- Integrated Antennas
- Low power antennae materials and designs
- Systems on flexible substrates
- Printed antennas
- Sensor connectivity, learning and IoT
- Sensor stochastically networks and resiliency
Faculty working in the area
Self-powered sensor, antenna design on flexible substrate and on-chip
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Silver/Nickel 3D printed on Kaptone
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Gold on PEN substrate
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Silver nanoparticle ink-jet printed on Polyimide and paper substrates
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Micro-photograph of the on-chip wireless power transfer system designed in CMOS process
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Reverse Electrowetting Dielectric (REWOD) based self-powered Stress-strain/vibration sensor
Deep machine learning enabled cooperative perception
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Convolutional Neural Network (CNN)
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Spatial feature fusion
Intelligent edge computing for IoT
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Edge-based streaming analytics and machine learning inferences achieve higher fidelity on live sensor data.
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Edge intelligence for smart buildings and self-driving cars
Embedded sensor systems, networks and statistical signal processing
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Integrated environmental monitoring system
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IoT embedded sensor systems
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Bayesian estimation, particle filtering for collaborative localization and tracking
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Compressing sensing
Towards trustworthy IoT systems
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Lack of Trust in Connected Devices- Misconfiguration or weak password
- DoS attack or Botnet
- Out-of-date software
Opportunities in the Era of IoT- Huge amount of devices
- Cross validation is possible
- Trust computation and trust inference
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Potential Solution at edge layer- Constructing the trust relations among connected devices in an IoT system
- Modelling the trust relations based on the cross validation of sensing data
- Identifying trustworthy devices to serve as the anchor nodes
- Inferring unknow trust relations via trust assessment algorithm
- Eliminating untrustworthy devices
Reconfigurable Phased-Array Antennas
Multi-Beam Lens Antennas for Millimeter-Wave Communications
