PhD students

• Roel van Os (Elec. Eng., TU/e, co-advisor with Dr. Marc Geilen and Dr. Martijn Hendriks (HAL4SDV))
• Parsa Karimi (Elec. Eng., TU/e, co-advisor with Dr. Majid Nabi and Dr. Andrew Nelson (HAL4SDV))
• Mahtab Modaber (Elec. Eng., TU/e, co-advisor with Dr. Marc Geilen and Prof.dr. Jeroen Voeten (TRANSACT))
• Joan Marce i Igual (Elec. Eng., TU/e, co-advisor with Dr. Marc Geilen and Dr. Mitra Nasri (SAM-FMS))
• Alireza Mohammadkhani (Elec. Eng., TU/e, co-advisor with Dr. Marc Geilen and Prof.dr. Jeroen Voeten (Arrowhead Tools))
• Hossein Elahi (Elec. Eng., TU/e, co-adviser with Dr. Marc Geilen (FitOptiVis))
• Paul Brandt (Elec. Eng., TU/e, Semantic Interoperability)

Master's students

• Yiyang Zu (Elec. Eng., TU/e)
• Yuxuan Shan (Elec. Eng., TU/e)
• Alex van Opstal (Embedded Systems, TU/e)

Former students and postdocs, PhD committees

PhD students

• Nasim Samimi Dehkordi (Elec. Eng., TU/e, 4 June 2026, second promotor (first promotor Dr. Marc Geilen, copromotor Dr. Mitra Nasri), Edge-Cloud-Assisted Real-Time Cyber-Physical Systems)
• Saeid Dehnavi (Elec. Eng., TU/e, 27 June 2025, second promotor (first promotor Dr. Dip Goswami), Composable and Predictable Hardware/Software Architecture for Robotic Development on Resource-constrained MPSoC Platforms)
• Hamideh Hajizadeh (Elec. Eng., TU/e, 22 November 2024, promotor (copromotor Dr. Majid Nabi), Dependability Analysis and Solutions for IEEE 802.15.4 TSCH-based Networks)
• Paul Detterer (Elec. Eng., TU/e, 15 March 2023, promotor (copromotors Dr. Majid Nabi and Dr. Hailong Jiao), Quality-of-Service-Adequate Wireless Receiver Design)
• Amr Ibrahim (Elec. Eng., TU/e, 22 December 2022, promotor (copromotor Dr. Dip Goswami), Communication-aware Modeling and Control Design for Vehicle Platooning)
• Sajid Mohamed (Elec. Eng., TU/e, 20 December 2022, promotor (copromotor Dr. Dip Goswami), Multiprocessor Image-Based Control Systems: Model-Driven Optimisation)
• Robinson Medina (Elec. Eng., TU/e, 22 October 2021, promotor (copromotors Dr. Dip Goswami and Dr. Sander Stuijk), Pipelining Data-intensive Sensing in Control Design: Trading off control performance, robustness and processor usage)
• Savvas Sioutas (Elec. Eng., TU/e, 18 December 2020, second promotor (first promotor Prof.dr. Henk Corporaal, copromotor Dr. Sander Stuijk), Automatic Scheduling of Image Processing Pipelines)
• Hadi Alizadeh (Elec. Eng., TU/e, 21 March 2019, promotor (copromotor Dr. Marc Geilen), Modelling and Analysis of Multi-Scale Streaming Applications)
• Amir Behrouzian (Elec. Eng., TU/e, 21 December 2018, promotor (copromotor Dr. Dip Goswami), Firmness Analysis of Real-Time Tasks)
• Joost van Pinxten (Elec. Eng., TU/e, 20 December 2018, promotor (copromotor Dr. Marc Geilen), Optimization of Product Flows in Flexible Manufacturing Systems)
