Anthony Bisulco
Computational Scientist
Cornell Tech(NYC) at Cornell University
2018-08 -- 2019-05
Area: Electrical and Computer Engineering | Level: Master of Engineering
- Statistical Signal Processing and Reinforcement Learning
- Adaptive Signal Processing and Digital Feedback Control
- Networked and Distributed Systems
Northeastern University
2014-09 -- 2018-05
Area: Electrical and Computer Engineering | Level: Bachelor of Science | GPA: 3.97/4
- Machine Learning
- Linear Systems
- Robotics Sensing and Navigation
- Biomedical Imaging
Software Engineer, Brookhaven National Laboratory
Departement of Energy National Laboratory. I worked on the sPhenix(particle detector) experiment on the Relativistic Heavy Ion Collider
- Developed fast Python Time of Flight(TOF) signal processing algorithms for a 10ps TOF detector using NumPy, SciPy, and JupyterLab
- Implemented Python parameter optimization algorithms using Dask(distributed computing library
- Designed a constant fraction discriminator algorithm to reduce TOF electronics’ delay from 64ps to 8ps
Embedded Engineering Intern, Google Research and Machine Intelligence
Worked on the AIY projects team at Google. Developed AIY vision kit an on-device neural network accelerator for computer vision
- Performed transfer learning in Tensorflow to retrain models for audio and image recognition
- Developed AIY vision kit an on-device neural network accelerator for computer vision
- Assisted in rapid prototyping/full scale manufacturing process of developing units
- Traveled internationally/nationally for demoing and marketing AIY kits to distributors
Systems Integration Engineer, Singh Robotics Laboratory
Northeastern University research laboratory working on field robotics.
- Implemented a visual-based navigation technique for GPS denied urban areas using computer vision
- Integrated Velodyne LIDAR and 5 Point Grey Cameras into ROS for light field array
Researcher, Northeastern University Sensing, Imaging, Control and Actuation Laboratory
Northeastern University research laboratory working on coded and compressive sensing imaging.
- Developed an FPGA control system for a multiple-input multiple-output radar system with 400 channels
- Implemented simulated annealing and compressive sensing methods for a coded imaging system
- Implemented a fused millimeter/infrared imaging system for target validation
ATLAS Systems Engineer, European Organization for Nuclear Research (CERN)
International particle physics laboratory working on probing the inner structure of matter.
- Developed array synthesis algorithms for multi-anode photomultiplier tubes
- Designed and 3D printed a fiber light guide for 85% increased sensor coverage of the photomultiplier tube
- Built Spectrum a web application for laboratory simulation and experimental data comparison
Summer Researcher, Massachusetts Institute of Technology Lincoln Laboratories
Federally Funded Research and Development center working on engineering projects in the interest of national security.
- Adapted MATLAB image processing algorithms to an FPGA for a UAV Micro-LIDAR
- Developed and implemented a configurable FPGA moving average filter for Avalanche Photo Diodes (APD)
- Built a visualization tool to process APD camera binary files
- Collaborated with employees and outside consultants to further development of active optical system
Tactical Communications, Boston Athletic Association
Volunteered for the past three years as a tactical communicator utilizing my amateurradio license for medical communications during the Boston Marathon
Volunteer, Boston Public Schools
Taught various classes on the weekend about digital design and embedded systems to high schools students. Also, worked with students during Friday field trips on environmental conservation activities
Eagle Scout by Boy Scouts of America
2014-11
Towards Three-dimensional Millimeter-Wave Radar Imaging of On-the-move Targets by IEEE APS/URSI , presented
2018-07
3D Printed Conical Horn Antenna Equipped with Orbital Angular Momentum Lenses for High-Capacity Millimeter-wave Application by IEEE Antennas and Wireless Propagation Letters, submitted
2018-05
3D Printed Compressive Horn Antenna for High-Sensing-Capacity Millimeter-Wave Imaging by European Conference on Antennas and Propagation, presented
2018-04
3D Printed E-Band Compressive Horn Antenna for High-sensing-capacity Imaging Applications by IEEE Antennas and Wireless Propagation Letters, submitted
2018-02
Experimental Results of a Compressive Reflector Antenna Producing Spatial Coding by IEEE APS/URSI, presented
2018-07
Initial Design for the Phase-II Upgrade of the ATLAS Tile Calorimeter System by CERN Document Server
Massive MIMO Millimeter Wave Radar Imaging System by IEEE APS/URSI
2016-07
High frequency modeling of large composite scatterers of arbitrary shape: Vortex-lens validation by European Conference on Antennas and Propagation
2016-03