Browsing by Subject "FPGA"

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  • Developing solutions for remote SoC labs 
    Goyal, Anmol; Darak, Sumit Jagdish (Advisor) (IIIT-Delhi, 2022-07)
    Embedded System labs involve working on Field Programmable Gate Arrays (FPGAs) and Zynq System-on-Chips (SoC). The key aspect is that these boards can be programmed and tested remotely. However, conducting remote labs for ...
  • Emerging communication infrastructure for intra and inter chip communications 
    Kumar, Madhur; Deb, Sujay (Advisor) (IIIT-Delhi, 2022-12)
    With new emerging technologies, designing with wired, wireless and optical interconnects will become easier. When designers have these three interconnect options, choosing between them and using the suitable interconnect ...
  • FPGA implementation of multi-standard wireless transceiver via dynamic partial reconfiguration 
    Deep, Gyan; Darak, Sumit Jagdish (Advisor) (2017-12-15)
    To support wide variety of services ranging from voice, high-speed data and multimedia, multi-standard wireless communication transceivers (MWCT) are desired. Such transceivers have the capability to adapt to any desired ...
  • In-network processing for 5G crypto using FPGA-based NICs 
    Nagar, Ritika; Shah, Rinku (Advisor); Darak, Sumit Jagdish (Advisor) (IIIT-Delhi, 2023-11-29)
    The latest advancements in the field of 5G telecommunications have proposed the requirements of high speeds (~1 Gbps per user) and low latency (< 1 ms) for a new world of possible applications such as AR/VR, autonomous ...
  • Microservice-based in-network AES solution for FPGA NICs 
    Hussain, Lasani (IIIT-Delhi, 2022-12)
    Data centers demand high throughput (100 to 400 Gbps) and sub-millisecond latency. The performance of data center applications heavily depends on the efficiency of the underlying TCP stack. Despite several optimizations, ...
  • Reconfigurable architectures for online machine learning 
    Santosh, Siripurapu Venkata Sai; Darak, Sumit J. (Adviosr) (IIIT- Delhi, 2020-12)
    Multi-armed bandit (MAB) algorithms are designed to identify the best arm among several arms in an unknown environment. They guarantee optimal balance between exploration (select all arms sufficient number of times) and ...

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