• Rasool Tavakoli (Elec. Eng., TU/e, 12 December 2018, second promotor (first promotor Prof. Kees Goossens, copromotor Dr. Majid Nabi), Dependable Wireless Sensor Networks for In-Vehicle Applications)
• Bram van der Sanden (Elec. Eng., TU/e, 22 November 2018, promotor (copromotors Dr. Marc Geilen and Dr. Michel Reniers), Performance Analysis and Optimization of Supervisory Controllers)
• Francesco Comaschi (Elec. Eng., TU/e, 4 October 2016, second promotor (first promotor Henk Corporaal, copromotor Dr. Sander Stuijk), Robust Online Face Detection and Tracking)
• Shreya Adyanthaya (Elec. Eng., TU/e, 4 July 2016, promotor (copromotors Dr. Jeroen Voeten and Dr. Marc Geilen), Robust Multiprocessor Scheduling of Industrial-Scale Mechatronic Control Systems)
• Marcel Steine (Elec. Eng., TU/e, 31 October 2013, promotor (copromotor Dr. Marc Geilen), Quality-of-Service Provisioning for Dynamic Heterogeneous Wireless Sensor Networks)
• Morteza Damavandpeyma (Elec. Eng., TU/e, 24 October 2013, second promotor (copromotor Dr. Sander Stuijk, first promotor Prof. Henk Corporaal), Model-Driven Scheduling of Dynamic Streaming Applications on MPSoCs)
• Majid Nabi (Elec. Eng., TU/e, 19 June 2013, promotor (copromotor Dr. Marc Geilen), Wireless Sensor Networks for Pervasive Health Applications)
• Yang Yang (Elec. Eng., TU/e, 2 July 2012, first promotor (second promotor Prof. Henk Corporaal, copromotor Dr. Marc Geilen), Exploring Resource/Performance Trade-offs for Streaming Applications on Embedded Multiprocessors)
• Hamid Shojaei (Elec. & Comp. Eng., U of Wisconsin - Madison, 21 May 2012, co-adviser with Prof. Azadeh Davoodi, Rethinking Global Routing for Modern VLSI Design: Congestion Reduction and Multi-Objective Optimization)
• Rob Hoes (Elec. & Comp. Eng., National University of Singapore, and Elec. Eng., TU/e, dual degree, 5 October 2009 (TU/e) and 9 February 2010 (NUS), first promotor (second promotor Prof. H. Corporaal, copromotor A/Prof. C.K. Tham), Configuring Heterogeneous Wireless Sensor Networks under Quality-of-Service Constraints)
• Calin Ciordas (Elec. Eng., TU/e, and Philips Research, Eindhoven, 15 December 2008, copromotor, Monitoring-Aware Network-on-Chip Design)
• Peter Poplavko (Elec. Eng., TU/e, and Philips Research, Eindhoven, 3 November 2008, copromotor, An Accurate Analysis for Guaranteed Performance of Multiprocessor Streaming Applications)
• AmirHossein Ghamarian (Elec. Eng., TU/e, 4 July 2008, copromotor, Timing Analysis of Synchronous Data Flow Graphs)
• Valentin Gheorghita (Elec. Eng., TU/e, 4 December 2007, copromotor, Dealing with Dynamism in Embedded System Design: Application Scenarios)
• Sander Stuijk (Elec. Eng., TU/e, 25 October 2007, copromotor, Predictable Mapping of Streaming Applications on Multiprocessors)
• Hamed Fatemi (Elec. Eng., TU/e, 21 March 2007, copromotor, Processor Architecture Design for Smart Cameras)
• Eric Verbeek (Industrial Eng., TU/e, 10 June 2004, copromotor, Verification of WF-nets)

