Avatar

Betis Baheri

Computer Scientist (Ph.D. Candidate)

Kent, OH

bbaheri@kent.edu

MSB - LAB160


Skills

Qiskit (IBM-Q API)

95%

Python 3

92%

C++

85%

System Administration

80%

Languages

English

Binary

Persian



Research Interests

Research on Quantum Computing with Dr. Qiang Guan (PhD. Program), Kent State University 2019 - Current
Research on HPC cloud Systems with Dr. Qiang Guan (Master Program), Kent State University 2019 - 2020
Research on Security and Privacy with Dr. Kambiz Ghazinour (Master Program), Kent State University 2016 - 2019

Publication

Resume

Bio

Betis Baheri received his B.S. degree in Computer Science from Kent State University, in 2018, and the M.S in computer science from Kent State University in 2020. His area of research while he was in Undergraduate was security and privacy. For his master he focused on HPC systems. Previously he was working on HPC scheduler and currently he is pursuing Ph.D. degree in Computer Science at same university in quantum computing and HPC systems. His main research focus is quantum error correction, quantum deep learning, and quantum machine learning on NISQ and Ion based quantum computers.

Work Experience

Kent State University
Jan 2020 - Current

Research and Deployment Machine Learning Applications

  • Machine Learning Development on HPC Systems
  • Developing and deploying CPU/GPU based Machine Learning application on varies systems including HPC and cloud systems. Familiar with Python, C/C++, Tensorflow, Pytorch, CUDA, MPI, Slurm, and recent ML libraries.
  • System Administration for GUANS Lab at Kent State University
  • Managing and maintaining Linux, VM, and Windows based servers. Providing services, connectivity and troubleshooting varies applications on backend servers.

Texas Advanced Computing Center (TACC)
May 2021 - August 2021

Research Engineering/Scientist Professional

  • Machine Learning Development on HPC Systems
  • Developing and deploying FanStore on Total Machine in the Texas Advanced Computing Center using Pytorch, Pytorch profiler, CUDA, and MPI. Preparing and developing ML applications for multi architecture HPC systems with different CPU architecture. Handle and profiling ML application, monitoring performance, build and deploying on multiple HPC systems

Kent State University
Jun 2019 - Current

Researcher at Guans Lab & Teaching Assistance and Grader


  • Quantum Computing
  • My research area includes Quantum machine learning, error correction, quantum system analysis and quantum error injection
Kent Display Inc.
Jun 2018 - August 2018

Software development and Database management


  • Automated product fault detection
  • Project involved implementing ML techniques to detect and predict the fault in raw material, a website also was developed to increase the ease of inventory