VIP Teams

  • Analyze computer programs and identify mistakes. Provide statistics to instructors teaching computer programming
  • The initial goal of the AAV team is to develop software to control a Parrot drone and allow it to fly autonomously, i.e., without input from a human.
  • The Autonomous Land Vehicle or Crawler project seeks to build a radio control buggy that will be able to navigate autonomously.
  • CAM2 is cloud-based system for studying the worldwide phenomena using network cameras. CAM2 provides an event-based API and is open to researchers to analyze the data for their studies. The web interface allows users to select the cameras for analysis. The cloud computing engine can scale in response to the needs of analysis programs.
  • Building on the past Purdue-developed "TimeScale Creator" visualization system for Earth history, and brainstorm new resources which further the global mission of the nternational Comission on Stratigraphy.
  • Conduct field experiments to collect P-band (137-400 MHz) satellite signals and evaluate their qualities for use in Earth remote sensing.
  • Earthquakes are one of the most devastating natural disasters. One major earthquake may kill tens of thousands of people. When an earthquake occurs, casualties often occur in collapsed buildings. Post-earthquake rapid reconnaissance and detailed forensic inspections are essential to learn from failures and successes. These inspections often generate large amounts (tens of thousands) of visual...
  • The goal is to assemble a small group of undergraduate students who will work alongside some of the graduate students in my research group to address problems that range from low-level imaging algorithms that are designed for printer and scanner products, to higher level algorithms that use image analysis and machine learning methods to identify image content and perform various tasks with...
  • Investigate and develop policy and workflow for managing data so that critical data is preserved or can be reproduced.
  • Continue to develop and extend the SoC we have created.
  • Create custom Software Defined Radios using GNU Radio and SDR harware like the USRP or Sidekiq.
  • Design and develop an MRI-safe, metal-less video game controller to effectively provide brain stimulation for complex sensorimotor investigation. Program the controller to interface with modern video games for more brain stimulation to conduct further fMRI testing
  • Develop a visual analytic system based on sensor data.
  • The purpose of this project is to create computer tools that can facilitate discovery of patterns of human behaviors from worldwide network cameras.