Channel - EEMCS
2-6-2022 17:58:52
Channel Videos
A Data-Driven Approach to Disaster Resilience in Communication Networks
J. Oostenbrink
8-2-2023 10:55:00
Advances in Stochastic Duality for Interacting Particle Systems: from many to few
S. Floreani
28-10-2022 07:25:00
African New Towns: An adaptive, principle-based planning approach
R.E. Keeton
13-10-2020 07:25:00
Agent-based Modeling of Culture's Consequences for Trade
Cultural differences are known to have their effects on trade. The subject of this thesis is a computer simulation of the role of trust and deceit in trade across cultures. In the computer simulation the traders’ rolls are realized by software agents. Such an agent is a computer program which simulates the behavior of a human being. In a multi-agent simulation a group of software agents is acting and interacting simultaneously. Important functions of agents in the present simulation are to approach new potential trade partners, to negotiate about a transaction and to exchange proposals, and, when the negotiation has ended successfully, to exchange products, and to decide and request a trace to be performed. The agents’ decision mechanisms are implemented according to models and data available from scientific literature. To model the influence of culture on the decision making, an expert systems approach is taken, using the Synthetic Cultures according to Hofstede en Pedersen. The approach has proved feasible to develop a valid model of cultural differentiation in software agents. This is relevant for the development of instruments for cross-cultural research, educational and training applications to make people aware of cultural differences, and affective human-computer interfaces in a globalizing world.
D. Verwaart
8-6-2011 12:30:00
Algorithms for efficient inference in convolutional neural networks
B. Zhu
16-9-2021 09:55:00
Approximations and Transformations of Piecewise Deterministic Monte Carlo Algorithms
A. Bertazzi
13-6-2023 07:25:00
Carving Information Sources to Drive Search-based Crash Reproduction and Test Case Generation
P. Derakhshanfar
22-4-2021 07:25:00
Computation-in-Memory: From Circuits to Compilers
J. Yu
5-2-2021 08:25:00
Correct by Construction Language Implementations
A.J. Rouvoet
14-10-2021 12:25:00
Cryogenic CMOS Characterization for Quantum Computer Applications
P.A. 't Hart
21-11-2022 10:55:00
Cyber Threat Intelligence Analysis of adversaries and their methods
H.J. Griffioen
30-9-2022 09:55:00
Decentralization and Disintermediation in Blockchain-based Marketplaces
M.A. de Vos
16-6-2021 14:55:00
Design and applications of Monte Carlo methods based on piecewise deterministic Markov processes
S. Grazzi
2-3-2023 13:25:00
Designing and Diagnosing Models for Conversational Search and Recommendation
G. Penha
24-5-2023 09:55:00
Development of A Closed-Loop Degaussing System. Towards Magnetic Unobservable Vessels
A.R.P.J. Vijn
9-12-2021 13:25:00
DNA comparisons in genomics: a reference-based perspective
T.O. Mokveld
22-5-2023 12:25:00
Dynamc Positioning of Ships. A nonlinear control design study
Dynamic positioning (DP) is relatively a new technique used to maintain the position and heading of ships in various offshore operations. Due to the features like better safety and operating efficiency, DP systems are becoming more and more popular. This thesis mainly focusses on the control system design part of the DP system. The theoretical study is based on a naive mathematical model of a ship and the forces and disturbances acting on it. The design objective is the regulation of a vessel to a desired operating point. Two main concepts for the DP control system design presented in this thesis are: the control system design based on the state dependent Riccati equation and the control system design using the port-Hamiltonian framework.
