Searched for: contributor:"Serdijn, W.A. (mentor)"
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Varkevisser, Francesc (author)
Development of a visual prosthesis has the potential to help millions of patients with visual impairment around the world. One approach of visual prostheses is intracortical stimulation, where electrodes penetrating the visual cortex are used to create small light dots in the patients visual field. Said therapy requires an implantable...
master thesis 2020
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Barbon-Pedrina, Alessandro (author)
Approximately 15-20% of theworld population is aected by tinnitus, a hearing condition associated with phantomsound perception. A large number of suerers experience a severe level of tinnitus and they are not ableto conduct a normal life because they develop insomnia, depression, and distress.Extensive research has been made to study its...
master thesis 2020
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Wang, Shuang (author)
The neuromodulation modality based on the focused ultrasonic stimulation (FUS) has gained its interests for being non-invasive while having unprecedented high spatial resolution and deep penetration. The commercially available image-guided FUS device for neuromodulation setups are normally bulky, by employing an 1-D array transducer element to...
master thesis 2020
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Ramsey, Caitlin (author)
Neonates are among the most fragile in the human population. Even more so when born prematurely. Their loss of development time in the womb disrupts their growth, and the neonatal intensive care unit environment can add multiple stresses that hinder their development. This can partly be attributed to the intrusive environment of a neonatal...
master thesis 2020
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Vermond, Lukas (author)
In an effort to make DNA sequencing more accessible and affordable, Oxford Nanopore Technologies developed the MinION: A portable cellphone sized DNA sequencing device. Translating the information from this device to a nucleotide sequence is called basecalling, and is done with the aid of artificial neural networks. In this thesis, we accelerate...
master thesis 2020
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Chen, Shengjie (author)
Biosensing has been developed rapidly for a number of biomedical applications, including neural monitoring, protein detection, bacteria detection and blood glucose monitoring. Among the branches of bio-sensing, capacitive sensing is a promising technique and utilized widely, since it is rapid, simple, label free and inexpensive. Compared with...
master thesis 2020
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Agarwal, G. (author)
MRI machine has evolved tremendously over the years from its inception in order to render high-quality 3D images, best among its companion imaging systems. Of the whole system, RF receiver is the most crucial for its noise performance, which is expected to provide high SNR at all operating conditions. At Philips, MRI’s RF receiver is based on...
master thesis 2020
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Gonzales Huamán, E.E. (author)
It is well-known that GPS is a widely used technology for localization in outdoors environments. Nonetheless, such standard fails to provide a practical and accurate solution for localization and ranging applications within indoor environments due to the need of satellites and meter-level accuracy, which is poor for indoor environments. It is in...
master thesis 2017
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Yu, H. (author)
The electronization of automobiles is considered to be a revolution in automotive technology development progress. System level integrated circuits are needed to simplify the automotive electronics design and increase the reliability of automobiles. In this thesis, a prototype of a linear voltage regulator is designed for system level...
master thesis 2017
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Nassirinia, F. (author)
Animal studies are commonly used to test the feasibility and effectiveness of promising novel neu- roscience research ideas. One such new technique is optogenetic stimulation, a state-of-the-art brain stimulation technique. In optogenetics, genetic techniques are used to create light-sensitive proteins within the neuron membrane, thus allowing...
master thesis 2016
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Li, Y. (author)
master thesis 2016
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Rout, S. (author)
With the bandwidth of the ECG signal extending from sub-Hz to 200 Hz, a major challenge for an ECG readout system lies in implementing the high-pass (HP) cut-off frequency as this translates into the realization of large time constants on-chip.Although techniques such as those based on the use of pseudo-resistors to obtain very large time...
master thesis 2016
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Kostałkowski, M.K. (author)
Every year number of prematurely born infants grows. Most underdeveloped organ after birth is brain. Therefore its monitoring is very important, especially as it can provide indications about health state in a future, both short and long term. Non invasive method of brain monitoring is EEG recording. However tedious process of system set up and...
master thesis 2016
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Lin, Q. (author)
This thesis presents a low-power low-noise instrumentation amplifier designed to be implemented in 40 nm CMOS technology and operating from a 0.6 V supply, intended for use in electrocardiogram (ECG) and bio-impedance (BioZ) signal acquisition. This instrumentation amplifier has one ECG channel, one BioZ channel and allows both signals to be...
master thesis 2016
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Swager, I.S. (author)
In this work, a system level design for a wireless, multi-subject ElectroCorticoGram (ECoG) monitor- ing system for epilepsy research on mice is presented. It is a continuation of previous collaborations between the Erasmus Medical Centre (EMC) neuroscience department and the section Bioelectronics at Delft University of Technology. The system...
master thesis 2016
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Jiang, Y. (author)
This master thesis project aims to design a power management block which is suitable for RF energy harvesting application with input power range from 8uW to 1mW. RF energy harvesting applications are low power Wireless Sensor Network or Transceiver with working duty cycle and average power consumption is from tens of uW to hundreds of uW. Based...
master thesis 2016
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Weskin, M.E. (author)
In the Erasmus Medical Center (Erasmus MC) in Rotterdam a lot of research is done to investigate the olivocerebellar system, consisting of the cerebellum (motor behaviour) and the inferior olive (sensory input). The correlation and propagation of signals between both parts are of interest when investigating the influence of sensory input on the...
master thesis 2016
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Kerpels, J.J. (author)
In order to allow neuroscientists to do in vivo recordings on hard to reach brain tissue, such as the inferior olivary complex, specially designed electrodes are required. Although a variety of electrodes are commercially available, they are usually expensive and it is hard to rapid prototype new designs. This thesis describes the design process...
master thesis 2016
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Vegas, J. (author), Misdorp, A. (author)
bachelor thesis 2016
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Naseri Jahfari, A. (author), Eland, E. (author)
Deze thesis beschrijft het ontwerp en de implementatie van de software van een transcranïele magnetische stimulator voor muizen. Deze zal door de afdeling Neurowetenschappen van het Erasmus MC gebruikt worden om onderzoek te doen naar de mechanismen en mogelijkheden van transcraniële magnetische stimulatie (TMS). TMS heeft veel potentie om...
bachelor thesis 2016
Searched for: contributor:"Serdijn, W.A. (mentor)"
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