| Research Areas
IDS RG invites postdoctoral researchers to advance AI-driven HW/SW co-design technologies.
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⦁ AI-enabled beamforming modules for hyper-connectivity and sensing (RF SoC/Photonics)
⦁ AI-enabled beamforming modules for hyper-connectivity and sensing (RF SoC/Photonics)
⦁ Agentic AI for integrated control, communications, and sensing (AI SoC)
⦁ Agentic AI for integrated control, communications, and sensing (AI SoC)
⦁ AI-driven wireless communications and radar signal processing (AI SW)
⦁ AI-driven wireless communications and radar signal processing (AI SW)
⦁ High-efficiency, high-reliability power conversion and electric propulsion (Power Electronics/Devices)
⦁ High-efficiency, high-reliability power conversion and electric propulsion (Power Electronics/Devices)
| Our Mission
"Self-reliance in core K-defense technologies: Securing foundational AI-enabled intelligent defense system technologies for rapidly evolving future battlefields"
"Self-reliance in core K-defense technologies: Securing foundational AI-enabled intelligent defense system technologies for rapidly evolving future battlefields"
⦁ Developing coretechnologies for hyper-connected defense ICT operable across space, air, and maritime domains
⦁ Developing coretechnologies for hyper-connected defense ICT operable across space, air, and maritime domains
⦁ Field-driven, system-level prototyping and validation to ensure reliability in extreme environments
⦁ Field-driven, system-level prototyping and validation to ensure reliability in extreme environments
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