Computer vision expert witness candidates typically have an advanced degree and extensive experience in computer science, electrical engineering, computer graphics, robotics, and/or machine learning. Cahn Litigation Services is ready to serve legal professionals by identifying expert witnesses that can support computer vision matters.
Related to artificial intelligence and machine learning, computer vision is science that helps computers “see” and understand the content of digital images. Computer vision and machine vision have overlap; computer vision technology refers to automated image analysis, and machine vision combines computer vision with other methods and technologies. Example applications of computer vision include:
Computer vision matters that require technical expertise typically involve intellectual property, such as patent litigation or trade secret misappropriation. Computer vision can also assist in criminal cases, as an example to identify individuals in criminal activity videos.
Litigation support by a computer vision expert witness could include a review of the technology, an expert report, expert opinion, and expert witness testimony in a courtroom. In a high-profile case, or litigation involving a significant financial stake, a law firm may request a technical expert with prior expert witness experience. In addition, clients often seek an industry expert for pre-litigation consultant work.
Please Note: All Cahn Litigation expert witness searches are customized to attorneys' precise specifications and preferences. Attorneys are encouraged to discuss search parameters with a Cahn search specialist.
The below expert witness bios represent a small fraction of those Computer Vision experts known by Cahn Litigation Services. These bios are provided to give attorneys a sense of the Computer Vision landscape.
This expert holds a BS, MS, and Ph.D. in electrical engineering and computer science. This expert heads a technology consultancy, an IP licensing company, serves on several high technology and gaming industry advisory boards and is the named inventor on several patents and applications. On behalf of top telecom carriers, this expert has performed consulting work on patent portfolio monetization related to instant messaging, as well as reverse engineering and claim analysis to prove infringement by target companies. This expert works closely with counsel to verify, validate and target large corporate infringement and provides ongoing monitoring of worldwide patent infringement and claims resolution for a leading display company.
This expert has:
This expert has extensive prior litigation experience as an expert including IPRs.
This expert received a diploma in electrical and computer engineering, an M.S.E.E. in electrical engineering and a Ph.D. in electrical and computer engineering. This expert is the recipient of numerous academic awards. This expert has authored or coauthored more than 160 journal and conference papers. This expert's research interests include sensors for transportation applications, computer vision, and control systems. This expert's transportation research has included projects involving vision-based sensing and classification. This expert developed a vehicle following system using imaging sensors and then worked with a variety of sensors including LiDAR to develop pedestrian detection schemes, lane following systems, obstacle avoidance, and connected vehicles, etc. This work has led to a relationship with an automobile manufacturer where this expert handles many IPRs, ex-parte reviews, and two district court cases related to radar, cameras, and LiDAR sensors. It has also led to negotiations for a large contract with DHS for a ground robot that will monitor the southern border. The idea is to operate for a few hours on rough terrain and collect data. This expert has strong experience with the design and building of intelligent vehicle systems, and has been teaching relevant classes that involve LiDAR, for decades.
This expert holds a PhD in Electrical Engineering and Computer Science and served as Senior Scientist and Distinguished Member of the Technical Staff for a large medical device manufacturer. This Imaging and Computer Vision expert specializes in Medical Imaging and Image Guided Radiation Therapy. This expert was responsible for investigational and translational innovations in the field of Imaging and Computer Vision. Contributions include Megavoltage Cone Beam CT, Image Guided Radiation Therapy, Advance radiotherapy treatment techniques, novel imaging devices and methods for radiotherapy, 3D Visualization, Augmented and Virtual Reality, Computed Tomography, Tomosynthesis imaging, X-Ray imaging systems, and medical device development. This expert has many years of experience in theoretical, as well as practical aspects of Cone-Beam CT. This expert has been involved in two patent litigations.
Corrective Imaging Technologies Expert
This expert holds a PhD in Computer Science and serves as Associate Professor of Computer Science. This expert's research is primarily in the areas of computer graphics and image processing but overlaps with computer vision and visualization while also having strong multi-disciplinary collaborations outside of computer science.
This expert also serves as CEO and develops the company's corrective imaging technology that helps a person with visual impairments to see electronic images or text properly. It allows people to see digital content with increased sharpness on displays like tablets, smartphones and laptops without the need for corrective eyewear.
This expert's prior work in image processing has included designing new cameras, developing camera calibration algorithms, new image processing algorithms for improving focus, and bettering image-based 3D reconstruction. This expert has multiple publications in this area and has also published user interface related papers for synthetic displays, virtual reality, and augmented reality. Further, this expert is familiar with the autofocus method and user interface in digital SLR cameras as well as in smartphones.
