The 2027 IEEE Radar Conference will be held in Bangalore, India, 1–6 May 2027 at the Hotel Sheraton Grand Whitefield Bangalore.

Bangalore, widely recognized as the technology capital of India, is a vibrant hub for aerospace, defense, radar research, and advanced electronics innovation. The city is home to leading defense laboratories, global technology companies, premier research institutions, and a thriving startup ecosystem driving next-generation radar and communication technologies.

Original papers describing significant advances in radar technologies, systems, applications, and techniques are sought. Prospective authors should prepare a 4–6 page full paper (including supporting figures and citations) using the IEEE format.

Authors must present accepted papers in person at the conference for the paper to be archived in IEEE Xplore®; please refer to the conference website for the full publication policy.

• Cooperative, distributed, and multi-static radar systems (scheduling, networking, fusion)
• Cognitive radar
• Spectrum sharing & frequency agility
• Joint radar & communications
• Fully digital phased array radar
• Millimeter-wave / terahertz radar

• Innovative designs / missions for airborne, spaceborne & shipborne radar
• Imaging radar
• Active & passive radar
• Air traffic radar
• Over-the-horizon radar
• Automotive radar
• Multi-function radar / RF
• Sense & avoid radar
• Weather radar
• Medical / biomedical sensing

• STAP & adaptive processing
• MIMO
• Waveform & frequency agility
• Software-defined radar
• Sparsity-based techniques
• SAR / ISAR processing
• Digital beamforming & array processing
• Super-resolution techniques
• Detection & false alarm improvements
• Target tracking & fusion
• Classification & identification
• AI/ML techniques

• Target & clutter modeling and estimation
• Atmospheric propagation
• Scattering phenomenology
• Foliage & ground penetration
• Multipath exploitation

• Conformal / low-profile arrays
• Design for low sidelobe level
• Ultra wideband
• Metamaterials
• Multi-polarization
• Frequency-diverse arrays
• Dual/multi-band antennas & arrays
• Simultaneous multiple beams

• Novel & advanced architectures
• RF architectures for software-defined radar
• RF system-on-chip (RFSoC) & other transceiver technologies
• Advanced components (e.g., GaN MMICs)
• Real-time processing (e.g., FPGA, GPU, hybrid)
• T/R modules
• Advanced receiver designs
• Simultaneous transmit / receive (STAR) architectures

note:- Join us in Bangalore for an exciting week of radar innovation, collaboration, and technical
excellence in one of the world’s leading technology ecosystems. radarconf2027.org