RADAR 2020: Difference between revisions
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|City=Washington, DC | |City=Washington, DC | ||
|Country=Online | |Country=Online | ||
|has general chair=Michael Zatman, Ravi Adve | |||
|has program chair=Aaron Shackelford, Alessio Balleri | |||
}} | }} | ||
* Suggested Topics | |||
* Suggested topics include but are not limited to: | |||
* Techniques | |||
* Waveforms and Waveform Diversity | |||
* Tracking | |||
* Resource Management | |||
* Cognitive Radar & Machine Learning | |||
* Fusion of Radar with Other Sensors | |||
* Imaging and ATR | |||
* Detection and Estimation | |||
* Adaptive Signal Processing | |||
* Array Processing | |||
* Spectrum Sharing | |||
* Applications and Phenomenology | |||
* Space, Air, Sea and Ground-Based | |||
* Automotive and Transportation | |||
* Medical and Biological Applications | |||
* Over the Horizon Radar | |||
* Weather and Environmental Sensing | |||
* Multistatic, Networked and Distributed | |||
* Bistatic and Passive | |||
* Electronic Warfare | |||
* Radar Phenomenology | |||
* Signatures and Characterization | |||
* Systems and Subsystems | |||
* Low-cost and ‘Home Brew’ Radar | |||
* Software Defined Radar | |||
* RF Convergence | |||
* Antennas | |||
* Processors | |||
* Transmitters and Receivers | |||
* Components | |||
* mm-wave and THz | |||
* Emerging Systems and Technologies | |||
Revision as of 10:09, 29 June 2020
| RADAR 2020 | |
|---|---|
IEEE International Radar Conference
| |
| Event in series | RADAR |
| Dates | 2020/04/27 (iCal) - 2020/05/01 |
| Location | |
| Location: | Washington, DC, Online |
| Committees | |
| General chairs: | Michael Zatman, Ravi Adve |
| PC chairs: | Aaron Shackelford, Alessio Balleri |
| Table of Contents | |
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- Suggested Topics
- Suggested topics include but are not limited to:
- Techniques
- Waveforms and Waveform Diversity
- Tracking
- Resource Management
- Cognitive Radar & Machine Learning
- Fusion of Radar with Other Sensors
- Imaging and ATR
- Detection and Estimation
- Adaptive Signal Processing
- Array Processing
- Spectrum Sharing
- Applications and Phenomenology
- Space, Air, Sea and Ground-Based
- Automotive and Transportation
- Medical and Biological Applications
- Over the Horizon Radar
- Weather and Environmental Sensing
- Multistatic, Networked and Distributed
- Bistatic and Passive
- Electronic Warfare
- Radar Phenomenology
- Signatures and Characterization
- Systems and Subsystems
- Low-cost and ‘Home Brew’ Radar
- Software Defined Radar
- RF Convergence
- Antennas
- Processors
- Transmitters and Receivers
- Components
- mm-wave and THz
- Emerging Systems and Technologies