Company Filing History:
Years Active: 2020
Title: **Peter J Grossmann: Innovating Digital Imaging at MIT**
Introduction
Peter J Grossmann is an inventive mind based in Somerville, MA, known for his groundbreaking work in digital imaging technology. With one patented innovation to his name, Grossmann's contributions significantly enhance the versatility and functionality of imaging devices.
Latest Patents
Peter J Grossmann holds a patent titled "Methods for enabling in-field selection of near-sensor digital imaging functions." This patent addresses the limitations of readout integrated circuits (ROIC), which are essential for processing and transferring data in imaging devices. Traditional ROIC designs often confine their functionality to a few operational modes and restrict compatibility with specific imaging applications. Grossmann's invention leverages a field programmable imaging array (FPIA), which merges customized ROIC sensor interface circuitry with field programmable gate array (FPGA) technology. This innovation allows for adjustable operational modes after the chip's fabrication, overcoming size and functionality constraints that have traditionally plagued imaging systems.
Career Highlights
Peter is affiliated with the Massachusetts Institute of Technology, where he applies his expertise in engineering and technology to pioneering digital imaging solutions. His role at MIT places him at the forefront of research initiatives, exploring the capabilities of advanced imaging technologies. The combination of theoretical knowledge and practical application makes Grossmann a valuable asset to the institute.
Collaborations
Throughout his career, Peter has worked alongside notable colleagues, including Matthew Stamplis and Kate Thurmer. Their collaborative efforts contribute to a rich environment of innovation and enhance the overall impact of their projects at MIT.
Conclusion
Peter J Grossmann stands as an influential figure in the realm of digital imaging, with a patent that paves the way for improved functionality and adaptability in imaging technologies. His work at the Massachusetts Institute of Technology and collaboration with fellow researchers highlight the ongoing advancements in the field, promising further innovations in digital imaging solutions.