PhD committees

• Kyle van Oosterhout (Chair, Elec. Eng., TU/e, 5 March 2025, Energy-Efficient Analog Front-End Design Using Flexible Electronics: and its Application in Wearable Biopotential Readout Systems)
• Shima Sedighiani (Chair, Elec. Eng., TU/e, 2 December 2025, Ultra-Low Leakage Microcontroller with Power Control for Sustainable Energy Harvesting IoT Devices)
• Robbert Reijnen (Industrial Engineering and Innovation Sciences, TU/e, 13 October 2025, Dynamic Algorithm Configuration for Machine Scheduling Using Deep Reinforcement Learning)
• Ben Luijten (Chair, Elec. Eng., TU/e, 6 December 2024, Unlocking Advanced Real-time Ultrasound Imaging through Deep Learning)
• Yorick Broens (Chair, Elec. Eng., TU/e, 8 October 2024, Precision Control of Position Dependent Dynamics of Moving-Magnet Planar Actuators)
• Jan Martens (Computer Science, TU/e, 25 September 2024, The Complexity of Bisimilarity by Partition Refinement: Lowerbounds, Distinguishing Formulas, and Parallel Algorithms)
• Doğa Ceylan (Chair, Elec. Eng., TU/e, 22 January 2024, Mathematical and Experimental Frameworks for Iron-based Electromagnetic Devices: Applied to Variable Flux Reluctance Machines for Heavy-duty Applications)
• Mark Bouwman (Computer Science, TU/e, 23 October 2023, Supporting Railway Standardisation with Formal Verification)
• Pelle Weiler (Chair, Elec. Eng., TU/e, 6 July 2023, Next Generation of Ultra-High Precision Amplifiers)
• Jingyue Cao (Computer Science, TU/e, 6 June 2023, An Independent Timing Analysis for Credit-Based Shaping in Ethernet TSN)
• Alexis Linard (Faculty of Science, Institute for Computing and Information Sciences, Radboud University Nijmegen, 18 December 2019, Learning Models for Cyber-Physical Systems)
• Martijn Goorden (Mechanical Engineering, TU/e, 22 November 2019, Supervisory Control Synthesis for Large-Scale Infrastructural Systems)
• Reinier van Kampenhout (Electrical Engineering, TU/e, 25 June 2019, A scenario-aware dataflow programming model with support for fault-tolerance)
• Guus Kuiper (Elec. Eng., Math. and Comp. Sci., University of Twente, Netherlands, 8 March 2019, Accurate analysis of real-time stream processing applications using dataflow models and timed automata)
• Chetan Belagal Math (Electrical Engineering, TU/e, 25 February 2019, Decentralized congestion control for reliable vehicular communication)
• Alok Lele (Comp. Sci., TU/e, 17 April 2018, Model Refinements for Timing Analysis of Runtime Scheduling in Real-time Streaming Systems)
• Umar Waqas (Electrical Engineering, TU/e, 23 November 2017, Scheduling and Variation-aware Design of Self-re-entrant Flowshops)
• Timon ter Braak (Elec. Eng., Math. and Comp. Sci., University of Twente, Netherlands, 7 December 2016, Run-Time Mapping: Dynamic Resource Allocation in Embedded Systems)
• Mladen Skelin (Norwegian University of Science and Technology (NTNU), Trondheim, Norway, and KU Leuven, Leuven, Belgium, 12 October 2016, Worst-case Performance Analysis of Scenario-aware Real-time Streaming Applications)
• Rik Jongerius (Electrical Engineering, TU/e, 20 September 2016, Exascale Computer System Design: the Square Kilometre Array)
• Allan van Hulst (Mechanical Engineering, TU/e, 6 September 2016, Control Synthesis using Modal Logic and Partial Bisimilarity - A Treatise Supported by Computer Verified Proofs)
• Manil Gomony (Chair, Elec. Eng., TU/e, 7 September 2015, Scalable and Bandwidth-Efficient Memory Subsystem Design for Real-Time Systems)
• Hamid Mushtaq (Elec. Eng., Math. and Comp. Sci., Delft University of Technology, Netherlands, 19 June 2015, Deterministic Execution of Multithreaded Applications for Reliability of Multicore Systems)
• Teddy Zhai (Leiden Institute of Advanced Computer Science, Leiden University, 13 May 2015, Adaptive Streaming Applications: Analysis and Implementation Models)
• Vinh Bui (Comp. Sci., TU/e, 4 March 2015, A Software Architecture for Body Area Sensor Networks: Flexibility and Trustworthiness)
• Rolf Theunissen (Mech. Eng., TU/e, 2 March 2015, Supervisory Control in Health Care Systems)
