1. Battlefield Weather Research:

   • In-depth atmospheric studies for Army operations in complex terrains, including urban areas.

   • Focus on real-time tracking of chemical/biological threats, electromagnetic signal propagation, and accurate weather intelligence.

   • Advances in boundary layer meteorology, acoustic modeling, and biowarfare agent detection.

2. Applied Battlefield Weather Research:

   • Real-time decision support through weather data fusion from satellites and tactical sensors.

   • Development of 4D, net-centric systems for weather intelligence that inform commanders at all levels.

   • Advanced decision aids for weather impact analysis, improving combat effectiveness.

3. Signal Processing for Tactical Communications:

   • Research on secure, jam-resistant, adaptive mobile communication technologies for battlefield environments.

   • Focus on anti-jam techniques, secure communications, mobile networking, and UAV communication integration.

4. Tactical Information Processing and Protection:

   • Development of infrastructure for real-time, collaborative decision-making through sensor networks and data fusion.

   • Adaptive, scalable information protection for tactical networks, ensuring secure communication in hostile environments.

5. Advanced Imaging and Optics:

   • Research in intelligent optics and image processing for superior clarity and depth in military imaging systems.

   • Collaborative technologies for command and control in complex, urban terrain, enhancing combat effectiveness and situational awareness.

This comprehensive approach ensures enhanced command, control, communication, and intelligence capabilities for future battlefield operations.