This expert has membership in more than 65 program committees including all of the leading conferences in the field, several on-going international multi-disciplinary collaborations (i.e., with experts in computer science, photogrammetry, urban planning, architecture, meteorology, atmospheric sciences, earth sciences, traffic engineering, and more), invited national and international talks and presentations, funding support from multiple entities, and technology transfer (e.g., roles in several startups and multiple patents).
This expert has previous experience as an expert for litigation, including report writing, depositions, and in-court testimony.
This expert earned a Master's Degree in Software Engineering. This expert brings to the table many years of experience in the technology industry, including in the speech recognition industry where this expert's company developed speech technologies. As the founder of a highly successful and internationally recognized consultancy, this expert has pioneered ground-breaking speech recognition concepts that have pushed the limit of speech recognition in the aviation and aerospace industries. Prior to that, this expert had been involved in speech recognition and artificial intelligence at several other startups that this expert founded. This expert also served as Director of Advanced Technology where this expert helped architect and design an Internet Proxy Cache Server technology. This expert also developed the world's first real-time Internet content filtering technology and became the company's international expert on content filtering. This expert also served on the Business Development Team where this expert was responsible for advanced technology licensing.
This expert developed the first commercial computer telephony system to incorporate artificial intelligence, voice recognition, and text-to-speech. The system was used to offer unattended telephone customer support to callers. This technology was used by many high-technology companies. This expert also developed one of the first software development toolkits for computer telephony boards that turned microcomputers into computer telephony systems.
Additionally, this expert served as President and CTO where this expert was instrumental in the design of a next-generation carrier-class managed voice and data services which utilized voice recognition, text-to-speech (TTS), and mobile wireless connectivity. This expert also has in-depth experience in the vision industry and has developed custom vision cameras and embedded software systems that incorporate artificial intelligence resulting in systems that have been used to provide real-time visual feedback in technologically challenging environments.
This expert is a prolific software coder and has a thorough understanding of the review process at a deep code level. This expert is also familiar with the data compression protocols utilized by Siri as well as Siri's evolutionary operations and growth, including the introduction of their new A11 processor and movement to migrate some speech recognition requests onto the device thus eliminating the need to always establish a client/server connection when some grammar rule based commands can be handled offline.
This expert has received a patent for multi-tasking artificial intelligent processing and still utilizes AI experience in pre and post-recognition processing systems designed by the firm today. This expert has been an expert witness in several speech recognition related cases and is very familiar with the deposition process and deposes very well against the toughest of lawyers.
With many years in the industry, this expert is an independent software developer and strategy consultant for engineering and construction firms. This expert's work currently entails using non-AEC industry tech and applying it to the built environment. This includes the use of deep reinforced learning, machine learning, and computer vision, as well as game engines. Because of this focus, this expert does code review and analysis, reviewing outside code to evaluate its fitness for application to AEC-client problems.
This expert is a senior figure in computer graphics with many years of experience. The fundamental clipping algorithm appears in most computer graphics textbooks. This expert wrote a book on spline curve and surface representations used in geometric modeling algorithms in computer graphics. This expert has written about 200 technical research papers in the field, many of them about different aspects and kinds of rendering, lighting, shading, ray-tracing, etc.
In addition to extensive research expertise, this expert is a renowned teacher, having been a Presidential Chair Fellow not just once, but two times. This expert is one of only a few computer science faculty who teaches a course whose subject matter is actually about how to teach. These teaching skills are useful in testifying since this expert is adept at being able to explain complex concepts in a simple, easy-to-understand fashion.
This expert is not only a patent holder, but has actually written a patent without the aid of an attorney which was allowed and issued by the USPTO. Thus, this expert is well-versed in the concepts of intellectual property, patent validity, claim construction, etc. This expert’s patent work included opining and being deposed regarding a patent case being heard by the U.S. Patent and Trademark Office's Patent Trial and Appeal Board ("PTAB”).
This expert is Professor of a Graduate School with faculty affiliations in Electrical Engineering and Computer Sciences (EECS), Optometry, Vision Science, Bioengineering, Institute of Design, Center for New Media, Arts Research Center, and Canadian Studies Program.
This expert is a Fellow of the American Academy of Optometry (F.A.A.O.), a Presidential Chair Fellow, a Faculty Fellow in Engineering Ethics and Professional/Social Responsibility, and an ACM Distinguished Speaker.
This expert has published about 180 technical articles and has been a speaker at many international conferences.
This expert’s research interests include computational aesthetics, computational photography, methods for the design and fabrication of contact lenses, computer methods for optometry and ophthalmology, image synthesis, spline curve/surface representations, computer aided geometric design and modeling, CAD/CAM/CIM, interactive and realistic three-dimensional computer graphics, visualization in scientific computing, computer aided cornea modeling and visualization, videokeratography techniques, corneal topographic mapping, medical imaging, virtual environments for surgical simulation, and display technology.