• Joachim Falk (Comp. Sci., Friedrich-Alexander-Universität Erlangen-Nürnberg, 21 November 2014, A Clustering-Based MPSoC Design Flow for Data Flow-Oriented Applications)
• Pinxiang Duan (Chair, Elec. Eng., TU/e, 19 November 2014, A Novel 3D Stacking Approach for Chip-to-Chip Interconnects)
• Christian Zebelein (Comp. Sci. and Elec. Eng., Universität Rostock, 22 September 2014, A Model-Based Approach for the Specification and Refinement of Streaming Applications)
• Carmen Cochior (Elec. Eng., TU/e, 15 May 2014, Model Based Control for Professional Printing Systems)
• Marc Aoun (Comp. Sci., TU/e, 21 January 2014, Time and Timeliness in Wireless Sensor Networks)
• Jeroen Keiren (Comp. Sci., TU/e, 17 September 2013, Advanced Reduction Techniques for Model Checking)
• Georgeta Igna (Faculty of Science, Institute for Computing and Information Sciences, Radboud University Nijmegen, reading committee, 22 January 2013, Performance Analysis of Real-Time Task Systems using Timed Automata)
• Narasinga Rao Miniskar (Elec. Eng., KU Leuven, Belgium, reading committee, 21 October 2011 (preliminary defense) and 21 December 2012 (final defense), System Scenario Based Resource Management of Processing Elements on MPSoC)
• Luc Engelen (Comp. Sci., TU/e, reading committee, 11 December 2012, From Napkin Sketches to Reliable Software)
• Venkat Iyer (Elec. Eng., Math. and Comp. Sci., Delft University of Technology, Netherlands, reading committee, 15 November 2012, Adaptability in Dynamic Wireless Networks)
• Szymon Bieganski (Elec. Eng., TU/e, 25 October 2012, Information-driven General Functional Decomposition targeted to Gate Libraries)
• Mohamed Ezzeldin Mahdy Abdelmonem (Elec. Eng., TU/e, reading committee, 25 April 2012, Performance Improvement of Professional Printing Systems: from theory to practice)
• Arjan de Roo (Elec. Eng., Math. and Comp. Sci., University of Twente, Netherlands, reading committee, 2 February 2012, Managing Software Complexity of Adaptive Systems)
• Sascha Cvetkovic (Elec. Eng., TU/e, reading committee, 8 December 2011, Optimization of Video Capturing and Tone Mapping in Video Camera Systems)
• Matthias Raffelsieper (Comp. Sci., TU/e, reading committee, 3 November 2011, Cell Libraries and Verification)
• Sonja Georgievska (Comp. Sci., TU/e, 3 October 2011, Probability and Hiding in Concurrent Processes)
• Marijn Jongerden (Elec. Eng., Math. and Comp. Sci., University of Twente, Netherlands, reading committee, 10 December 2010, Model-based Energy Analysis of Battery Powered Systems)
• Chen-Ling Chou (Elec. and Comp. Eng., Carnegie Mellon University, Pittsburgh, PA, proposal: 17 September 2009, defense: 14 April 2010, Designing Embedded Multiprocessor Networks-on-Chip with Users in Mind)
• Maarten Wiggers (Elec. Eng., Math. and Comp. Sci., University of Twente, Netherlands, reading committee, 19 June 2009, Aperiodic Multiprocessor Scheduling for Real-time Stream Processing Applications)
• Andreas Hansson (Elec. Eng., TU/e, 17 June 2009, A Composable and Predictable On-Chip Interconnect)
• Jun Zhu (Licentiate, Information and Communication Technology, KTH, Stockholm, Sweden, opponent, 25 May 2009, Energy and Design Cost Efficiency for Streaming Applications on Systems-on-Chip)
• Martin Palkovic (Elec. Eng., TU/e, and IMEC, Leuven, Belgium, reading committee, 24 September 2007, Enhanced Applicability of Loop Transformations)
• Théodore M. Marescaux (Elec. Eng., TU/e, and IMEC, Leuven, Belgium, reading committee, 7 September 2007, Mapping and Management of Communication Services on MP-SoC Platforms)
• Kristof Denolf (Elec. Eng., TU/e, and IMEC, Leuven, Belgium, 7 June 2007, Low Power Design of Block-Based Video Codecs)
• Ana Sokolova (Comp. Sci., TU/e, reading committee, 3 November 2005, Coalgebraic Analysis of Probabilistic Systems)
• Sien-An Ong (Elec. Eng., TU/e, 14 December 2004, System-Level Design Decision-Making for Real-Time Embedded Systems)
• Nam Pham Ngoc (Elec. Eng., KU Leuven, Belgium, 8 September 2004, QoS Management at End Systems for Advanced Multimedia Applications)

