Design FPGA-based platforms for Quantum Key Distribution systems.

• The FPGA implementation of DOA estimation algorithms key operations based on QRD are developed. The resources utilization of such operations is presented for a ULA consisting of five or nine antenna elements, when math operations are implemented using fixed point representation.• The FPGA implementations of key operations are integrated, with optimization in terms of resources utilization and speed, to form a complete DOA algorithm.• Peripheral interfaces (USB, I2C, SPI, storage… Show more • The FPGA implementation of DOA estimation algorithms key operations based on QRD are developed. The resources utilization of such operations is presented for a ULA consisting of five or nine antenna elements, when math operations are implemented using fixed point representation.• The FPGA implementations of key operations are integrated, with optimization in terms of resources utilization and speed, to form a complete DOA algorithm.• Peripheral interfaces (USB, I2C, SPI, storage, high‑speed ADCs and DACs).• Familiar with Linux environment. hands on experience on Shell/Scripting.mented on FPGA includes 8192x120 point FFT, Data sorting and Storage, Digital Filter Implementation (FIR) and AXI data communication.• Design for Testability (DFT): Implement of Testability techniques and features i.e. SCAN‑Chain covering digital logic domain. Experience workingwith Cadence DFT tools (Genus). Knowledge of Scan flow development, ATPG pattern generation, verification and coverage analysis.• Excellent experience with Lab Equipment i.e. Oscilloscope, Signal Vector Generator, Spectrum Analyzer and waveform Simulators Show less

• FPGA Implementation of Real‑time Spectrum Analyzer: Extremely high Scan‑Rate up to 30 GHz/s 56 MHz Real‑Time instantaneous bandwidth High Time Resolution Spectrogram. Frequency range is 70 MHz to 6 GHz. Scan rate (full span) 30 GHz/s (typ.) @ RBW = 300 kHz.• Development of Software Define Radio: Implement SDR for UHF/ VHF Radio communication Using FPGA. Interfaced High Frequency ADC and DAC (AD9361) with FPGA (Z7035). Implemented different DSP techniques such as FFT’s, FIRs Filtering… Show more • FPGA Implementation of Real‑time Spectrum Analyzer: Extremely high Scan‑Rate up to 30 GHz/s 56 MHz Real‑Time instantaneous bandwidth High Time Resolution Spectrogram. Frequency range is 70 MHz to 6 GHz. Scan rate (full span) 30 GHz/s (typ.) @ RBW = 300 kHz.• Development of Software Define Radio: Implement SDR for UHF/ VHF Radio communication Using FPGA. Interfaced High Frequency ADC and DAC (AD9361) with FPGA (Z7035). Implemented different DSP techniques such as FFT’s, FIRs Filtering, Data compression etc. I also implementFrequency Hopping to secure communication.• FPGA Implementation of Digital modulation schemes namely the frequency shift keying (FSK), phase shift keying (PSK) and quadrature amplitude modulation (QAM) and Analog modulation namely the Amplitude Modulation (AM)and Frequency modulation (FM) are chosen to be the modulation schemes to design the software‑defined radio system.• FPGA Implementation of different tactical radios features in SDR i.e. Noise Squelch & Tone Squelch, Encryption, Data/voice Compression and Data Correction techniques.• FPGA Implementation of Reactive Jamming System: Design an optimized solution in Reactive Jamming that can jam the and signal between 70MHz to 6GHz with the sensitivity of ‑120dB. Reaction time is 42us @ 56MHz bandwidth. Show less

Research and Develop a new product for video stabilization in real time without any hardware information i.e. gyro etc.• Develop a custom hardware for a computer vision algorithm for stabilizing a video against high frequency noise i.e., VIBRATION, JITTERS, JERKS and UNWANTED ROTATION and MOTION. It takes a video as input, and after stabilization, returns a stabilized version of that video.• Won the 1st prize in final evaluation of Video Stabilization’s product in all over… Show more Research and Develop a new product for video stabilization in real time without any hardware information i.e. gyro etc.• Develop a custom hardware for a computer vision algorithm for stabilizing a video against high frequency noise i.e., VIBRATION, JITTERS, JERKS and UNWANTED ROTATION and MOTION. It takes a video as input, and after stabilization, returns a stabilized version of that video.• Won the 1st prize in final evaluation of Video Stabilization’s product in all over Pakistan.• GPU is used to process the image quickly and to implement different image processing techniques using OpenCV.• Implement real Time Object classification using Machine Learning techniques on different hardware. Also collect and Generate the different data‑sets of 13 different classes.• Implement CNN model to classify the object with the different optimizing technique to reduce the hardware or processing time with good accuracy.• Supervised five different Final year Projects (FYPs) for Undergraduate in two and got position every years.• Deliver lecture and lab on different subjects .i.e Circuit Analysis, DLD and DSP Show less