Research

Current Projects

• Towards Automated Microelectronic Package Design
• Inhomogeneous Inclusion Design in Electromagnetic and Photonic Nanosystems
• Incorporating Statistical Variability into Circuit-Electromagnetic Modeling of RF and Analog Systems
• Enabling RF and Analog Synthesis Capability in Circuit-Electromagnetic Simulators
• Hybrid Numerical-Analytic Techniques for Power Integrity and Signal Integrity Modeling of Microelectronic Systems
• Cross Layer Circuit-Electromagnetic-Channel-Network Simulators for RFID System Design
• Design Tools and Insights for Low-Intensity Wireless Power Systems
• Discrete Green’s Function Methods for Accelerated and Novel Algebraic Algorithms on Graphs

Discrete Green’s Function Methods for Accelerated and Novel Algebraic Algorithms on Graphs

Student: Venkat Naidu

Funding: Washington Research Foundation

With the burgeoning number of web pages and links, blog communities, and with the increasing demands on personalized search, web-search and web-rank methods are being severely taxed. In this work, we use novel electromagnetic analogies to develop Green’s function-based methods for acceleration of such algorithms. In addition to speeding up in a dramatic manner standard techniques that already exist, these methods also show promise in new applications such as incremental search engine optimization, microblog real-time search, and incremental what-if link evaluation.