Advanced Visual Systems Inc. (AVS Inc.) is making the following AVS '94 materials available immediately for sale: 1. Proceedings book from the 1994 International AVS Users Conference 2. Copies of the AVS '94 Video Review Theater (1/2" VHS or PAL tapes) 3. An AVS '94 Kit (Proceedings, Video Theater, AVS '94 T-shirt and AVS '94 coffee mug) The AVS '94 Proceedings book contains 56 papers written by AVS users from around the world (and by AVS Inc. employees) on the use of AVS and Uniras technnology in a variety of application areas. The book is 550 pages long. See below for details. If you would like to order a copy of the AVS '94 Proceedings, video tape or the AVS '94 Conference Kit please contact your local AVS or AVS/Uniras sales office, or call AVS Inc. in Waltham Massachusetts at (617) 890-4300. The following materials are available immediately and will be provided until the stock is depleted. These materials are orderable using Matercard or Visa credit cards, or by paying in advance by check. American Express, Diners Club and other cards can not be accepted (sorry). Description: 1994 International AVS Users Conference Proceedings - $95** AVS '94 Video Theater tape -VHS or -PAL - $35* 1994 International AVS Users Conference Kit*** - $125** The Kit includes: One 1994 International AVS Users Conference Proceedings Book One AVS '94 Video Theater video tape (VHS/NTSC or PAL) One AVS '94 T-shirt (Large or X-Large), and One AVS '94 Mug * Add $5 for shipping for tapes ** Add $10 for shipping for the Proceedings or Kit *** Specify Large or X-Large T-shirt, and NTSC or PAL tape format AVS Inc. will ship via "surface". If you need the materials quickly, please mention this explicitly. The Table of Contents for the AVS '94 Proceedings is included below: Note: Several of these papers describe a new architecture for the next generation of AVS products for developers and end-users. The developer product is called AVS/Express while the end-user product is called AVS6. Both names are used in these papers, but the architectural principles are common to both products. 1994 International AVS Users Group Conference Proceedings Boston, Massachusetts May 2-4, 1994 Track 1 - AVS and UNIRAS Products and Technology AVS6 - System Overview Hambleton Lord The AVS/Express Object Manager Architecture Jeff Vroom Extended GUI Builder Using Higher Level Graphing Widgets Mikael Jern AVS5 - Advanced Application Development Techniques Ian Curington The AVS/Express Execution Model and Distributed Architecture Jeff Vroom Integrated Data Display in AVS/Express Robert Mazaika Building User Interfaces with AVS/Express Chris Hall AVS5 - Manipulating Geometric Data John Sheehan Object-Oriented Application Development in AVS/Express Jeff Vroom Importing Existing Code into AVS/Express with the User Code John Poduska Importing AVS Modules and Applications to AVS/Express Larry Gelberg Field Data Model and Visualization Objects in AVS/Express Alex Yarmarkovich Track 2 - Developing Applications with AVS Inc. Products AVStool: An Interface to the AVS Command Line Interpreter Bruce Duncan and Arthur Olson The Spline Animator: Smooth Camera Motion for AVS Animation Mark Astley and Mitchell Roth AVS Interface Routines Jan Kraak AVSFOOL: A Very Simple Field Operation-Oriented Language Krzysztof Nowinski Developing Interactive PVM-Based Parallel Programs on Distributed Computing Systems within AVS Framework Cheng, Fox, Mills, Podgorny My Experiences Writing AVS Modules Evelyn Wright C++ Module Generator for AVS Jiang, Sarnowski Technical Overview of UAMGUIDES: Urban Airshed Model with a Graphical User Interface and Decision Support K. Eng Pua An Intelligent Assistant for Creating Data Flow Visualization Networks Kochevar, Vaziri, Wanger Coroutine Synchronization in AVS Gudrun Klinker An Experiment to Build "Wrap Around" GUI for Scientific Models using AVS Jeff Wang Using AVS with the Aurora Dataserver Greg Jirak Web Weaver - A Better "Field to Mesh" Module Manapragada and Moreau An Integrated Space and Atmospheric Science System Application of AVS E. P. Szuszczewicz, A. Mankofsky and P. Blanchard Make your AVS Pictures Look Great Michael Pique Track 3 - User's Examples and Case Studies Environmental/Earth Sciences Track Chemical Flooding in a Virtual Environment - A Survivor's Guide to VR Development Wes Bethel Climate Simulation Case Study II Philip Chen Displaying and Accessing Environmental Sciences Modeling Data with AVS Kathy Pearson Visualization of Volcanic Ash Clouds Mitchell Roth and Rick Guritz General Sciences Track Visualizing Properties of Molecular Orbital-Generated Dynamic Reaction Processes with AVS Susanna Wei, George Famini and William White Visualizing Properties of Atomic and Molecular Systems in AVS Ken Flurchick, Lee Bartolotti and Mark Reed Visualizing Time Dependent Data from Molecular Dynamics Simulations using AVS Obeysekare, Williams and Rosenberg A Visualization Experiment for Atomic Arrangement and Materials Design S. A. Khaddaj and D. D. Vvedensky Quasicrystal Modeling Using AVS Takashi Soma, Yasunari Watanabe and Hong Su Visualization of Thermodynamic Properties of Gases Mark Reed and Ken Flurchick Medical Track Design and Simulation of Conformal Radiation Therapy Using AVS Marc Kessler, Leo Catallo and Dan McShan A Graphical Simulator for Design and Verification of Computer-Controlled Treatment Delivery Marc Kessler, Leo Catallo and Dan McShan An AVS-Based System to Define Anatomy in Three-Dimensional Medical Imaging Data Mark Wiesmeyer, Marc Kessler and Dan McShan AVS in Medical Treatment Planning E. Loren Buhle, Jr. Use of AVS in a Prototype Ultra-Fast Magnetic Resonance Imaging System McColl, Pfeifer, Blackburn, Li, Chwialkowski, Clarke, Peshock Brachytherapy Visualization with AVS Ken Weeks Measurement of Distal Radius Fracture Instability from Computed Tomography using AVS Hipp, Mintzer, Waters, Snyder Commercial Applications in Medical Treatment Planning Using AVS Zachary Leber CFD Track Using AVS to Visualize Multidimensional Exposure Data Inside a House with an Attached Garage YanChing Zhang and Azzedine Lansari Flow Visualization for Lagrangian Particle Methods Michael Glass and Steven Kempka Experiences with CM-AVS to Visualize and Compute Simulation Data on the CM-5 Vaziri, Kremenetsky, Fitzgibbon, Levi Imaging: Remote Sensing Track AVS for Remote Sensing Applications A. J. Rye, C. J. Willis and C. J. Oddy Processing and Visualization of Infrared Images Yeng Bun, Alan Mueller and Gary White Engineering Analysis Track The Use of Uniras in the Dutch National Environmental Research Institute R. M. Kok and A. J. Schaap Trappist - A Collaborative Environment for Nondestructive Testing Evaluation Andreas Schumm Aerospace/Astrophysics Track Visualizing Shock Waves in Hypersonic Flow Shahid Choudhry AVS as a Design Simulation Controller for an Airborne Observatory D. Glenn Deardorff Oll and Gas Track AVS Techniques for Well Log Analysis of the Eugene Island Field B. S. Eiche, M. L. Hauck, L. M. Cathles and E. P. Bagdonis Large-Scale High Resolution Visualization Using AVS and Mosart, a Multiscreen X-Window Server Jan Moorman, Tony Crossley and Alan Kobelansky Macro-Velocity Model Building Using AVS J. C. Barros, H. B. Liaw and T. K. Holley