MSc students at MS3

Eren Hamamci

• Room: HB 20.130
• Robin Radar

Encho Chahanov

• MSc Wireless Communication and Sensing

Yuhan Gao

• MSc Wireless Communication and Sensing

Jiaqi Li

• MSc Wireless Communication and Sensing
• NXP

Taoyue Wang

• MSc Signals and Systems

Ben Xu

• MSc Wireless Communication and Sensing

Guillermo de Dios

• MSc Signals and Systems
• TNO

Yanqi Hong

• MSc Signals and Systems

Merel Verhoef

• MSc Wireless Communication and Sensing

Bas Simon

• MSc Applied Physics
• Design and Modelling of Quantum Processors Using Flip-Chip Technology

Kevin Chaw Gonzalez

• Differential Aperture Fed Heatsink Antenna Design and Analysis

Srikar Chaganti

• MSc Signals and Systems
• Distributed ADMM for Target Localization Using Radar Networks

Jeroen Kant

• MSc Signals and Systems
• Joint Multi-Target Detection in Clutter using RVM and AR Modelling

Botao Sun

• MSc Signals and Systems
• Autolabeling & Semantic Segmentation with 4D Radar Tensors

Aparna Kannan

• MSc Wireless Communication and Sensing
• Detection of Faulty Elements in IC-Controlled Phased Arrays Using Sparse Far-Field Data: A Machine-Learning Approach

Alec Daalman

Ilgaz Tokucoglu

• MSc Signals and Systems
• Concurrent Multi-Band UWB Radar Operation for Human Monitoring

Emiel van Veldhuijzen

• MSc Wireless Communication and Sensing
• A Bayes Risk-Based Cost Function to Allocate Scan Time for Object Detection

Roeland Kooij

• 6G Beamforming Antenna-in-Package

Atharva Sabade

• MSc Wireless Communication and Sensing
• The Retrieval of Vertical Air Velocity from High-Resolution Coherent Radar Measurements in Zenith Direction

Huixuan Chen

• MSc Wireless Communication and Sensing
• Radar-based heartbeat estimation for indoor healthcare applications

Surya Subramani

• MSc Signals and Systems
• Optimally sparse and adaptive far-field sampling and pattern reconstruction

Jialin Lyu

• Neonatal Monitoring with FMCW Millimeter Wave Radar

Xiangwen Wang

• MSc Wireless Communication and Sensing
• A preliminary study towards mm-wave wireless network topology optimization using ray tracing

Jiaxuan Xiao

• Improved CFAR Detector for Doppler-spread targets with Performance Evaluation Using Experimental Radar Dataset

Fan Lei

• MSc Wireless Communication and Sensing
• Analysis of EM wave scattering from asphalt and its application to automotive radar

Apostolos Pappas

• Joint Classification and Estimation of UAVs using Multi-Task Learning

Abdul Syed Mohamed

• MSc Wireless Communication and Sensing
• De-aliasing of Doppler Spectrum for a Fast Scanning Phased Array Radar

Joost Van Oostrum

• MSc Wireless Communication and Sensing
• Comparative analysis of radar sensing waveforms for communications

Wenyi Lu

• MSc Wireless Communication and Sensing
• User-centric signal processing of high-resolution meteorological phased array radar

Qing Zhang

• MSc Wireless Communication and Sensing
• Polarimetric Feature Analysis of Multi-Class Vehicles Using PARSAX Full Polarimetric FMCW Radar Data

Keshav Anand Nair

• MSc Wireless Communication and Sensing
• Design of a Wideband Wide-angle Scanning Dielectric Resonator Antenna Array with Additive Manufacturing Capabilities for Satcom

Yongdian Sun

• MSc Wireless Communication and Sensing
• An FMCW MIMO Automotive Radar Signal Simulator For Realistic Extended Targets

Jurgen Wervers

• MSc Wireless Communication and Sensing
• A Framework to Resolve Ambiguities in a Multitarget Environment

Bob van Nifterik

• Classification of micro-Doppler signatures with the use of orthogonal moment-based features

Tom Landzaat

• MSc Signals and Systems
• Multilateration based ADS-B validation using a Particle Filter

Wenxu Chen

• MSc Wireless Communication and Sensing
• System Performance Evaluation of Hybrid Beamforming with Shaped Beam Patterns for mm-Wave 5G Base Stations

Changxu Zhao

• MSc Wireless Communication and Sensing
• Design of series fed antenna array with reduced beam squint and distortion

Yue Chen

• MSc Wireless Communication and Sensing

Sumeet Sharma

• MSc Signals and Systems
• Multi-target detection using Relevance Vector Machine

Max Cortés Peralta

• MSc Wireless Communication and Sensing
• Joint human motion recognition and breathing frequency estimation for indoor healthcare applications

