Available Graduation Projects

Graduation Project

Please click the link to see the details.

1.Information theory: Fondamental Limits & Codes

1) Achievable rate analysis for SWIPT (simultaneous wireless information and power transfer) system

Keywords: Wireless power transfer, Information and communication theory, Wireless radio communication, Efficient hard/software implementation, Algorithm development and simulation

2) Complexity reduction of Polar codes

Keywords: Error correction codes, Information and communication theory, Wireless radio communication, Efficient hard/software implementation, Algorithm development and simulation

2.Biometric Security

1) Using Fingerprint Capture Quality for Fusing Matching Scores

Keywords: Fingerprint, Information and communication theory, Efficient hard/software implementation, Algorithm development and simulation, Experimental

3.Hardware Fingerprint: PUFs

1) IoT Device Authentication Based on SRAM-PUF Technology

Keywords: SRAM-PUF, Information and communication theory, Wireless radio communication, Hardware security, Efficient hard/software implementation, Algorithm development and simulation, Experimental

4.Optical Fiber Communications

1) Machine Learning and Optical Communications

Keywords: Optical fiber communications, Information and communication theory, Machine learning, Algorithm development and simulation

2) Waveform design for intra-datacenter communications

Keywords: Optical fiber communications, Information and communication theory, Algorithm development and simulation, Experimental

3) Improving measuring performance on high noise cables and improvement on sensitivity for cables with average noise

Keywords: Optical fiber communications, Information and communication theory, Algorithm development and simulation, GPU

4) Estimation of Information-theoretic Quantities via GPU

Keywords: Optical fiber communications, Smart Cable Guard, Algorithm development and simulation

5.Radar Communications

1) Algorithms for Radar Compressive Sensing

Keywords: Radar Communications, Automotive, Algorithm development and simulation, Efficient hard/software implementation

2) NXP Radar/Communication Systems for Automotive Applications

Keywords: Radar Communications, Automotive, Algorithm development and simulation, Experimental, Efficient hard/software implementation

6.Others

1) INTERNSHIP / M.SC. PROJECT, WITHIN TUE SPS - ASML COLLABORATION

2) Master Thesis at NXP Semiconductors: Fault Tolerant Adaptive Filters Exploration for Future Self Driving Vehicle

Elective courses

5LSF0: Applicaition of Information Theory

5LSK0: Digital Wireless Communications Exploration Lab

About ICT-Lab