Searched for: mods_note_programme_s:"Electrical%5C+Engineering"
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Liu, Jinyi (author)
The prosthetic eye is created to help people who have lost an eye. The eye itself can only improve the appearance but without any optic function. In order to optimize the appearance, a prosthetic eye with a pupil that can dilate and contract according to the light level, just like the natural eye, is desired. The primary goal of this work is to...
master thesis 2018
document
Lu, Jiahan (author)
In recent years, microfluidic systems are used in various fields. In important component is the valve. In a variety of valve principles, the electrowetting valve promises high reliability, good controllability, low voltage operation and high transmission speed characteristics. The micro-fabrication method to create a chip-level electrowetting...
master thesis 2018
document
Chen, Qinghan (author)
TenneT’s vision of the North Sea Infrastructure (NSI) creates a basis for a joint European approach up to 2050 which focuses specifically on developing the North Sea as a source and distribution hub for Europe’s energy transition. High wind speed, central location and shallow water qualify the Dogger Bank as the location of the central hub.
master thesis 2018
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van der Geest, Dennis (author)
master thesis 2018
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Buist, Declan (author), Salzmann, Elke (author)
This thesis is about the simulation of the permanent magnet motors of the Nuna Solar Car in order to find their fundamental motor parameters. These parameters can then be used in a Field-Oriented control algorithm to be used in a new motorcontroller for the team. A finite element analysis is done on the two current motors of the Nuna solar car,...
bachelor thesis 2018
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Roest, Tobias (author), Bout, Jelle (author)
In this thesis the implementation of Field Oriented Control in the car of the NUON Solar Team will be discussed. The team decided to do research into the possibilities of a custom motor controller, and this thesis covers the beginning of that process. First a comparison between different control methods is made, and sensorless FOC is decided as...
bachelor thesis 2018
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Singh, Manvika (author)
As we are moving towards nano level devices, there is a greater need to miniaturize resonators. Miniaturization of resonators helps to attain higher sensitivity, lower power consumption, higher resonance frequency along with lesser requirement of space. Since graphene is strong and stiff and has various other exceptional mechanical properties,...
master thesis 2017
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Inan, Alp (author)
In traditional networks, the network functions are implemented as physical appliances which are called middleboxes and these middleboxes need to be deployed in predetermined locations throughout the network. Therefore one of the most important disadvantages of using middleboxes is that each network function deployment requires a great deal of...
master thesis 2017
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Shamsundar, Ashwini (author)
Internet of Things (IoT) as the name suggests is a network of interconnected devices connected to the internet. There are lot of 802.15.4 network technologies in the market for current implementation of IoT, however, they have critical problems which is preventing IoT to become fully successful. Some of the issues are lack of interoperability,...
master thesis 2017
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Karmakar, Shoubhik (author)
Analog to digital converters (ADCs) are critical blocks in most signal processing chains.
Especially in low bandwidth applications, there exists a need to digitize signals with high resolution and accuracy, while at the same time, expending minimum energy.
This thesis presents a dynamic zoom ADC for use in such applications. The zoom ADC...
master thesis 2017
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Jin, Tianyi (author)
Reliability is one of the major research topics of modern electronic packaging technology. The characterization of Au-Sn dia-attach solder material properties, including viscoplastic properties is requested for fast and accurate reliability assessment by industry. In this thesis, a detailed experimental based methodology to characterize Au-Sn...
master thesis 2017
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Tsopela, Marina (author)
End – consumers have become more active in the effort to achieve secure operation of the electricity grid. Demand response offers a set of solutions allowing consumers to achieve normalised load profiles and increase the balance between energy generation and consumption. Storage technologies and renewable energy sources integrated in microgrid...
master thesis 2017
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Carlsen, Brian (author)
Two dimensional plasmonic back reflectors have shown the ability to match the
scattering performance of standard back reflectors. However, three dimensional
plasmonic structures have not yet been thoroughly investigated. Here, the scat-
tering properties of a 3D plasmonic structure are approached at three levels of
system. First,...
master thesis 2017
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Wu, Lichao (author)
Many fields need high performance time measurements, including particle detection, time-resolved imaging, transducer array channel multiplexing and other time of-flight systems. These measurements are often performed by means of time-to-digital converters(TDCs), that for these applications, require high resolution, accuracy, and throughput. This...
master thesis 2017
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Chatrath, Bheeshma (author)
Low powered electric vehicles and electricity generation with the help of renewable energy technology are two kind of technological advancements which are taking place to meet growing global energy demand while reducing greenhouse gas emissions together at the same time. Achieving these objectives indicate shift from energy demand followed by...
master thesis 2017
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Wu, Donghao (author)
Inductive power transfer (IPT) has become a hot topic and is supposed to have a wide range of application in the future. This thesis focuses on the IPT system with multiple pickups in the lighting application. A multiple pickup system can power more than one pickup at the same time and the power consumption varies with a different number of...
master thesis 2017
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Felita, Cantika (author)
In this work, the analytical models to describe artificial dielectric layers (ADLs), when a lateral shift between layers is present, is presented. The alternate lateral displacement between layers is an important parameter to engineer the desired effective electromagnetic properties of the equivalent homogeneous material realized with the ADLs....
master thesis 2017
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Stienstra, Ester (author)
In this thesis a prototyping system on chip of a 32 x 32 spiking neural network is presented. This network has been designed in UMC 65. In order to determine which neuron model to use three different analog CMOS neuron models are studied. One of these models is used in the network. The network consists of arrays of synapses and neurons, 32...
master thesis 2017
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Bosma, Sjoerd (author)
DESHIMA is a superconducting on-chip spectrometer using MKIDs in the sub-mm wavelength regime (240-720 GHz, 1:3 bandwidth). This thesis presents (1) an analysis of the quasi-optical system used for DESHIMA on the ASTE telescope in Chile (2) design of the room-temperature optics of this design and (3) a preliminary investigation into an ultra...
master thesis 2017
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Zhang, Ruiling (author)
Lighting systems are attracting many researchers and companies to investigate the potential of light beyond illumination, by creating new smart illumination systems or developing indoor positioning methods. The main challenge in realizing novel systems is to process light information in such a way that new insights are discovered. There are...
master thesis 2017
Searched for: mods_note_programme_s:"Electrical%5C+Engineering"
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