| Student |
Thesis |
Content |
| Chao, X. (Xiaofei) | A Framework for Robust Feature Selection for Real-Time Fashion Style Recommendation | |
| Chen, X. (Xiaojing) | Binary and Nonbinary Description of Hypointensity in Human Brain MR Images | |
| Di, Z. (Zi) | Systematic Evaluation of Image Analysis for Cell-Matrix Adhesion Studies in Cytomics | |
| Gao, R. (Ruoyun) | Dynamic Feature Description in Human Action Recognition | |
| Gouw, S. (Stijn) de and Helvensteijn, M. (Michiel) | Automatic Program Verification in Mist | |
| Halm, E. (Eyal) | Genetic Algorithm Driven DesiGn Space Exploration Tool (GADGET) | |
| Imami, F. (Feraaz) | Simulation and Exploration of LAURA Processor Architectures with SystemC | |
| Kaziliunas, A. | DISCUS: A Grade Management System | |
| Lee, B.V.Y. (Beatrix) | Analysing Molecular Landscapes using Random Walks and Information Theory | |
| Marijt, R. (Robert) | Multi-objective Robust Optimization Algorithms for Improving Energy Consumption and Thermal Comfort of Buildings | |
| Pouw , M. (Michiel) | Constraint Automata with Synchronization Points | |
| Ramjiawan, N. (Nadia) | Mapping Multiple onto SPEs of the Cell BE Platform using the SCO Model of Computation | |
| Rietveld, K.F.R. (Kristian) | An Implementation of Intelligent Disk Block Replication in Minix | |
| Stafleu, J. (Jasper) | UML Specification of and UML Tooling for Paradigm | |
| Steenbergen, T. (Thomas) | Analysis of using Browser-native Technology to Build Rich Internet Applications from Image Manipulation | |
| Vijfhuize, M. (Maarten) | SMEPP: A Novel System Modeling Environment for Performance Prediction | |
| Vink, R. (Ron) | Temporal Pattern Analysis using Reservoir Computing | |
| Vries, T. (Timo) de | Predicting High-Level Cognitive Decisions using Low-level Features from Eye Gaze Data | |
| Wang, L. (Liang) | Across Browsers SVG Implementation | |
| Wang, X. (Xuan) | An Emperical Study on the Relation Between the Quality of UML Models and the Quality of the Implementation | |
| Wurdinger, K. (Kerstin) | Investigating an Evolutionary Strategy to Forecast Time Series | |
