Skills

Power System, Power Electronics, IoT

Game Theory, Robust Optimization, AI

Matlab, C/C++, Embeded System, Python (learning)

Experience

 
 
 
 
 
May 2017 – Present
San Jose, California

Intern/Research Associate/Postdoctoral Researcher/Research Engineer

GEIRI North America

he has been working with Dr. Di Shi since 2017, and is responsible for hardware and algorithm developments regarding the applications of the IoT and AI in electrical power systems. Tasks include:
* Smart Plug Development and Enhancement * Power System Frequency Regulation * R&D
 
 
 
 
 
August 2014 – May 2017
Miwaukee, WI

Research/Teaching Assistant

The University of Wisconsin-Milwaukee

In this position, Dr. Xiang performed various duties, including teaching assistant (TA) and research assistant (RA) with Prof. Lingfeng Wang. As a TA, he helped prepare lectures, give recitations, tutor students and guide labs. As an RA, he is responsible to research various kinds of topics. Tasks include: * Power System Reliability Evaluation * Smart Grid Security Analysis * Cascading Failures * Game Theory
 
 
 
 
 
January 2013 – July 2014
Toledo, OH

Research/Teaching Assistant

The University of Toledo

Beside teaching, he worked with Prof. Lingfeng Wang on power system reliability evaluation and improvement. Tasks include: * Electric Vehicle Integration * UPFC Reliablity * Substation Vulnerability * Human Dynamics
 
 
 
 
 
September 2010 – December 2013
Wuhan, China

Student Researcher

Wuhan National High Magnetic Field Center

He worked with Prof. Hongfa Ding to work on the design, testing and analysis of high-power pulsed power electronics device. Tasks include:

Selected Publications

Recent Publications

IEEE TSG paper: A novel method is developed to derive the robust power system states which can resist attacks.
PDF

2018 PESGM paper: Load and wind generation is considered in the trilevel defender-attacker-defender model.
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EPSR paper: A method based on game theory is developed to deal with the load redistribution attacks.
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IEEE TSG paper: The conventional trilevel defender-attacker-defender model is improved by considering attacker’ uncertainty
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IEEE TSG paper: The power system reliability is assessed considering load redistribution attacks
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IJEPES paper: The power supply adequacy is evaluated considering substation cyber vulnerabilities
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EPSR paper: Possible coordinated attack scnearios against power system are discussed and modeled.
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Recent & Upcoming Talks

Recent Posts

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Projects

GEIRI North America

Tags

Contact

  • 250 W Tasman Drive, STE 100, San Jose, California, 95136, USA
  • Weekdays 10:00 to 18:00
    Otherwise email to book an appointment