Arun Vijayaraghavan

• MSc Signals and Systems
• 3-D Target Classification in Short Range Radar Applications

Yiyang Song

• MSc Signals and Systems
• Improvement of weak targets detectability in strong clutter using the polarization contrast enhancement

Giorgios Tsakirakis

• MSc Wireless Communication and Sensing
• Classification of Birds and Drones Exploiting Kinematic Properties for Surveillance Radars Using Machine Learning Techniques

Qinyu Liu

• MSc Wireless Communication and Sensing
• Design of the AiP feeding lines at 100GHz with low loss, high isolation and good impedance match in high definition fan-out technology

Zhongyuan Guo

• MSc Wireless Communication and Sensing
• Point Transformer-Based Human Activity Recognition using high-dimensional Radar Point Clouds

Liyuan Ren

• MSc Signals and Systems
• People Counting Using Low-cost FMCW MIMO Radar: Achieving Tracking for Counting and Classification of Groups of People using FMCW Radar

Bet Rufas Talamàs

• MSc Wireless Communication and Sensing
• Multiple people detection and localization with multistatic UWB radar in multipath environments for the automotive industry

Natasha Birari

• MSc Signals and Systems
• Power Consumption Analysis of 5G Transmit Antenna Topologies and Beamforming Schemes

Xingzhuo Li

• MSc Signals and Systems
• Radar-based Drone Track-Before-Detect and Characteristics Estimation

Lucas Lamberti

• MSc Signals and Systems
• Bayesian Compressive Sensing For Radar Based DoA Estimation Using Sparse Sensor Arrays

Hani Haifawi

• MSc Signals and Systems
• Automatic Classification of Unmanned Aerial Vehicles with Radars On-The-Move

Yubin Zhao

• MSc Wireless Communication and Sensing
• Angle-insensitive Human Motion and Posture Recognition Based on 2D FMCW MIMO Radar and Deep Learning Classifiers

Ying Zhang

• MSc Signals and Systems
• Enhancing MIMO Array Imaging Quality

Detmer Bosma

• MSc Signals and Systems
• Now: TNO (the Netherlands)
• Feature Extraction of Moving Automotive Vehicles using Multi-Target Tracking on Polarimetric Doppler Radar Data

Huaiyang Gong

• MSc Wireless Communication and Sensing
• Dual-polarization multi-frequency radar data processing for moving target detection

Ashwath Balasubramanian

• MSc Wireless Communication and Sensing
• mm-Wave Heatsink Antenna Array Design for Low-Sidelobe and Low-Temperature

Ximei Yang

• MSc Signals and Systems
• Complex-Valued Neural Networks for radar-based human-motion classification

Simin Zhu

• MSc Signals and Systems
• Multiple Target Tracking and Human Activity Recognition based on The IR-UWB Radar Sensor Networks

Gopika Sudhakaran

• MSc Wireless Communication and Sensing
• Modeling and simulation of future multi-user communication systems including capacity-driven array synthesis and beamforming

Yichuang Han

• MSc Wireless Communication and Sensing
• Contactless Vital Signs Monitoring via Radar Sensing for Sleep Applications

Harinee Visvanathan Sethuraman

• MSc Signals and Systems
• Radar-Based Classification of Unmanned Aerial Vehicles (UAVs) Carrying Payloads

Karan Jayachandra

• MSc Signals and Systems
• Approximately Optimal Radar Resource Allocation

Ruman Kazi

• MSc Signals and Systems
• Design and analysis of sparse MIMO Array and sparse recovery algorithms for super-resolution DOA estimation

Anusha Ravish Suvarna

• MSc Signals and Systems
• Fusion of radar data from multiple MIMO systems to achieve higher angular resolution

Alexandru Girdianu

• MSc Signals and Systems
• Weather Targets Doppler Processing in Phased Array Radar with Fast Azimuthal Scanning

Marta Buenaventura Camps

• MSc Wireless Communication and Sensing
• Design of a sparse irregular array for beyond 5G base stations

Martijn Heller

• MSc Signals and Systems
• A Novel Approach to Vehicle Pose Estimation using Automotive Radar

Erkut Yigit

• MSc Wireless Communication and Sensing
• Automotive Radar Self-Diagnostic Using Calibration Targets that are Embedded in Road Infrastructure

Yuanyuan Zhang

• MSc Signals and Systems

Thies de Boer

• MSc Embedded Systems
• Radar Resource Management for Multi-Target Tracking using Model Predictive Control

Bas Van der Werk

• MSc Signals and Systems
• Approximately Optimal Radar Resource Management for Multi-Sensor Multi-Target Tracking

Jelle Bout

• MSc Wireless Communication and Sensing
• Design of a Wideband Phased Patch Antenna Array.

