Virginia Tech Information Systems Center

 

Industrial Affiliates Program

Working with industry to improve information systems

The Virginia Tech Information Systems Center (VISC) was formed in 1995 to enhance collaboration between faculty working in various areas of information systems research. VISC links specialists from computer engineering, computer science, and industrial and systems engineering. Our mission is to provide research and development services in the design and analysis of information systems.

The Industrial Affiliates Program provides a means for VISC researchers to rapidly transfer new ideas, inventions, and technologies to industry, thus enabling our industrial partners to benefit from VISC’s expertise and continuing research. This transfer is accomplished through funded research, enhanced access to students, interaction with faculty and students, seminars and short courses, shared software, technical reports, and a newsletter.

Industry financial support enables VISC to continually upgrade its state-of-the-art facilities and provides student research funds so we can continue to attract and train the best students in the world. Input from industry will help steer VISC into research areas that will be most profitable to our industrial partners in the years to come.

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CONTENTS

Introduction

Current Affiliates

Centers of Excellence

Research Areas

Industrial Experience

R & D Products

Facilities

Sponsors

Program Details

To Join, or for More Information

Index

CURRENT AFFILIATES

We give particular thanks to the following companies, which are current members of our affiliates program.

Silver Level:

Advanced Engineering Design and Research (AEDAR) Corporation

Xilinx, Inc.

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CENTERS OF EXCELLENCE

VISC members have expertise in many areas, as demonstrated by the long list of research areas in the following section. Out of this list, we wanted to highlight a few specialties in which VISC members work together to provide expertise, research ability, and instructional capabilities difficult to match elsewhere.

 

Design Aids and Automation

Expertise in specification analysis, graphics-based design tools, hardware description languages, modeling, logic synthesis, low-power design, gate-level and behavioral test generation, design-for-testability, and test synthesis.

Participating faculty: Armstrong, Athanas, Cyre, Gray, and Ha

 

Rapid Prototyping and Configurable Computing

Expertise in run-time reconfigurable computers and using configurable computing machines for signal processing, simulation acceleration, and computer graphics.

Participating faculty: Athanas and Gray

 

Computer Vision and Image Processing

Expertise in on-line image analysis, three-dimensional scene analysis, active vision, high-speed architectures for image processing, and practical machine vision systems for industrial applications.

Participating faculty: Abbott and Watson

 

Networks and Multimedia

Expertise in World Wide Web and Internet-based applications, performance evaluation and network simulation, wireless networks, and desktop video conferencing technology and applications.

Participating faculty: Abrams, Davis, and Midkiff

 

High-Performance Computing

Expertise in parallel computing, computing on networks of workstations, computationally intensive problems in engineering, multidisciplinary design optimization, and high-quality numerical software development.

Participating faculty: Davis, Jones, and Watson

 

Software Engineering

Expertise in relational database design, design of computer-aided engineering software, object-oriented programming with C++, Windows programming with the Microsoft Foundation Class library, Internet course development.

Participating faculty: Broadwater and Kafura

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RESEARCH AREAS

VISC’s 14 members and 19 associate members can aid your company in numerous areas of information systems, not just those included in our Centers of Excellence. Many of our members are internationally known in their fields. In most of the areas listed below, faculty and advanced graduate students are available to our industrial affiliates for long- or short-term consulting, funded research, seminars, and short courses.

Design languages and tools

VHDL modeling

Logic design

Low-power circuit and system design

Multidisciplinary design optimization

Hardware and software testing

Fault tolerance

Human-computer interface

Rapid prototyping

Configurable computing machinery

Embedded systems

Parallel processing systems

Microprocessor and microcontroller applications

Computer system design and evaluation

Systems engineering of computer-based systems

Computer and network architecture

High-speed computer architectures for image processing

Performance evaluation of computer networks

Software and software engineering

Object-oriented programming

Computational algebra

Mathematical software

Graph and combinatorial algorithms

Signal processing

Advanced coding techniques to improve data transmission

Real-time computing and control

AI applications

Computer vision

Image processing

Network protocol design, evaluation, and prototyping

Network and WWW-based applications

Desktop video conferencing and networked multimedia

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INDUSTRIAL EXPERIENCE

VISC faculty have industrial experience in many of the above listed research areas, so they understand the needs and demands of industrial research. Some examples of this work, discussed briefly below, include hardware and software design, computer vision, network performance analysis, and multimedia network development.

