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Bouman, Jeffrey (author)
The averse reaction of lithium batteries inspired researchers to look for alternat-<br/>ives for energy storage in electronics. Battery-free or intermittent devices intro-<br/>duce a new paradigm with their own specific problems about power, state track-<br/>ing, timing and communication. We implemented the battery-free paradigm in<br/>the...
master thesis 2023
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Li, Fanyuan (author)
Over development of the past three decades, control systems in automobiles have undergone a significant transformation, shifting from mechanical devices to a multitude of interconnected computers that oversee sensors, drivers, and passengers. In today's modern vehicles, 50-80 independent computers, commonly referred to as Electronic Control...
master thesis 2023
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van Selm, Jasper (author)
When multiple wind turbines are positioned close to one another, such as in a wind farm, wind turbines located downwind of other turbines are not 100% efficient due to wakes, negatively affecting the total power output of the wind farm. A way to mitigate the loss of power is to steer the wake away from the next turbine, which lowers the current...
bachelor thesis 2023
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Filimon, Mihai (author)
The close proximity of wind turbines to one another in a wind farm can lead to inefficiency in terms of power production due to wake effects. One technique to mitigate the losses is to veer from their individual optimal direction. As such, the wakes can be steered away from downstream turbines in order to increase the overall power output. Multi...
bachelor thesis 2023
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Plămădeală, Ion (author)
The wake effect which is turbulence behind a wind turbine created when it extracts energy negatively impacts the power output of the downstream turbines. Active Wake Control can mitigate this effect, by rotating some turbines away from the wind. Previous research applied single agent reinforcement learning to apply Active Wake Control, show- ing...
bachelor thesis 2023
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Yeh, Jefferson (author)
Wind energy, generated by windfarms, is playing an increasingly critical role in meeting current and future energy demands. windfarms, however, face a challenge due to the inherent flaw of wake-induced power losses when turbines are located in close proximity. Wakes, characterized by regions of turbulence and lower wind speed, are created as air...
bachelor thesis 2023
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van der Schaaf, Guus (author)
In wind farms wind turbines are often placed close to each other. Each turbine generates a turbulent wake field, this field negatively affects subsequent turbines. This can cost more than 12% efficiency. To decrease this loss we can steer the turbines away from the wind direction, this will decrease the individual turbine power output, but can...
bachelor thesis 2023
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Figueira Comojo, Gregor (author)
This research explores the correlation between chewing activities and non-chewing activities using an Arduino microcontroller. Chewing samples are recorded by attaching the microcontroller to the back of the jaw, underneath the ear. The microcontroller collects data from a microphone capturing audio data of chewing sounds, as well as an Inertial...
bachelor thesis 2023
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Buijnsters, Jan (author)
Industry 4.0 and the Industrial Internet of Things (IIoT) growth will result in an explosion of data generated by connected devices. Adapting 5G and 6G technology could be the leading enabler of the broad possibilities of connecting IIoT devices in masses. However, the edge solution has some disadvantages, such as the loss of resource elasticity...
master thesis 2023
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Nembhani, Prithvish Vijaykumar (author)
Artificial intelligence, machine learning, and deep learning have been the buzzwords in almost every industry (medical, automotive, defense, security, finance, etc.) for the last decade. As the market moves towards AI-based solutions, so does the computation need for these solutions increase and change with time. With the rise of smart cities...
master thesis 2023
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Srinivas, Darshan (author)
With the increase in the number of user devices and applications, the 5G systems (5GS) user plane is bound to be burdened. More work towards independent scaling and optimisation of the 5GS user plane has to be done. The 4G base stations (eNB) are mainly deployed as monolithic units, whereas, in 5GS, the 3GPP 5G Next Generation base station ...
master thesis 2022
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Mohapatra, Sourav (author)
In this thesis we propose a novel memory architecture design that is robust to frequent memory failures targeting next generation low power embedded system. We explore the how the architecture works and perform detailed evaluations to show that our system achieves better performance than the state-of-the-art.
master thesis 2022
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Hendriks, John (author)
This work presents the first robust connection mode for Bluetooth Low Energy on an energy harvesting sensor.
master thesis 2022
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Beijen, Mike (author)
Everybody experiences time constraints in their day­-to­-day lives, possibly influencing our judgment abilities and behavior. In contemporary daily life, search en­gines are regularly consulted to look for information online with searchers commonly experiencing time pressure during the web search process. Therefore, this work investigates how...
master thesis 2021
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Symeonidis, Pandelis (author)
System behavior models are highly useful for the developers of the system as they aid in system comprehension, documentation, and testing. Even though methods to obtain such models exist, e.g. profiling, tracing, source code inference and existing log-based inference methods, they can not successfully be applied to the case of large, real-time...
bachelor thesis 2021
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Werthenbach, Thomas (author)
An essential step of software development is obtaining an understanding of the behaviour of a system. Accurate state models of system behaviour might help software developers build such an understanding. There exist several techniques for automatically inferring models on system behaviour using log analysis, but these do not scale well for...
bachelor thesis 2021
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Georgescu, Calin (author)
Understanding the behaviour of a software system plays a key role in its development and maintenance processes. Unfortunately, accurate and concise models are not always available during development, due to the rapid changes in the structure and scale systems may undergo during this phase. Finite State Machines (FSM) are a natural and prevalent...
bachelor thesis 2021
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Brandirali, Tommaso (author)
Large software systems today require increasingly complex models of their execution to aid the analysis of their behavior. Such execution models are impractical to compile by hand, and current approaches to their automated generation are either not generalizable or not scalable enough. This paper addresses this problem with a new approach based...
bachelor thesis 2021
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ASHOK KUMAR VATTEKKAT, RAVISANKAR (author)
Quantum software development is the process of conceiving, specifying, designing, programming, documenting, and testing executable quantum programs that are meant to run on practical quantum hardware. Even though quantum software development research has gained traction over the years, it is still mainly focused on problem analysis, language...
master thesis 2021
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Vegelien, George (author)
Test-cube is a tool that focuses on developer-friendly test amplification. Test amplification is a technique to improve a test suite by generating new tests based on manually written ones. Currently, these generated tests contain much redundant casting. Our study aimed to improve the readability of these generated test cases by reducing...
bachelor thesis 2021
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