Research Assistant

Teaching Assistant

Executive VP

DSP Technical Manager

VP Software

System Designer

HDL Designer

• Surveyed, developed, and implemented sampling and reconstruction methods with sampling frequency much less than the Shannon-Nyquist bound (known as Compressive Sensing).
  
  
• Developed a framework for the performance analysis of graph-based algorithms using information theory and channel coding techniques.
  
  
• Investigated the feasibility of implementing compressive sensing algorithms for wireless, wired and sensor networks.

• Organized and lectured tutorials on "Probability Theory" and "Information Theory".
  
  
• Conducted laboratory sessions and tutorials.
  
  
• Organized problem analysis sessions and exam review periods.
  
  
• Marked assignments, lab reports, quizes, and mid-term papers.

• Designed and implemented prototype financial software using C# and SQL.
  
  
• Supervised the design and implementation of an educational CD for language institutes.

• Designed authentication infrastructures and supervised their hardware/software implementation.
  
  
• Supervised various air-ground DSP projects, focusing on the reliability and efficiency of the algorithms.

• Conducted hardware and software verification teams to test the behavior of the optical router.
  
  
• Supervised software developers to design and implement a CPU for the optical router.

• Designed and implemented a high-rate packet classification algorithm for an optical 10 Gbps router.
  
  
• Conducted hardware and software verification teams to test the behavior of the optical router.

• Designed and implemented interfaces for different modules in an optical router.
  
  
• Designed and implemented verification scenarios to certify the accuracy and efficiency of different optical router modules.