The team developed a live video delivery system that utilizes the upload capacity of clients in a peer-to-peer (p2p) system. While p2p systems have become popular for on-demand content delivery in recent yers, no successful live streaming system has ever been deployed commercially. The team developed a novel system, and will fully test its behavior in a simulated network.

MediaFLO is a mobile television technology that has been developed by QUALCOMM. Since FLO (Forward Link Only) signals behave unpredictably when subjected to real-world conditions, it can be very challenging for engineers to diagnose issues with MediaFLO transmissions. Our project expedited this process by developing a series of applications that will aid in the collection and analysis of MediaFLO signal data while enabling communication between engineers in the field and in a central location.

Through over a century of research and practice, professional film photographers developed visual aesthetics for compelling images, with "looks" pleasing for the human eye. These techniques are often at odds with the non-perceptual, analytical image processing algorithms applied to digital photographs today. This project examines how these worlds can be united by developing aesthetically-inspired algorithms and prototypes (on the CPU and GPU) for perceptual saturation enhancement, soft focus simulation, and locally-modified high-dynamic range image processing.

Fair Isaac deals with large knowledge bases in a variety of their lines of business. They are developing an automated theorem prover in the natural deduction framework to build on these data sets. The scale of the proofs and their attendant search spaces make textual proof display and analysis of the prover's operation unreasonable. Thus, the Clinic team has developed a visualization system which greatly eases development efforts. It provides a structured display of the theorem prover's search space and a programmable command-line interface which gives the developer significantly more flexibility than a conventional debugger would allow.

The goal of this project was to develop a web application highlighting the flexibility and convenience of charter air travel. This application enables passengers and charter operators to pool their resources in order to keep travel competitive with commercial airlines. The team's efforts enable an optimization algorithm from a 2006-2007 HMC Math Clinic to act as an engine for a charter-booking and delivery business.

The Clinic team researched and developed a system to organize and manage large sets of PDFs (Portable Document File documents). The proposed system enables users to find the document they need quickly and efficiently by searching through data within the file and user supplied data about the file. The team measured the system's success by how much it simplifies the process of finding a particular file.