Postdocs

• Freek van den Berg (Elec. Eng., TU/e, (FitOptiVis))
• Majid Nabi (Elec. Eng., TU/e, SenSafety)
• Yang Yang (Elec. Eng., TU/e, Octopus)
• Nikola Trcka (Elec. Eng. & Comp. Sci., TU/e, Octopus)
• Maarten Wiggers (Elec. Eng., TU/e, MNEMEE)
• Sander Stuijk (Elec. Eng., TU/e, MNEMEE)
• AmirHossein Ghamarian (Elec. Eng., TU/e, MNEMEE)
• Phillip Stanley-Marbell (Elec. Eng., TU/e, WASP)
• Bart Theelen (Elec. Eng., TU/e, Betsy)
• Marc Geilen (Elec. Eng., TU/e, Ozone)
• Bart Mesman (Elec. Eng., TU/e, Ozone)
• Qin Zhao (Elec. Eng., TU/e, Ozone)

Qualified Medical Informatics (QMI) students

• Pieter van Grootel (SMPEe, TU/e, and Maxima Medisch Centrum, Veldhoven)

Engineering Doctorate (EngD) students

• Parisa Farboud (DEES-ICT, SAI, TU/e, and Canon Production Printing, Venlo, Context-aware Scheduling in Production Printing (SAM-FMS))
• Cumhur Erdin (DEES-ICT, SAI, TU/e, and NXP, Eindhoven, SoC Design of a Reconfigurable Approximate Low-Power Digital Baseband)
• Edwin Mui (DEES-HSD, TU/e / SAI, and Medintec, VR Headset for Healthcare)
• Ali Rahimzadeh (DEES-ICT, TU/e / SAI, and Océ Technologies, Venlo, Interface Design for Sheet Schedulers of a Cut-sheet Production Printer)
• Garbí Singla Lezcano (ICT, TU/e / SAI, and FEI, Eindhoven, Embedded Platform for Data-Intensive Control)
• Wenfeng (Sean) Wang (HSD, TU/e / SAI, and Philips Healthcare, Best, Software Improvement for the MRI Distributed Data Acquisition System - DAS Logging)
• Nick Ilieskou (ICT, TU/e / SAI, and Océ Technologies, Venlo, Optimizing Memory Intensive Algorithms)
• Xioachen Chen (Software Technology, TU/e / SAI, Embedded Systems Institute, and Océ Technologies, Venlo, Design-Space Exploration Toolset)
• Calin Ciordas (ICT, TU/e / SAI, and Philips Research, Eindhoven, Event-based Debugging of AEthereal networks: A layered approach)