Keith Klein

• MSc Signals and Systems

Naga Sarma Sivadevuni

• MSc Wireless Communication and Sensing

Varun Sudhakar

• MSc Computer Engineering

Tworit Dash

• MSc Wireless Communication and Sensing
• Computationally Efficient Conical Horn Antenna Design

Yuqing Li

• MSc Signals and Systems
• Vital Signs Monitoring Using Doppler Signal Decomposition

Lin Wan

• MSc Signals and Systems
• Development of radar-based vital sign detection and indoor target localization algorithms

Simone Orru’

• MSc Embedded Systems
• FMCW radar based communication for automotive applications

Niels de Jong

• MSc Wireless Communication and Sensing
• Exploiting a multi channel receiver array in ISAR imaging: Concerning clutter suppression for maritime targets in an airborne setup

MSc Wietse Bouwmeester

• MSc Wireless Communication and Sensing
• Conformal Phased Array for DISTURB

Robin van Gaalen

• MSc Wireless Communication and Sensing
• Localization of Autonomous Vehicle using 1D Automotive Radar Sensor

Lisa Audenaert

• MSc Signals and Systems
• An automotive MIMO radar calibration using targets of opportunity in different weather conditions

Saravanan Nagesh

• MSc Signals and Systems
• Robust Feature Extraction Algorithm for analysis of Radar Targets using Multi-Object Tracking on Range-Velocity Space.

Prithvi Laguduvan Thyagarajan

• MSc Signals and Systems
• STEREOID Data Processor

Jiadi Zhang

• MSc Wireless Communication and Sensing
• Super-resolution Algorithm for Target Localization using Multiple FMCW Automotive Radars (CUM LAUDE)

Vasileios Papanastasiou

• MSc Wireless Communication and Sensing
• Deep Learning-based identification of human gait by radar micro-Doppler measurements.

Marc Vizcarro Carretero

• MSc Wireless Communication and Sensing
• A X-Band Patch Antenna Array with Low Cross-pol for Weather Radar Applications (CUM LAUDE)

Guigeng Su

• MSc Wireless Communication and Sensing
• Detection of vital signs of auto driver and passengers using (distributed) radars inside auto

Nick Cancrinus

• MSc Wireless Communication and Sensing
• A Multiple-Input-Multiple-Output (MIMO) grating lobe selection scheme for radar applications (CUM LAUDE)

Sheeraz Ahmed

• MSc Wireless Communication and Sensing
• Multi-Channel Waveform Agile Radar: Experimental performance evaluation of Advanced Space-Time Adaptive Processing (ASTAP) radar system

Min Ding

• MSc Wireless Communication and Sensing
• Model-based Interference Mitigation for FMCW Radar System

Alessandro Mancinelli

• MSc Wireless Communication and Sensing
• Performances simulation of cooperative small-Sat constellation for synthetic aperture radar imaging

Yefeng Cai

• MSc Wireless Communication and Sensing
• Radar Micro-Doppler Patterns for Drone's Characterisation

Elmira Kireeva

• MSc Wireless Communication and Sensing
• Optimization of the Antenna Placement on a Commercial Aircraft for Communication with Ground and Satellites

Chrysovalantis Kladogenis

• MSc Wireless Communication and Sensing
• Detection of Wind Turbine Clutter using radar polarimetry

Richard de Jong

• MSc Wireless Communication and Sensing
• Multimodal Deep Learning for the Classification of Human Activity

Tasneem Tasneem Rahaman Khan

• MSc Embedded Systems
• Real-time implementation of joint radar sensing-communication waveform on a microcontroller

Jonathan Gnanadhas

• MSc Wireless Communication and Sensing
• Microwave Circuit Analysis of Multi Transmon Qubit System

Shuang Chen

• MSc Wireless Communication and Sensing
• Machine Learning Modeling and Parametric Assessment of Rectangular Dielectric Resonant Antenna

Mai-Han Truong

• MSc Wireless Communication and Sensing
• Feasibility Study on Optically Transparent Cylindrical Dielectric Resonator Antennas Integrated in an Enclosed Light Bulb Using Doppler Based Radar for Human Presence Detection

Muhammad Omer Zareen

• MSc Wireless Communication and Sensing
• Design and analysis of non-uniform MIMO array for interference suppression and automotive applications

Salman Salman

• MSc Wireless Communication and Sensing
• Analysis of Antenna and RF Front-End Topologies for Multi-Beam Systems

Eduardo Richa

• MSc Wireless Communication and Sensing
• Jump Markov Nonlinear System Identification in Multi-Sensor Target Tracking

Jeroen Overdevest

• MSc Wireless Communication and Sensing
• Interference in 79 GHz Phase-Coded Automotive Radar