Radar 2017 is making a welcome return to the UK for the first time since 2012, and its first ever visit to Northern Ireland. As the world’s premier international radar conference, it will showcase the latest developments in all aspects of radar systems for civil, security and defence applications.
"Radar technology pervades our society and contributes greatly to our safety and security, with applications ranging from military defence systems to air and land traffic management, weather forecasting and remote sensing.
"The role of radar in tomorrow’s world will be no less significant. The development of radar over the last century has been characterised by outstanding innovation and teamwork between industry, academia and government laboratories, an approach which will continue to be essential to meet the major technical challenges of the future.
"I urge you to take the opportunity to submit your work now to Radar-2017, where innovative research is published and shared within the radar community. International co-operation is likely to be of even more importance in the future, and these conferences provide an excellent opportunity to build relationships.
Radar environment and phenomenology
Propagation, foliage penetration
Target and clutter signature
Low observable design
Multifunction systems simulation
Radar systems
Ground to air surveillance
Ground to space surveillance
Naval and coastal surveillance
Airborne surveillance
Fire control radar
Meteorological radars
Secondary radar
ATM systems
Multifunction, active / passive RF-EW-CNI systems
Emission control, LPI Radars
Networks of sensors
Multiplatform / multisite systems
ECM / ECCM
Counterstealth detection
Design / validation of complex systems
Frequency spectral challenges to radar systems
Weather radar
Ballistic defence missiles
Remote sensing from airborne or spaceborne systems
SAR modes for 2D and interferometric SAR
Distributed / bistatic or multistatic systems
Innovative SAR concepts
Space Situational Awareness (SSA)
Maritime Situational Awareness (MSA)
Waveform design, beamforming and signal processing
Space-time waveforms / processing (STAP)
Knowledge Aided (KA) STAP
Adaptive beamforming
Coloured / Interleaved transmission, MIMO
Multifrequency / multipolarisation techniques
Target extraction from clutter and jamming
Detection, CFAR, tracking after / before detection
Cognitive radar
Emerging radar applications
Mine detection
Pollution detection, environment monitoring
Automatic cruise control / security control
Docking aid, tank gauge
Surveillance of runways / detection of debris
Sense and avoid
Emerging technologies
Bistatic / multistatic radar
Time and frequency synchronisation
Passive detection and location, triangulation
Low frequency radar
Millimetre radar / radiometry
Dual band radar
Ultra wide band radar
Laser radar
High power solid state
RF photonics
Superconducting oscillators and filters
MEMS for radar applications
Conformal, non-standard antenna
Bio-inspired radars
Health monitoring radars
Radar entomology
Advanced sub-systems technologies
New antenna concepts
Wideband antennas and radomes
Antenna calibration
Frequency / angular selective structures
RF filtering
Future T/R modules
High speed analogue to digital converters
RF modular architectures
Integrated modular avionics
Reconfigurable processing architectures
Benefits of civilian technologies (COTS)
Computer modelling, simulation and validation
Virtual prototyping
Environment modelling
Performance evaluation
Radar management techniques
Multifunction radar / waveform management
Data fusion, resources allocation
Radar beam scheduling and planning
Multicriteria optimisation
Multilateration / cooperation of sensors
A-SMGCS (Advanced- Surface Movement Guidance and Control System)
Automatic classification
NCTR, ATR
ISAR
Modelling / learning
High Range Resolution systems
10月23日
2017
10月26日
2017
摘要截稿日期
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2019年09月30日 法国
2019 International Radar Conference2014年10月13日 法国
2014年国际雷达会议
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