable Expression Templates (view the source
code)
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Geoffrey Furnish
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270
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PRACTICAL VISUALIZATION PDF
version of article (159 kbytes)
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Time, Data-Time, and Real-Time Interactive Visualization
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Steve Bryson
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275
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PRODUCT REVIEW
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Interactive Physics 3.0 Delights Windows Users Also
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A. F. Burr
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278
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NEW PRODUCTS
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 PEER-REVIEWED
JOURNAL SECTION
Online
Access
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281
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Guidelines for Submissions
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282
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Visualization of the "Sisyphus" attractor
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Claudio R. Mirasso, Martijn Mulder, Hans J. W. Spoelder, & Daan
Lenstra
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287
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High accuracy solution of Maxwell's equations using nonstandard finite
differences
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James B. Cole
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293
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Simple scheme for the numerical evaluation of nearly singular integrals
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George C. John, J. E. Hasbun, & Vijay A. Singh
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(view the source
code)
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299
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Padé approximant algorighm for solving nonlinear ODE boundary value
problems on an unbounded domain
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John P. Boyd
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