S. Muhammad
23-4-2012 10:00:00
EDA tools and methodologies for reliable nanoelectronic systems
F. Augusto Da Silva
21-9-2022 14:55:00
Enabling Low-Latency Applications Using Programmable Networks
B. Turkovic
26-10-2022 09:55:00
Enabling Social Situation Awareness in Support Agents
I. Kola
21-11-2022 13:25:00
Encoding a Qubit into an Oscillator with Near-Term Experimental Devices
D.J. Weigand
2-12-2020 08:25:00
Epidemics on Networks Analysis, Network Reconstruction and Prediction
B. Prasse
17-5-2021 09:55:00
Explainable Artificial Intelligence for human-AI collaboration
J.S. van der Waa
19-10-2022 09:55:00
Fair Mechanisms for Smart Grid Congestion Management
B. Hekkelman
12-12-2022 10:55:00
Flexibility in Multi-Energy Systems. Models and Metrics to Assess Future Energy Systems
D. Gusain
17-10-2022 14:55:00
Hardware Acceleration of Bioinformatics Sequence Allignment Applications
Biological sequence alignment is an important and challenging task in bioinformatics. Alignment may be defined as an arrangement of two or more DNA or protein sequences to highlight the regions of their similarity. Sequence alignment is used to infer the evolutionary relationship between a set of protein or DNA sequences. An accurate alignment can provide valuable information for experimentation on the newly found sequences. It is indispensable in basic research as well as in practical applications such as pharmaceutical development, drug discovery, disease prevention and criminal forensics.
Many algorithms and methods, such as, dot plot, Needleman-Wunsch, Smith-Waterman, FASTA, BLAST, HMMER and ClustalW have been proposed to perform and accelerate sequence alignment activities. However, with the ever increasing volume of data in bioinformatics databases, the time needed for biological sequence alignment is always increasing. The main aim of the research presented in this thesis is to explore and analyze the existing sequence alignment methods and come up with better and optimized solutions.
L. Hasan
6-6-2011 10:00:00
In-Pixel Temperature Sensors to Compensate for Dark Current of a CMOS Image Sensor
A.N. Abarca Prouza
17-5-2021 14:55:00
Integrated High-Side Current Sensors
L. Xu
15-12-2020 10:55:00
Light management in thin-film silicon solar cells
O. Isabella
28-1-2013 08:30:00
Mathematical modelling of Fast, High Volume Infiltration in poroelastic media using finite elements
M. Rahrah
3-11-2020 10:55:00
Modeling Urban Automated Mobility on-Demand Systems: an Agent-Based Approach
S. Wang
31-1-2023 08:25:00
Morphodynamic equilibria in double-inlet systems: their existence, multiplicity and stability
X. Deng
6-3-2023 13:25:00
On fine-grained temporal emotion recognition in video. How to trade off recognition accuracy with annotation complexity?
T. Zhang
3-10-2022 09:55:00
On the Design of Fly's Eye Lenses at Sub-THz Frequencies for Wideband Communications
M. Arias Campo
11-1-2021 10:55:00
Optimal Mixing Evolutionary Algorithms for Large-Scale Real-Valued Optimization with Real-World Medical Applications
P.A. Bouter
13-2-2023 10:55:00
Phase-Coded FMCW for Automotive Radars
U. Kumbul
15-3-2023 15:55:00
Quantifying Cybercriminal Bitcoin Abuse
K. Oosthoek
6-2-2023 13:25:00
Recommender systems for DevOps
C.S. Maddila
20-12-2022 13:25:00
Singular Value Decomposition for Time Series Analysis with Applications to Smart Energy Systems
A. Khoshrou
19-12-2022 13:25:00
STATISTICAL ANALYSIS IN CYBERSPACE DATA VERACITY, COMPLETENESS, AND CLUSTERING
M.P. Roeling
7-6-2021 12:25:00
Statistical post processing of extreme weather forecasts
J.J. Velthoen
14-9-2022 12:25:00
Straight as rain: Africa’s rainfall measured, modeled, mapped, and analyzed
C.M.L. Le Coz
17-6-2021 12:25:00
Surrogate-Assisted Reservoir History Matching
C. Xiao
27-1-2021 10:55:00
Testing RRAM and Computation-in-Memory Devices Defects, Fault Models, and Test Solutions
M.C.R. Fieback
8-7-2022 12:25:00
The structure of Hecke operator algebras
M. Klisse
7-9-2022 12:25:00
Transverse and longitudinal vibrations in axially moving strings
J. Wang
18-11-2022 08:25:00
Ultrasound Imaging through Aberrating Layers
P.Q. van der Meulen
31-1-2023 13:25:00
Understanding the Fundament of Virus Inactivation and Verification Via Modeling
C. Tan
24-4-2023 12:25:00
Urn models and other approaches to risk and tails, with applications in risk management and climatology
D. Cheng
12-9-2022 07:25:00
XLBlocks: On the Effect of a Visual Language on Formula Creation and Comprehension in Spreadsheets
B. Jansen
12-9-2022 14:55:00
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