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Stephen Martucci is listed as Principal Digital Image Processing Engineer at Teledyne FLIR, based in Portland, Oregon Metropolitan Area, United States. AeroLeads shows a work email signal at ieee.org, phone signal with area code 813, and a matched LinkedIn profile for Stephen Martucci.
Stephen Martucci previously worked as Principal R&D Engineer at Igolgi Inc. and Scientist at Accusoft (Previously Pegasus Imaging Corporation). Stephen Martucci holds Doctor Of Philosophy (Ph.D.), Electrical Engineering from Georgia Institute Of Technology.
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A proven leader and team player in the research and development of algorithms and software for image and video science, digital signal and document processing. Highly successful and capable doing innovative research, algorithm development, software implementation, documentation, system and unit testing, patent applications, technical papers, presentations, and technical management. Have a strong track record of bringing products to market. Created methods for image and video processing, enhancement, and compression, that have been deployed as software development kits and applications. Have worked well as an independent contributor, collaborator with software and hardware team members, and as a team leader. Able to apply deep practical know-how in software, hardware, and systems.Contributed to JPEG and MPEG standards committee activities. Authored and presented about twenty papers in technical journals and conferences. Granted more than twenty US and international patents. Actively participated in the patent application process. Helped grow company’s patent portfolio thirty-fold.Discovered/developed additional properties and uses of the discrete cosine and sine transforms over the years since the doctoral thesis, resulting in several product applications, papers, and patents.Wrote a LaTeX template for IEEE and other conference proceedings still being used more than 30 years later.
Listed skills include Research, Algorithms, Software Development, Software Engineering, and 27 others.
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A career timeline built from the work history available for this profile.
Wilsonville, Or
Working on advanced digital image processing algorithms for the special requirements of thermal and visible-light imaging in airborne gimbal systems, with particular consideration of their hardware and software implementations. Playing a key role integrating capabilities based on Artificial Intelligence / Neural Networks.
Princeton, Nj
Designed and implemented automatic ad-block and single-ad detection and identification algorithms while directly supporting primary customer of the technology and bringing in significant portion of company revenue. Further developed and greatly improved the optimized and highly-threaded video compression and transcoding software.
Implemented and supported JPEG, JPEG 2000, JPEG-LS, and JBIG2 codecs. Developed and implemented a best-in-industry JPEG decompression quality enhancement algorithm and patented it. Developed and implemented cutting-edge binarization, line-detection, perspective correction, and optical mark recognition algorithms and patented them. Further developed and greatly improved the imaging software development kits and helped grow company revenue more than five-fold. Contributed to JPEG and MPEG… Show more Implemented and supported JPEG, JPEG 2000, JPEG-LS, and JBIG2 codecs. Developed and implemented a best-in-industry JPEG decompression quality enhancement algorithm and patented it. Developed and implemented cutting-edge binarization, line-detection, perspective correction, and optical mark recognition algorithms and patented them. Further developed and greatly improved the imaging software development kits and helped grow company revenue more than five-fold. Contributed to JPEG and MPEG standards committee activities in general and helped create the JPEG 2000 Part 9 JPIP Interoperability and JPEG Part 6 Application to Printing Systems specifications in particular. Show less
Princeton, Nj
Researched and developed a machine listening system for music recommendation and artist classification using signal processing, support vector machines, and neural networks.
Cherry Hill, Nj
Contributed to system software architecture, algorithm development, and the invention of a deployed and patented digital audio/video archiving system for content storage management (CSM). Provided expertise in video and image compression to the company.
Princeton, Nj
Researched and implemented image registration techniques. Helped invent, patent, and deploy a method for sub-pixel registration. Discovered new interpolation properties of the discrete cosine and sine transforms. Developed DSP algorithms for design of digital television VLSI cores.
Grass Valley, Ca
Led all compression activity, specifically Motion-JPEG, DV/DVCAM/DVCPRO, and MPEG. Developed and tested a novel algorithm and design for hardware conversion between non-compliant JPEG and compliant JPEG formats. Developed and implemented changes to compression code to improve video quality. Contributed to JPEG and MPEG standards committee activities.
Princeton, Nj
Contributed effectively as project leader and principal architect of patented very low bitrate video codec; some components now part of the MPEG-4 standard. Invented and patented new zerotree wavelet algorithm for image and video compression. Invented and patented algorithm to resize digital images in the compressed DCT domain. Developed wavelet-based browsing software for fast access, decode, and display of large digital images. Implemented fast wavelet decoder using multiprocessing and… Show more Contributed effectively as project leader and principal architect of patented very low bitrate video codec; some components now part of the MPEG-4 standard. Invented and patented new zerotree wavelet algorithm for image and video compression. Invented and patented algorithm to resize digital images in the compressed DCT domain. Developed wavelet-based browsing software for fast access, decode, and display of large digital images. Implemented fast wavelet decoder using multiprocessing and multithreading. Contributed to JPEG and MPEG standards committee activities. Show less
Dissertation: "Symmetric Convolution and the Discrete Sine and Cosine Transforms: Principles and Applications" that presented.
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Stephen Martucci works for Teledyne FLIR.
Stephen Martucci is listed as Principal Digital Image Processing Engineer at Teledyne FLIR.
AeroLeads has found 1 work email signal at @ieee.org for Stephen Martucci at Teledyne FLIR.
AeroLeads has found 3 phone signal(s) with area code 813 for Stephen Martucci at Teledyne FLIR.
Stephen Martucci is based in Portland, Oregon Metropolitan Area, United States while working with Teledyne FLIR.
Stephen Martucci has worked for Teledyne Flir, Igolgi Inc., Accusoft (Previously Pegasus Imaging Corporation), Nec Research Institute, and Front Porch Digital.
You can use AeroLeads to view verified contact signals for Stephen Martucci at Teledyne FLIR, including work email, phone, and LinkedIn data when available.
Stephen Martucci holds Doctor Of Philosophy (Ph.D.), Electrical Engineering from Georgia Institute Of Technology.
Stephen Martucci is listed with skills including Research, Algorithms, Software Development, Software Engineering, C, C++, C#, and Matlab.
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