IBM Journal of Research and Development, Volume 35, 1991

Volume 35, Number 1 & 2, 1991

• Edward J. Farrell:
  Preface. 3
  
• Gregory P. Bala:
  FEMvis: An interactive visualization tool for mechanical analysis. 4-11
  
• Koji Koyamada, Toshihiko Nishio:
  Volume visualization of 3D finite element method results. 12-25
  
• Edward J. Farrell, Perry A. Appino, Daniel Foty, Thomas D. Linton Jr.:
  Visual interpretation of multidimensional computations and transistor design. 26-44
  
• Akio Doi, Masaki Aono, Naoki Urano, Kazutoshi Sugimoto:
  Data visualization using a general-purpose renderer. 45-58
  
• Robert R. Dickinson:
  Interactive analysis of the topology of 4D vector fields. 59-66
  
• Erich Paul Stoll:
  Picture processing and three-dimensional visualization of data from scanning tunneling and atomic force microscopy. 67-77
  
• Franco Barberi, Ralph Bernstein, Maria Teresa Pareschi, Roberto Santacroce:
  Displaying morphological and lithological maps: A numerically intensive computing and visualization application. 78-87
  
• Antonio Turtur, Franco Prampolini, Mario Fantini, Roberto Guarda, Mario A. Imperato:
  IDB: An image database system. 88-96
  
• Forrest W. Young, Penny Rheingans:
  Visualizing structure in high-dimensional multivariate data. 97-107
  
• Glen N. Williams, Eric L. Nelson, David M. Barnett, Kelly Parmley:
  Visualization of molecular dynamics via ray-tracing and animation in a vectorized environment. 108-118
  
• Marco Briscolini, Paolo Santangelo:
  Animation of computer simulations of two-dimensional turbulence and three-dimensional flows. 119-139
  
• Richard F. Arnold, Paul Halpern, Gerald R. Hogsett, Barbara T. Straka, Connie Arasmith, J. McElroy:
  A numerically intensive computing environment: IBM 3090 and the PS/2 Model 80. 140-155
  
• Samad Moini:
  Application of visualization tools in solid mechanics. 156-166
  
• Fabrizio Piccolo, Vittorio Zecca, Annamaria Grimaudo, Claudia Loiodice:
  Graphic workstations and supercomputers: An integrated environment for simulation of fluid dynamics problems. 167-183
  
• Lloyd Treinish, C. Goettsche:
  Correlative visualizaton techniques for multidimensional data. 184-204
  
• Richard L. Peskin, Sandra S. Walther, Andy M. Froncioni, Toufic I. Boubez:
  Interactive Quantitative Visualization. 205-226
  
• Clifford A. Pickover:
  Picturing randomness on a graphics supercomputer. 227-230
  
• Gaia Valeria Paolini, Paolo Santangelo:
  An interactive graphic tool to plot the structure of large sparse matrices. 231-237
  
• David L. DeMaris:
  Visualization in a VLSI design automation system. 238-243
  
• Jakub Wejchert, Gerald Tesauro:
  Visualizing processes in neural networks. 244-253
  
• Massimo Bernaschi, Enzo Marinari, Stefano Patarnello, Sauro Succi:
  Three-dimensional visualization of many-body system dynamics. 254-269
  
• Ferenc Szelényi, Vittorio Zecca:
  Visualizing parallel execution of FORTRAN programs. 270-282
  
• Eugene S. Schlig:
  A 3072 - 32-stage TDI imaging device. 283-287
  
• Philip Heidelberger, Peter A. Franaszek:
  Traffic studies of unbuffered Delta networks. 288-299
  

Volume 35, Number 3, 1991

• W. J. Nohilly, Steven F. Hajek, R. Hawryluk:
  Preface. 306
  
• Steven F. Hajek:
  The IBM Enterprise System/9000 Type 9121 air-cooled processor. 307-312
  
• Edward B. Eichelberger, Stephen E. Bello:
  Differential current switch-High performance at low power. 313-320
  
• Jeff L. Chu, Hamid R. Torabi, Fred J. Towler:
  A 128Kb CMOS static random-access memory. 321-329
  
• John U. Knickerbocker, George B. Leung, William R. Miller, Steven P. Young, Scott A. Sands, Richard F. Indyk:
  IBM System/390 air-cooled alumina thermal conduction module. 330-341
  
• Venkappa L. Gani, Matthew Graf, Richard F. Rizzolo, William F. Washburn:
  IBM Enterprise System/9000 Type 9121 Model 320 air-cooled processor technology. 342-351
  
