Category: Current Projects

Automatic Video Clipping

ReliaSolve is working with Baseball Cloud to develop automatic alignment of multiple video files and pitch analytics data. The video files are uploaded from fixed IP cameras and tripod-mounted portable cameras with different frame rates and time offsets. The pitch analytics data includes release time and home-plate crossing time for each pitch. The resulting workflow […]

Redbud Labs: Instrumentation

ReliaSolve worked with Redbud Labs to help them develop their NAxtract single-button microfluidic nucleic acid extraction instrument. ReliaSolve extended the LEWOS real-time microcontroller protocol developed at UNC to work on this UI microcontroller + control microcontroller system, wrapping it in Python to enable flexible logic flow coupled to real-time multithreaded C++ timing to enable rapid […]

MolProbity++

ReliaSolve is working with the Dave and Jane Richardson laboratory as part of a supplemental NIH award to upgrade their MolProbity system. MolProbity’s protein model validation has a huge user base consisting of most of the structural biologists worldwide, is a part of most model-building and refinement software systems, and is central to model validation […]

Redbud Labs: Process development and quality control

ReliaSolve co-founded and continues to work with Redbud Labs to develop components and processes for microrheometry and blood-based diagnostic systems.  Current work involves developing hardware/software solutions for process development and quality control for magnetically-actuated post microarrays. This involves image analysis, synchronized device control and imaging, and GPU algorithm acceleration.

Aqueti: Ultra-high-resolution security-camera solutions

Aqueti is developing ultra-high-resolution (>10X digital zoom out from single-pixel display size) cameras for security and other markets.  ReliaSolve is working with them to develop the GPU-based decompression, tiling, rendering, and re-encoding portions of the pixel pipeline to enable viewers to pan, tilt, zoom, and move in time in a seamless view of the world. […]