Phelps2020 is a women-owned small business founded in 2009 and headquartered in Knoxville, TN. It specializes in artificial intelligence, data fusion, image and video processing, exploitation, and dissemination. Phelps2020’s engineers have decades of experience integrating sensors, specialized hardware, optics, processing, artificial intelligence, visualization, and dissemination of video data in real-time and at the edge. Phelps2020’s innovative solutions address all types of Electro-optical, infrared, and multi-spectral sensors and are applicable to a spectrum of government and commercial use cases.
Phelps2020 began its pursuit for superior machine learning and computer vision solutions in academia, found a need for its capabilities in the federal and military space and is now providing answers to a multitude of commercial entities in need of artificial intelligence and computer vision solutions.
Our scientists possess a unique depth of expertise across a range of specialties rarely mastered in combination: Optics, Hardware Architecture, Artificial Intelligence, Computer Vision and System Integration.
We are passionate about using this expertise to transform video into actionable information for our clients.
Technology
Advancements
For both internal development and acquisition, Phelps2020 provides its technical knowledge in the form of feasibility assessments, technology roadmaps, market surveys and industry reviews, ensuring that clients apply their resources effectively.
Phelps2020 helps clients solve unique video analytics issues through services such as custom developed algorithms, intelligent integration os existing software and hardware (FPGA, GPU, CPU), and configuration of industry solutions.
Databasing, test,
and evaluation
Phelps2020 provides data collection services and protocols’ set-up in various environments. For existing video and AI solutions, we also provide testing and evaluation services which benchmark solutions against industry standards to identify deviation and confirm claims.
GPU-accelerated Windows and Linux applications that perform the following functions in the visible and Infrared bands:
GPU-accelerated Windows and Linux applications that perform the following functions in the visible and Infrared bands:
Traditional H264 compression of 1280x720p@15fps and 128 kbps | AI-powered H264 compression of 1280x720p@15fps and 128 kbps |
Traditional H264 compression of 1280x720p@30fps and 128 kbps | AI-powered H264 compression of 1280x720p@30fps and 128 kbps |