Master's students

• Thimo Böhmer (Embedded Systems, TU/e and ASML, Eindhoven, Automated Process Synthesis for Multi-Disciplinary Architectural Design Exploration and Performance Evaluation of Lithography Machine Wafer Handlers)
• Yahya Soliman (Embedded Systems, TU/e, Predictability of Distributed Sensor Fusion Applications for Advanced Driver Assistance Systems in Software-Defined Vehicles)
• Roel van Os (Embedded Systems, TU/e, Optimizing Conflict-Free-Transportation-Constrained Flexible Manufacturing Systems)
• Mario Neubacher (Embedded Systems, TU/e, and CPP, Venlo, Completion Time Predictions and Production Plan Optimization for Production Printing)
• Izgi Özbay (Embedded Systems, TU/e, and ESI (TNO), Eindhoven, Characterizing Performance Variability in Manufacturing System Configurations)
• Xinjue Tang (Embedded Systems, TU/e, and Océ, Venlo, Multi-core Datapath Contention Modelling)
• Daniel Popescu (Embedded Systems, TU/e, and Holst-IMEC, Eindhoven, Wireless Sensor Network for Water Quality Measurements)
• Joost van Pinxten (Elec. Eng., TU/e, and ESI, Eindhoven, Quantitative and Qualitative Evaluation of Model Transformation Approaches for Design Space Exploration)
• Joris Ahsmann (Embedded Systems, TU/e, and Cork Institute of Technology, Ireland, Deploying, analysing and configuring wireless sensor networks)
• Yue Fan (Embedded Systems, TU/e, and Océ, Venlo, Enhancing the Performance of Software-In-the-Loop Simulation of Printer Paper Paths)
• Okke Hendriks (Embedded Systems, TU/e, Pushing Further: Alternative ball-handling by intercepting and pushing with an omni-directional soccer robot)
• Abhinav Singh (Embedded Systems, TU/e and Manipal Institute of Technology, India, and DevLab, Eindhoven, Performance Analysis and Optimization of the NIDES Localization Algorithm for Large Scale Wireless Sensor Networks)
• Hans Derks (Embedded Systems, TU/e, and AME, Eindhoven, A Scalable Approach to Indoor Localization using Existing ZigBee Reference Devices)
• Bob Peters (Embedded Systems, TU/e, and DevLab, Eindhoven, High-level Non-intrusive Monitoring of Wireless Sensor Networks)
• Brian Lensen (Elec. Eng., TU/e, and ESI, Eindhoven, Automated Design-Space Exploration of Resource-Aware Synchronous Dataflow Graphs using Multi-Objective Evolutionary Algorithms)
• Kevin Wong (Elec. Eng., TU/e, and Devlab, Eindhoven, QoS Measurements and Experimental Validation of a Wireless Sensor Network Model)
• Alvaro Oceguera Valenzuela (Embedded Systems, TU/e, and Océ, Venlo, Real-Time Step Motor Emulation for Hardware in the Loop Simulation)
• Marcel Steine (Embedded Systems, TU/e, and NXP, Eindhoven, Priority-based Budget Scheduling for Efficient Resource Sharing in Predictable Multi-Processor Systems)
• Patricia Fuentes Montoya (Embedded Systems, TU/e, Exploring Trade-Offs in the Design of a Landscape Mapping Application)
• Chong Sheau Pei (Comp. Sci., Embedded Systems Program, TU/e, and Phillips Research, Eindhoven, Wireless Sensor Network Modeling)
• Shubha Bhat (Comp. Sci., Embedded Systems Program, TU/e, Energy Models for Network-on-Chip Components)
• Michiel Oostindie (Elec. Eng., TU/e, Exploring Boundaries in Game Processing)
• Veena Parashuram (Comp. Sci., Embedded Systems Program, TU/e, and Philips Applied Technologies, Eindhoven, Mapping Object Detection onto a Heterogeneous Multiprocessor Vision Platform)
• Jan Willem van den Brand (Elec. Eng., TU/e, and Philips Research, Eindhoven, Runtime Networks-on-Chip Performance Monitoring)
• Rob Hoes (Elec. Eng., TU/e, and Philips Research, Eindhoven, Predictable Dynamic Behaviour in NoC-based Multiprocessor Systems-on-Chip)
• Hans Van Der Linden (Computer Science, Enseirb, Bordeaux, France, Scheduling distributed Kahn process networks in YAPI)
• Sander Stuijk (Elec. Eng., TU/e (cum laude), Concurrency in Computational Networks)
• André Cunha Carmo (Elec. Eng. & Telecommunication, Universidade de Aveiro, Portugal, A study on the transformation of sequential streaming algorithms into parallel YAPI programs)
• Erwin Dunnink (MIT, Open Universiteit, Embedded Workflow Functionaliteit)
• Johan Kapteijn (Comp. Sci., TU/e, Een Alumni Relatie Systeem)