One good example of VISC’s industry-related research is the work done by Drs. Armstrong, Athanas, Cyre, and Gray in managing design complexity. Today, programs contain hundreds of thousands of lines of code and chips contain millions of gates. To help companies remain competitive and move products to market more quickly, VISC has created design methods to enhance productivity. Special computer languages and graphics-based tools allow designers to design at a less detailed level. Synthesis tools can automatically generate software code or gate designs from language and graphic descriptions. These tools can also utilize libraries of reusable program and circuit segments, thus reducing the amount of new design work needed for each project. Through training provided by VISC and through funded research, many companies have already benefited from these design innovations.

Dr. Abbott, who specializes in computer vision and image processing, has worked with a team of students to develop several industrial computer vision systems. Two of the systems are capable of identifying components on a production line and are currently in use in a factory environment.

Drs. Davis and Midkiff have used computer simulation to evaluate the performance of satellite-based data networks, military data networks, and multimedia applications for ATM. They have also designed protocols and network applications for wireless networks. Dr. Kobza, who analyzes network and protocol performance, worked 3 years at GTE Labs analyzing the performance of integrated packet-switched networks before coming to Virginia Tech.

Dr. Midkiff has worked with industrial sponsors to develop video conferencing applications for education, training, and collaboration and to evaluate video conferencing traffic. He has also worked on WWW-based access systems and on using the WWW for education and training.

These are only a few examples of the industrial work performed by VISC members. Our industrial affiliates program brings this experience and VISC’s products and facilities to work for you, solving your problems.

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R & D PRODUCTS

Research by VISC members has led to many innovative products. Some of these include:

VHDL Modeler’s Assistant, a program that enables designers to develop VHDL models rapidly

An engineering workstation for power distribution systems, enabling an engineer to control efficiently the distribution of power through a grid

Automatic test pattern generators and fault simulators for industrial circuits

Computer architecture and network performance evaluators

Multi-FPGA ANSI C hardware/software co-design compiler

Visual simulation environment

HOMPACK, a software package for solving nonlinear systems of equations

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FACILITIES

Laboratories

In August 1997, VISC moved into new space in Virginia Tech’s New Engineering Building with state-of-the-art research laboratories and equipment.

Hardware

3 dozen high-performance workstations integrated into a high-speed network

119-node Intel Paragon XP/S

Real-time video capture and processing capabilities

Robot manipulator with visual control

Video conferencing research hardware and software

Reconfigurable computing platforms

Rapid prototyping platforms

Hardware test and development systems

Software

Design entry, simulation, and synthesis tools:

Synopsys, Cadence, Viewlogic, Vantage, and Xilinx

High-level design tools:

Ilogix, SPW, Ptolemy, HYPER, and COSSAP

Languages:

VHDL, Verilog, C++, C, JAVA, and Prolog

Networking programs:

BONES, OPNET, and NETWORK II

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SPONSORS

Research funding for VISC full and associate members totaled $19.6 million from 1991 through 1995. Recent sponsors of VISC members’ research include:

Government:

Research Consortiums:

Corporations:

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INDUSTRIAL AFFILIATES PROGRAM DETAILS

VISC provides services to enable both large and small companies to maximize productivity, implement state-of-the-art information systems in industrial, office, or educational settings, and minimize time to market for new products. Our industrial affiliates share our products and expertise in many ways, as outlined in the program below. Membership is available in two levels:

Silver Level: $5,000 per year

Gold Level: $30,000 per year

Silver Level

Recruiting help: Direct access to graduate and undergraduate students for hiring purposes, including a book of student resumes.

Software: Copies of VISC-created nonproprietary design software.

Model and function library: Models and plug-in functions for design and programming software.

Reports: Copies of nonproprietary VISC technical reports, theses, and patent disclosures.

Newsletter: A newsletter describing our current research and recent achievements.

Facility access: Access to VISC facilities, including the opportunity to work with students and faculty.

Gold Level

Includes all the benefits of Silver Level, plus these additional benefits:

Directed research: Each Gold Level membership supports a graduate student in his or her research for one year. The affiliate may, in consultation with the student’s professor, designate a research area for the student.

Consulting: Gold Level affiliates will be assisted in arranging with professors and graduate students for consulting, both for specific short-term problems and on general, long-term issues relating to information systems.

Training: VISC faculty periodically offer short courses and seminars. These may be taught at Virginia Tech, at the Northern Virginia Graduate Center, or even at your place of business. Gold Level members receive reduced rates.

Knowledge-base access: Affiliates have access to the extensive knowledge and experience of VISC’s members.

To team up with VISC in a mutually beneficial research effort,

join our Industrial Affiliates Program now.

To join, or simply for more information, contact

 

Dr. Dong S. Ha, Director

Virginia Tech Information Systems Center
Bradley Department of Electrical and Computer Engineering
Virginia Polytechnic Institute and State University
Blacksburg, Virginia 24061-0111
voice: (540) 231-4942
fax: (540) 231-3362
ha@vt.edu

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