Ömer Faruk Arslan Email & Phone Number

Ankara, Turkey

- In general, working on SoC-based underwater acoustic electronic systems design.

Ankara, Turkey

- In general, working on SoC-based underwater acoustic and optical electronic systems design.

Lausanne, Vaud, Switzerland

- I’ve engaged in research on task-level parallelism for FPGA acceleration, with a specific focus on con-structing an AXI Interconnect entirely from scratch using CHISEL under the guidance of Prof. PaoloIenne in the Processor Architecture Laboratory (LAP).- I’ve developed various elastic circuit components, including Eager Fork, Joiner, and Zipper, to designessential elements of the AXI Interconnect, such as AXI Mux and AXI Demux.

Ankara, Turkey

-I have experience analyzing tick-trade algorithms by simultaneously inspecting OUCH and ITCH channels, which involves parsing and matching messages from many high-volume network channels.-I developed a script for automating the extraction of daily success results for tick trade orders by parsing log files obtained from an FPGA.- In general, working on FPGA-based ultra-low delay tick trade solutions

Ankara, Turkey

- I contributed to scalable on-chip packet switch architecture, including a novel fabric arbiter design with efficient buffer management under the supervision of Ece Güran Schmidt and Fatih Yazıcı. The architecture also includes DRR and VOQ implementations as an alternative.- I have experience working with AXI protocols, specifically with AXI4-Stream, for enabling communication between the input and output of the datapath and external devices.- I designed and executed testbenches using the cocotb library's DUT environment to verify the proper functionality of the switch

Ankara, Turkey

- I have worked on Zynq Ultrascale+ MPSoC Architecture with the Kria KV260 board.- I essentially focused on the implementation of AR1335 camera module from the ground up by utilizing Vivado and Vitis (Software Development Kit) platforms.

Copenhagen, Denmark

- I developed new challenges, particularly about digital forensics and cryptology, for the HAAUKINSproject, which aims to create a highly accessible and automated virtualization platform for cyber securityeducation in Denmark.- I have prepared two challenges for Denmark’s regional and national cyber security contest, which wereused to select Danish contestants for the 2022 European Cyber Security Challenge(ECSC) competition.

Copenhagen, Capital Region, Denmark

- I focused mainly on how to develop cyber security training challenges which include emulations of cyber-physical systems in the HAAUKINS project under the supervision of Prof. Jens Myrup Pedersen.- In particular, I contributed with examples of side-channel attacks, especially timing and acoustic cryptanalysis.

Ankara, Turkey

- We’ve conducted an experimental investigation of the effect of number and dimensions of MMD layerson the performance of a semi-supervised domain-adaptation algorithm based on the paper ”LearningTransferable Features with Deep Adaptation Networks” (Long et al., 2015) in the PyTorch library underthe supervision of Assoc. Prof. Elif Vural.- Observed that this relationship aligns with well-known theoretical bounds in classical deep learningliterature.- Presented findings in a paper titled ”An Experimental Study of the Sample Complexity of DomainAdaptation,” which was accepted and published in the 31st IEEE Conference on Signal Processing andCommunications Applications (SIU 2023).