Center for Information Technology

Research Projects
Software Demos
Courses & Curricula

The Center for Information Technology establishes the University of South Carolina as a leader in the research and development of advanced information systems. Under the broad themes of agent-based software systems and information security, researchers at the Center are investigating multiagent systems, information awareness and security, ontological engineering, and computational intelligence, with applications to enterprise integration, executive decision support, and agent-based software development. The Center is part of an ongoing effort at USC to increase information systems security awareness and develop high quality education and research in this area, with a goal of becoming one of the leading academic institutes in information security education. The Center serves as a focal point for the University's research, public service, and education efforts in these important new areas of technology, providing well-qualified scientists and engineers and an educational and research capability that meets the needs of industry.



ATAR: "Winning the Peace"
Sponsor: USC CIT
We are developing real-time cultural decision aids accessible to both commanders and warfighters that will guide their choice of the appropriate tactics in the appropriate context.
BALER: Bayesian and Logical Engine for Reasoning
Sponsor: ARDA
In a joint effort with Fair Isaac Corp./HNC Software, we are combining logical and probabilistic reasoning into a single integrated reasoning platform.
Sponsor: DARPA/Global Infotek
We are helping to develop the Coordination Autonomy module.
Computational Ethics
Sponsor: USC CIT
Our research will enable the design of, and experimentation with, a variety of systems of ethical philosophies.
Robust Software through Consensus
Sponsor: National Science Foundation
We hypothesize that agents are the appropriate level of granularity for redundancy and that the software environment that takes advantage of them is akin to a society of such agents, where there can be multiple agents filling each societal role.
Multiagent Negotiation and Resource Allocation
Sponsor: USC CIT
We are investigating cake-cutting algorithms for resource allocation and concurrent multiple-issue negotiation for Internet-based services.
Multiagent Dynamics Laboratory
Sponsor: National Science Foundation
Under the direction of Dr. José M. Vidal, researchers in this laboratory are studying the emergent dynamics of multiagent systems in order to devise ways of engineering them from first principles. Specifically, they are finding ways to build adaptive multiagent systems whose behaviors can be predicted and which can satisfy any given requirements specification. They use the tools of game theory, economics, operations research, and sociology in order to characterize the behavior of these systems at a theoretical level.


Control of Agent-Based Systems
Sponsor: DARPA/Global Infotek
We contributed to CoABS, a framework that integrates heterogeneous agent-based systems, object-based applications, and legacy systems.
Magellan/OmniSeer Project
Magellan and OmniSeer demonstrated the capability for situation recognition from massive data by assembling fragments of Bayesian networks.
JIDOKA System for Terrain Recognition
Sponsor: U.S. Army TACOM
We have designed and implemented a real-time terrain recognition system for military vehicles, using information from multiple heterogeneous sensors.
Pathogen Identification Project
Sponsor: USDA Meat Animal Research Center
We investigated bioinformatics techniques for identifying pathogenic genetic sequences from both bacteria and viruses. The techniques were implemented using an agent-based architecture.
Agent-Based Supply Chain Automation
Sponsor: NIST
We developed a linguistic approach to coordination modeling as a formal basis for supply-chain management in manufacturing. The approach promotes the interchange of standard documents: enterprises need only describe their supply processes using OAG business object documents and UML interaction diagrams. Our methodology and tools analyze the documents and interactions in terms of four linguistic primitives and convert the diagrams into specifications and implementations of software agents. The agents then cooperate in automating the resultant supply chain.
Achieving Comprehensive Mission Robustness
Sponsor: NASA Institute for Advanced Concepts
We demonstrated how to construct complex software systems out of societies of distributed software agents, where each agent is imbued with a philosophy of ethics for its behavior within the society. The results are applicable to future extremely long-term NASA missions involving large numbers of spacecraft or planetary rovers.
Building Consensus Ontologies
Sponsor: DARPA DAML Project
Our approach to reconciling heterogeneous ontologies is to make use of the constraints provided by multiple overlapping ontologies, thereby producing a consensus ontology that can enable the integration of heterogeneous information systems.

Web Site for Multiagent Systems
Maintained by Dr. José M. Vidal, University of South Carolina


Description Link to Application Example Image
Agile Web Service Discovery
- an agile software approach to the discovery, selection, and execution of services
Example Code
Agent Behavior Testbed (ABT)
- a multiagent testbed for studying cooperation and benevolence
  Typical ABT Scenario
Java Ontology Editor (JOE)
- an ontology editor and browser
Example of JOE
Another Ontology Editor developed using Java
Ontology Editor Main Window of Editor
Museum Ontology Browser
Museum Ontology Browser Main Window of Editor


International Foundation for Autonomous Agents and Multiagent Systems (IFAAMAS)
Charter, Board of Directors, and By-Laws

Second IFCIS International Conference on Cooperative Information Systems
Kiawah Island, South Carolina, USA, June 24 - 27, 1997


Information Technology
Computer Science and Engineering Department
College of Engineering and Computing
University of South Carolina

If you have any questions or comments, please send email to:

Prof. Michael N. Huhns, Director

last updated: 24 May 2011