RAs/Students

PhD

• supervisor: Matthew Katz (Imperial), Roman Sordan (Univ Belgrade)
• co-supervisor: Matthew Parish (UCL), Nir Grossman, Alexantrou Serb, Francesca Troiani
• one year visitor: Zongxia Mou (Univ Chongchi, China)

Masters Projects

2014/2015

• Dario Magliocchetti-Lombi (MEng): “Comparison of Machine Learning Algorithms for use on the SpiNNaker Platform”
• Lillan Agerup (MEng): “Interfacing the SpiNNaker With an Address Event Representation Retina Device”
• Augustine Tan (MEng): “Modeling Optogentics in Brain”
• Wenbo Li (MSc): “Machine learning tasks on the SpiNNaker platform”
• Nora Gaspar (Master, Erasmus, RWTH Aachen and U Groningen): “Bionic eye: Development of a retinomorphic system for processing visual input”.

 2013/2014

• Hua-Sheng Leow (MEng): Machine Vision Tasks using a New Asynchronous, Event- based Spatiotemporal Vision Sensor
• Sriram Kanan (MEng): “Retinal Prosthesis: Development of a programmable interface between an event based vision sensor and a stimulator”
• Anish Sondhi (MSc): “Bionic Eye: Development of a microcontroller interface between an event-based vision sensor and a stimulator”
• Adrian Rapoux (MEng-Bioengineering, co-superv.): “Improving selective stimulation of nerves by using action potential propagation speed segregation”

 2012/2013

• Federico Wadehn (MEng – Erasmus, ETH Zurich): “Classification of neural circuits in retina”
• Dimitrios Gontzes (MSc -  Bioengineering): “Modelling neuronal kinetics of inhibition with ArchT “
• Zhang Xingqi (MSc, co-superv.): “A bio-inspired glucose sensor based on the pancreatic beta cell”

 2011/2012

• Evangelos Apostolopoulos (MSc): “Future retinal prostheses: An FPGA system that processes event-based vision sensor data to implement novel retinomorphic algorithms”
• Carolina Lutterbeck (FYP, Erasmus, FH Aachen, Julich): “Optogenetic Retinal Prosthesis: Development of the interface between the vision sensor and the stimulator

 2010/2011

• Vasiliki Simaiaki (MSc - Bioengineeing): “Modelling Optogenetic initiation of action potentials by Channelrhodopsin2”

 2008/2009

• Joaquim Loizu (MSc, Erasmus student, EPFL): “Biophysical modeling of visual transduction: the quantum bump in Drosophila”