活动简介

Welcome to the 2018 International Conference on Radar, the world’s premier international conference on radar systems.  Radar returns to Australia in 2018 and, for the first time, it will be held in the city of Brisbane.

Our tagline this year is “New Frontiers in Radar”.  We aim to live up to this tagline with an exciting array of cutting-edge plenary lectures, tutorials and special sessions.  Peer-reviewed oral and poster presentations will take us to the research frontiers.  There will be an exhibition featuring latest radar technology as well as opportunities for networking.  Check back regularly for the latest updates or sign up for email bulletins.

The venue will be the award-winning Brisbane Convention & Exhibition Centre, located in the heart of the city’s cultural, entertainment and dining precinct, Southbank.  August in Brisbane is a marvellous time to visit.  Temperatures are mild and August boasts the least number of rain days and the highest number of clear days in the year.

I look forward to seeing you in Brisbane for Radar ’18.

征稿信息

Radar Systems

  • Automotive radar

  • Ground to air surveillance

  • Surveillance of space radar

  • Naval and maritime surveillance

  • Airborne surveillance

  • Coastal surveillance

  • Fire control radar

  • Over-the-horizon radar

  • Passive radar (coherent)

  • Space radar

  • Air-traffic control

  • Distributed and multi-static radar

  • Meteorological radar

  • Ballistic and cruise missile defence radar

  • Secondary radar

  • Multifunction, active / passive RF-EW systems

  • Common aperture systems

  • LPI radar

  • Networks of sensors

  • Multiplatform / multisite systems

  • ECM / ECCM/ ESM

  • Counter-stealth

  • History of radar and radar techniques

Remote Sensing

  • SAR modes for 2D and interferometric SAR

  • Distributed / bistatic or multistatic systems

  • Innovative SAR concepts

  • Maritime Situational Awareness (MSA)

  • Oceanographic radar

Target Imaging and Aided Target Recognition

  • Multi-channel multi-static ISAR

  • Radar tomography

  • High-resolution narrowband radar imaging

  • Compressive sensing based target imaging

  • Auto-focusing techniques

  • Distributed MIMO radar imaging

  • Passive radar imaging

  • Advanced target classification techniques

  • Sensor fusion for target identification

Emerging Radar Applications

  • Indoor radar

  • Gesture detection and tracking

  • Sensors for autonomous systems

  • Autonomous automobiles

  • Radar and drones

  • Mine detection

  • Environment monitoring

  • Pollution detection

  • Docking aids

  • Surveillance of runways / detection of debris

  • Sense and avoid

  • Monitoring in the home

Emerging Technologies

  • Time and frequency sources and distribution

  • Synchronisation

  • Quantum radar

  • Passive detection and location

  • Millimetre radar / radiometry

  • Multi-band radar

  • Ultra-wide band radar

  • Laser radar

     

  • Machine learning for radar

  • Novel human machine interface

  • High-power solid state

  • RF photonics

  • Superconducting oscillators and filters

  • MEMS for radar applications

  • Conformal, non-standard antennas

  • Bio-inspired radars

  • Health monitoring radars

  • Radar entomology

Waveform Design, Beamforming and Signal and Data Processing

  • Waveform design

  • Multi-input multi-output waveforms and systems

  • Adaptive waveforms

  • Adaptive beamforming

  • Knowledge aided adaptive processing

  • Multi-frequency systems

  • Multi-polarisation techniques

  • Clutter rejection

  • Jamming rejection

  • Detection

  • CFAR

  • Tracking (after / before detection)

  • Waveform diversity

Advanced Sub-systems and Technologies

  • Time and frequency reference systems

  • Direct-sampling clock distribution

  • 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)

Radar Management Techniques

  • Cognitive radar

  • Radar beam scheduling and planning

  • Multifunction radar / waveform management

  • Data fusion

  • Resource allocation

  • Compliance with regulations

  • Spectrum out-of-band emission control

  • Multi-criteria optimisation

  • Networks of sensors (that include radar)

Modelling and Simulation

  • Performance prediction

  • Virtual prototyping

  • Environment modelling

  • Performance evaluation

  • System modelling

Radar Environment and Phenomenology

  • Propagation

  • Foliage penetration

  • Ionospheric propagation

  • Target and clutter signatures

  • Low observable design

  • Micro-Doppler signatures and techniques

 

 

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重要日期
  • 会议日期

    08月27日

    2018

    08月30日

    2018

  • 08月30日 2018

    注册截止日期

主办单位
IEEE Aerospace and Electronic Systems Society
Queensland Section
South Australia Section
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