Remote sensing from airborne or spaceborne systems
Innovative SAR concepts
Distributed / bistatic or multistatic systems
Maritime Situational Awareness (MSA)
Space Situational Awareness (SSA)
Radar environment and phenomenology
Target and clutter signature
Propagation, foliage penetration
Multifunction systems simulation
Low observable design
Emerging radar applications
Pollution detection, environment monitoring
Mine detection
Docking aid, tank gauge
Automatic cruise control / security control
Sense and avoid
Surveillance of runways / detection of debris
Waveform design, beamforming and signal processing
Knowledge Aided (KA) STAP
Space-time waveforms / processing (STAP)
Coloured / Interleaved transmission, MIMO
Adaptive beamforming
Target extraction from clutter and jamming
Multifrequency / multipolarisation techniques
Cognitive radar
Detection, CFAR, tracking after / before detection
Advanced sub-systems technologies
Wideband antennas and radomes
New antenna concepts
Frequency / angular selective structures
Antenna calibration
Future T/R modules
RF filtering
RF modular architectures
High speed analogue to digital converters
Reconfigurable processing architectures
Integrated modular avionics
Benefits of civilian technologies (COTS)
Emerging technologies
Time and frequency synchronisation
Bistatic / multistatic radar
Low frequency radar
Passive detection and location, triangulation
Dual band radar
Millimetre radar / radiometry
Laser radar
Ultra wide band radar
RF photonics
High power solid state
MEMS for radar applications
Superconducting oscillators and filters
Bio-inspired radars
Conformal, non-standard antenna
Radar entomology
Health monitoring radars
Radar management techniques
Data fusion, resources allocation
Multifunction radar / waveform management
Multicriteria optimisation
Radar beam scheduling and planning
A-SMGCS (Advanced- Surface Movement Guidance and Control System)
Multilateration / cooperation of sensors
Computer modelling, simulation and validation
Environment modelling
Virtual prototyping
Performance evaluation
Automatic classification
ISAR
NCTR, ATR
High Range Resolution systems
Modelling / learning
Sensor fusion for identification
Who should Attend
Senior purchasing managers, research and development engineers, radar users, procurement managers, PhD students, academics and all others working with radar systems.
Past Events
IET International Conference on Radar Systems (IRC 2018) - 17-20 Oct 2018, Hilton Nanjing Hotel, China (30430)
IET International Conference on Radar Systems 2017 - 23-26 Oct 2017, Waterfront Belfast, United Kingdom (30429)
IET International Radar Conference 2015 - 14-16 Oct 2015, Sanli New Century Grand Hotel Zhejiang, Hangzhou, China (13549)
IET International Conference on Radar Systems (IRC) 2026
Important
Please, check "IET International Conference on Radar Systems (IRC)" official website for possible changes, before making any traveling arrangements