• Distributed Artificial Intelligence
  • Design and implementation of distributed agent based languages
  • Theory for fault tolerance in distributed agent based systems

• Distributed multimedia languages and environments
  • Languages for high quality 3D multimedia display with reduced bandwidth requirement
  • Languages to integrate distributed computing, internet based Multimedia programming, and Biologically Inspired Computing
  • Distributed Multimedia languages to model reactivity and synchronization

• Bioinformatics
  • Algorithms and software for Automated genome comparison
  • Analysis of whole genomes for genome functionality
  • Automated derivation of operons and metabolic pathways
  • Software Tools to Understand and Analyze pathogenicity
  • Semi automated and automated tools for signaling pathways
  • Software tools to understand carcinogenesis and cancer cell regulation
  • Software tools to understand signaling pathways involved in heart and lung diseases
  • Internet Based 3D Modeling of Cells