• Arnold Weinberger:
  An adder design optimized for DCS logic. 352-356
  
• Brian W. Curran, Manfred H. Walz:
  IBM Enterprise System/9000 Type 9121 system controller and memory subsystem design. 357-366
  
• Timothy J. Slegel, Robert J. Veracca:
  Design and performance of the IBM Enterprise System/9000 Type 9121 Vector Facility. 367-381
  
• Paul R. Turgeon, Allan R. Steel, Margaret R. Charlebois:
  Two approaches to array fault tolerance in the IBM Enterprise System/9000 Type 9121 processor. 382-389
  
• Sudha Sarma:
  Enhanced self-test techniques for VLSI systems applied to the IBM Enterprise System/9000 Type 9121 processor. 390-399
  

Volume 35, Number 4, 1991

• Keith S. Pennington:
  Making negatives and plates for printing by electroerosion: Introduction and overview. 458-465
  
• Mitchell S. Cohen, Keith S. Pennington:
  Making negatives and plates for printing by electroerosion: I. Physical principles. 466-488
  
• Mitchell S. Cohen, Ali Afzali, Eva E. Simonyi, Mukesh Desai, Keith S. Pennington:
  Making negatives and plates for printing by electroerosion: II. Larger-scale fabrication and testing. 489-511
  
• Mitchell S. Cohen, Ali Afzali, Eva E. Simonyi, Keith S. Pennington:
  Making negatives and plates for printing by electroerosion: III. Use of the direct negative and direct plate. 512-534
  
• F. Kenton Musgrave, Benoit B. Mandelbrot:
  The art of fractal landscapes. 535-540
  

Volume 35, Number 5 & 6, 1991

• Walter Kleinfelder:
  Preface. 571-572
  
• Dennis G. Shea, Winfried W. Wilcke, Richard C. Booth, Dana H. Brown, Zaphiris D. Christidis, Mark E. Giampapa, Gail Blumenfeld Irwin, Thomas T. Murakami, Vijay K. Naik, Fred T. Tong, Philip R. Varker, Deborra J. Zukowski:
  The IBM Victor V256 partitionable multiprocessor. 573-590
  
• Shigenori Shimizu, Nobuyuki Oba, Takeo Nakada, Moriyoshi Ohara, Atsushi Moriwaki:
  Design choices for the TOP-1 multiprocessor workstation. 591-602
  
• Peter A. Franaszek, Christos J. Georgiou, Asser N. Tantawi:
  Hierarchically interconnected multiprocessors. 603-616
  
• Raymond M. Bryant, Hung-Yang Chang, Bryan S. Rosenburg:
  Operating system support for parallel programming on RP3. 617-634
  
• Douglas N. Kimelman, Ton A. Ngo:
  The RP3 program visualization environment. 635-652
  
• Eckhard M. Ammann, Robert R. Berbec, Gerald P. Bozman, Michael Faix, Gottfried A. Goldrian, John A. Pershing Jr., Joann Ruvolo-Chong, Frank Scholz:
  The Parallel Processing Compute Server. 653-666
  
• Leslie J. Scarborough, Randolph G. Scarborough, Steven W. White:
  Clustering IBM Enterprise System/3090 computers for parallel execution of FORTRAN programs. 667-680
  
• Raymond A. Lorie, Jean-Jacques Daudenarde, James W. Stamos, Honesty C. Young:
  Exploiting database parallelism in a message-passing multiprocessor. 681-696
  
• Richard Reuter, Ulrich Scharffenberger, Joseph Schüle:
  Multiplication of a symmetric banded matrix by a vector on a vector multiprocessor computer. 697-706
  
• Thomas A. Johnson, Deborra J. Zukowski:
  Waveform-relaxation-based circuit simulation on the Victor V256 parallel processor. 707-720
  
• Horace P. Flatt:
  Further results using the overhead model for parallel systems. 721-726
  
• Ran Canetti, L. Paul Fertig, Saul A. Kravitz, Dalia Malki, Ron Y. Pinter, Sara Porat, Avi Teperman:
  The parallel C (pC) programming language. 727-742
  
• Susan Flynn Hummel, Edith Schonberg:
  Low-overhead scheduling of nested parallelism. 743-766
  
• Wai-Mee Ching, Dz-Ching Ju:
  Execution of automatically parallelized APL programs on RP3. 767-778
  
• Vivek Sarkar:
  Automatic partitioning of a program dependence graph into parallel tasks. 779-804
  
• David R. Irvin:
  Monitoring the performance of commercial T1-rate transmission service. 805-814
  
• Gerald P. Bozman, Hossein H. Ghannad, E. D. Weinberger:
  A trace-driven study of CMS file references. 815-828
  

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