Searched for: mods_note_programme_s%3A%22Computer%255C%2BEngineering%22
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Zhong, C. (author)
Running quantum algorithms in a quantum machine may solve some complex problems that are intractable for even the most powerful classical computers. Quantum algorithms can be described by quantum circuits consisting of a set of qubits and a sequence of gates operating on those qubits when the quantum circuit model of computation is adopted. This...
master thesis 2017
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Ma, Y. (author)
The rodent whisker system is becoming a prominent experimental subject for the study of active sensing. As a result of improved video recording hardware/software and progressively better neurophysiological methods, there is now the prospect of precisely analyzing the intact vibrissal sensorimotor system. The vibrissae and snout analyzer (ViSA),...
master thesis 2017
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Akhundov, H. (author)
Secure communication has been paramount throughout history. Although in the early ages it was mainly found in niche applications such as the military and royal society, today it is an inevitable part of our daily lives. The recent rapid proliferation of Internet of Things (IoT), a diverse set of devices that are connected to the Internet,...
master thesis 2017
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Hogervorst, T.A. (author)
The memory-wall problem is a big challenge that classical Von Neumann-based computer systems face. This problem is caused by the increasing performance gap between the main memory and the central processing unit. The novel Computation-in-Memory (CiM) architecture can solve the memory wall problem by using emerging memristor technology to perform...
master thesis 2017
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Heij, R.W. (author)
In this work a fast and efficient implementation of a Field Programmable Gate Array (FPGA) based, fixed hardware, streaming multiprocessor architecture for low latency medical image processing is introduced. The design of this computation fabric is based on the ρ-VEX Very Long Instruction Word (VLIW) softcore processor and is in influenced by...
master thesis 2016
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Voicu, T.A. (author)
The digital era's requirements pose many challenges related to deployment, implementation and efficient resource utilization in modern hybrid computing infrastructures. In light of the recent improvements in computing units, the defacto structure of a high-performance computing cluster, ordinarily consisted of CPUs only, is superseeded by...
master thesis 2016
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Brobbel, M. (author)
Segmentation and annotation of tumors in CT scans of the brain is a cumbersome time-consuming task for medical experts. Carefully annotated data can be used to build training data sets for machine learning frameworks, with the ultimate goal to fully automate this process. This thesis focuses on acceleration of the annotation process by...
master thesis 2016
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Ampntel-Kanter-Oikonomou, A.K. (author)
Nowadays, modern Integrated Circuit (IC) technology allows processor manufacturers to produce complex designs with up to a few billions of transistors.Technology limitations and the end of voltage and frequency scaling forced computer architecture to multicore designs and more specialized solutions on hardware. These technology trends increased...
master thesis 2015
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Jaspers, M.J. (author)
With the advent of Next Generation Sequencing (NGS), the cost of sequencing human DNA has decreased significantly over the past decade. This decrease in cost has attracted a great deal of attention from medical research and is now transitioning to clinical practice. Precision medicine, tailored to a persons's genetic profile, is becoming a...
master thesis 2015
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Karapatis, A. (author)
Closed-loop neurostimulation systems have emerged as a prominent method for treating seizures. However, most of the proposed solutions do not consider the need for fast (real-time) seizure detection or their energy overheads, resulting in systems not suitable for wearable or implantable applications. This thesis describes the design and...
master thesis 2015
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Van Teijlingen, W. (author)
Designers are confronted with high time-to-market pressure and an increasing demand for computational power. As a result, they are required to identify as early as possible the quality of a specification for an intended technology. The designer needs to know if this specification can be improved, and at what cost. Specification trade-offs are...
master thesis 2014
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Andronikidis, G. (author)
Embedded Reconfigurable Architectures (ERA) is a project with the objective to design a platform that combines reconfigurable computing and network elements which can adapt on-the-fly their composition, organization and even instruction-set architectures in an effort to provide the best possible trade-offs in performance and power for the given...
master thesis 2014
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Padmanabharao, P.K. (author)
Next Generation Sequencing technologies have had a tremendous impact on our understanding of DNA and its role in living organisms. The cost of DNA sequencing has decreased drastically over the past decade, leading the way for personalised genomics. Sequencers provide millions of fragments of DNA (termed short reads), which have to be aligned...
master thesis 2014
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Fan, D. (author)
The aim of the project is to develop an ECG signal compression algorithm that has a high compression ratio while guaranteeing signal quality. An electrocardiography (ECG) signal is a representation of cardiac activity and has an need to be compressed to reduce data storage requirements and energy cost of transmission. Previous ECG signal...
master thesis 2014
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Timmerman, J. (author)
The Microthrust project aims to deliver an efficient and scalable electric propulsion system for very small form factor satellites. For this aim, a thruster chip (THC) is being developed at EPFL, Switzerland, that uses a strong electric field to accelerate charged particles from hollow ‘needles’. The particles are emitted from the propellant, a...
master thesis 2014
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Patsis, K. (author)
The goal of this study was to dive into the novel techniques associated with the use of the available Third Generation DNA Sequencing (TGS) platform, PacBio. This 3-year old technology sounded promising right from the beginning but its groundbreaking attributes, like length and error content, required unconventional handling to yield worthwhile...
master thesis 2014
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De Jong, M.D. (author)
This thesis describes FPGA-accelerated Monte-Carlo integration using adaptive stratified sampling. Monte-Carlo integration can be used to determine the value of integrals that have no closed form solution. In this work, the FPGA-accelerated design is used to determine the price of different types of financial options. The considered options are...
master thesis 2014
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Gebregiorgis, A.B. (author)
With the continuous miniaturization of CMOS technology into the nanometer regime, the reliability of SRAM memories is threatened by accelerated transistor aging such as Bias Temperature Instability (BTI), Hot Carrier Injection (HCI) and gate oxide breakdown. Among these mechanisms BTI is known to be the primary aging mechanism in nanoscale...
master thesis 2014
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Peltenburg, J.W. (author)
Over the last decade, the costs of sequencing a human DNA molecule have been drastically reduced. It is therefore expected that the DNA sequence of patients will be used more often as a diagnostics tool in future clinical applications. However, DNA sequencers deliver millions of small fragments from random positions of the very large DNA string....
master thesis 2014
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Lodder, R.J. (author)
The amounts of genetic data that are produced is steadily increasing. New methods to sequence genetic data are invented and existing methods are refined, resulting in the generation of more and larger datasets. To extract useful data from these growing datasets, the algorithms processing them have to support the new and larger datasets. In this...
master thesis 2014
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