Trainees

• Yuxuan Shan (Elec. Eng., TU/e, A Dataflow Program of a LiDAR Pipeline)
• Yiyang Zu (Elec. Eng., TU/e, Dataflow-driven Supervisory Control of Manufacturing Machines)
• Brian Hutama Susilo (Elec. Eng., TU/e, Development of a Test Set-Up for Indoor Human Occupancy Monitoring Using Non-Intrusive Sensors)
• Hugo de Haas (Elec. Eng., TU/e, and Cork Institute of Technology, Ireland, Evaluating the performance of InRout Route selection Algorithm for Industrial Wireless Sensor Networks)
• Joost van Pinxten (Elec. Eng., TU/e, and Augusoft, Eindhoven, Using (meta)modeling tools to implement Platform Independent and Platform Specific Models and transformations)
• Jerzy Mikucki (Comp. Sci., Silesian University of Technology, Gliwice, Poland)
• Gert-Jan van den Braak (Electrical Engineering, TU/e, and KTH, Stockholm, Sweden, Design and Implementation of a Data Management Engine)
• Wouter van der Put (Embedded Systems, TU/e, and KTH, Stockholm, Sweden, Design and Implementation of a Data Management Engine)
• Marcel Steine (Embedded Systems, TU/e, and National University of Singapore, Routing Tree Optimization for QoS Trade-off Analysis in Sensor Networks)
• Sujit Prasannakumar (Comp. Sci., Embedded Systems Program, TU/e, A Flit-Accurate Network on Chip Simulator)
• André Boon (Elec. Eng., TU/e, and Philips Research, Eindhoven, The Hardware Design of Monitoring probes for the Æthereal NoC)
• Rob Kock (Elec. Eng., TU/e, Mapping an SDF graph onto an MPSOC architecture)
• Sun Wei (Elec. Eng., TU/e, Mobile code in wireless systems)
• Jan Ypma (Elec. Eng., TU/e, Visualization of computational networks)
• Nick de Koning (Elec. Eng., TU/e, Estimating memory requirements of applications at the source level)
• Shubha Bhat (Comp. Sci., Embedded Systems Program, TU/e, and Philips Research, Eindhoven, System Building in SystemC using Verilator)
• Veena Parashuram (Comp. Sci., Embedded Systems Program, TU/e, and Philips CFT, Eindhoven, Low-level Algorithm Mapping on SmartCam Architectures)
• Michiel Oostindie (Elec. Eng., TU/e, SYAPI: SDF semantics added to YAPI)
• Rob Hoes (Elec. Eng., TU/e, and National University of Singapore, The Design of an Embedded i80188 Microprocessor: Optimization of a digital design)
• Upmanyu Misra (Inst. of Eng. and Techn., CSJM University, Kanpur, India, Decision support for concurrency analysis)
• Rik Kneepkens (Elec. Eng., TU/e, H263 Decoder: Case study on concurrency analysis)
• Jeroen Vrijnsen (Elec. Eng., TU/e, and IMEC, Leuven, Belgium, A NUMA Architecture Simulator)
• Peter Poplavko (Elec. Eng., TU/e, Topological Permutation Method for Scheduling Data Flow Graphs)