FPGA SoC Designer
- Verfügbarkeit einsehen
- 0 Referenzen
- 90€/Stunde
- 1217 Meyrin
- Europa
- hi | en
- 19.08.2021
Kurzvorstellung
Qualifikationen
Projekt‐ & Berufserfahrung
6/2020 – offen
TätigkeitsbeschreibungImplementing algorithms on FPGA using HDL and HLS flow for L1 Trigger system of CMS. Trying to reduce latency and implementable complexity (Rent exponent). Making the designs more aligned in both HDL and HLS.
Eingesetzte QualifikationenFPGA
11/2017 – 5/2020
Tätigkeitsbeschreibung
Designed and optimized the baseband modules of 5G receiver.
Specifically, designing reference signal generation blocks, timing and frequency offset estimation, Phase noise correction blocks.
Optimizing the blocks for Intel Stratix FPGA using better routing and exploring DSP or hardware resources. Invovled in high level integration of the subsystem blocks and making the design more programable.
Also, involved in designing hardware accelerators for the 5G receivers modules and integrating the functionality with the RISC-V based control core.
Digitaler Signalprozessor (DSP), FPGA, Telekommunikation / Netzwerke (allg.)
12/2016 – 9/2017
TätigkeitsbeschreibungDeveloped a real time test bed receiver based on Xilinx FPGA to test low energy modulation schemes, specifically OOK design. In this thesis, I explored various aspects of digital design of blocks such as timing analysis, floor plan, impact of operational bits etc. Also, tested the performance of system under a wide band ADC, utilizing its full dynamic range.
Eingesetzte QualifikationenDigitaler Signalprozessor (DSP), FPGA, Simulink, Telekommunikation / Netzwerke (allg.)
8/2013 – 7/2015
Tätigkeitsbeschreibung
Worked on developing a Cognitive Radio Test Bed using Gnu Radio Libraries and
Universal Software Radio peripheral(USRP).It was designed to test various aspects of
Interweave mode of operation in remote areas of India on GSM Bands.Tested
feasibility of various real-time applications such as audio streaming , video streaming
and transferring of high quality images over the test bed. After feasibility test, the
PHY layer technologies utilized by the test-bed were augmented to MIMO-OFDM (2x2
design.
Digitaler Signalprozessor (DSP), Python, Telekommunikation / Netzwerke (allg.)
Weitere Kenntnisse
Persönliche Daten
- Englisch (Fließend)
- Hindi (Muttersprache)
- Europäische Union
- Schweiz
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