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Tomorrow is a big day for single-photon imaging at ICCV in Paris. U. Toronto will be presenting their award-winning paper on passive high-speed single-photon imaging. It's a nice shot-in-the-arm for this exciting and rapidly developing research area! Congratulations! WISION Lab is presenting four papers on various aspects of single-photon imaging: a) SoDaCam https://lnkd.in/gEmRVTwV Key takeaway: If you capture every incident photon, you can computationally recreate a variety of cameras (normal cameras, HDR cameras, event cameras, high-speed cameras, etc.) --- after-the-fact --- all from photons captured by one single-photon camera. Taking the idea of software-defined cameras to its limit, starting from digital cameras (pixels), light-field cameras (rays) to individual photons. Getting closer toward the goal of a single, all-purpose camera? b) Eulerian Single-Photon Vision  https://lnkd.in/gnwYNmwk Single-photon cameras are known to be power / compute / bandwidth hungry? This work shows that it's possible to do fast low-level vision (edge detection, optical flow) in extreme low light with single-photon cameras on a tight computational and memory budget. c) Panoramas from Photons https://lnkd.in/g9dRPNeZ Can we capture scene representation under extreme conditions (ultra low-light, rapidly moving camera)? How many of us have been prompted to slow down the camera when making a panorama with our iPhones? Wouldn't it be nice to take a high-quality gigapixel panoramic of a starry night sky? This paper tackles classical vision problems (motion estimation, feature correspondence) under the extreme regime of single-photon imaging. Also features the largest (so far) single-photon panorama ever captured! d) Compressive Single-Photon Cameras - Another major challenge faced by single-photon cameras is that of data deluge. These sensors capture orders of magnitude more data, making it challenging, if not impossible, for downstream algorithms to keep up. This is especially critical in real-time and resource-constrained applications (e.g., robot navigation, autonomous driving). This work takes steps to address this problem by designing novel compressed representations of raw single-photon data. The key is to compute these representations on the fly as photons come in, thus achieving 1-2 orders of magnitude compression only with lightweight computational operations that can be implemented on-chip. 

Eyeris, OMNIVISION & Leopard Imaging Inc. have collaborated on a production reference design to improve safety & comfort in the automobile cabin. The jointly developed reference design integrates Eyeris’s advanced monocular 3D sensing AI software algorithm into Leopard Imaging’s 5MP backside illuminated (BSI) global shutter (GS) camera, which uses Omnivision’s OX05B image sensor and OAX4600 image signal processor (ISP). Modar Alaoui, founder & CEO of Eyeris said, “Our partnership with Omnivision and Leopard Imaging offers automotive customers the industry’s most advanced 3D software along with a hardware production reference design kit for in-cabin sensing.” Paul Wu, staff marketing manager at Omnivision added, “We are excited to partner with Eyeris and Leopard Imaging on this combined solution, which integrates a unique set of capabilities developed specifically for monocular 3D in-cabin monitoring systems.” For more on this, check the below link. #automotive #automotivetechnology #automotiveindustry #automotiveinnovation #automotivenews

The IEEE P2020 Automotive Image Quality Standard Face-to-Face Hybrid Workshop was held at Leopard Imaging Inc., Fremont, California on 25-26 January, immediately after the nearby Electronic Imaging 2024 symposium where several of the workgroup also participated. The workshop hosted a total of 60 participants for 2 days, with 20 in-person participants and the remainder joining online. After 8 years of considerable collaboration, innovation and experimentation, it was voted on 25 January during the workshop to submit the roughly 300-page technical draft for final publication to the IEEE. This is a considerable achievement and will lead to better regulation of consequential imaging systems in automotive and beyond. Future enhancements to image quality standardisation were also discussed, including the development of more information-theoretic tools for image quality assessment, to address emerging deep-learning computer vision perspectives on image content and the exploration of the implications for wider spectral bands and related modalities. The IEEE‐SA P2020 working group on automotive imaging standards was founded 8 years ago to address the considerable ambiguity in the measurement of image quality of automotive imaging systems, both human and computer vision based. Image quality plays a crucial role for both automotive viewing and automotive computer vision applications and today’s image evaluation approaches do not necessarily meet the needs of such applications. Currently, there is no consistent approach within the industry to measure automotive image quality. The IEEE P2020 working group is attempting to remedy these deficiencies by connecting people in the field, identifying gaps in existing standards, and working to address these by creating a coherent set of key performance indicators by which camera systems and components may be evaluated in a manner consistent with their intended use. The submission of the ~300-page technical draft is a major milestone in creating more explainable and characterisable automotive imaging systems. Margaret Belska Robin Jenkin Dr. Sven Fleck Robert Stead Uwe Artmann Mariusz Madry Aidan Casey Darryl Perks Laurent Chanas Ciarán Eising Brian Deegan Jonathan B. Phillips Padraig Costello BFS APA LIB Peter van Beek Colin Fitzpatrick Patrick Healy Pepijn van de Ven

Exciting News in the World of Metrology! 🌟 I'm thrilled to share the latest development in the field of metrology – the introduction of high-speed cameras for the UV light spectrum! 📹 In a breakthrough announcement, [Company Name] has unveiled cutting-edge high-speed cameras that can capture and analyze the UV light spectrum with unparalleled precision. This advancement opens up a world of possibilities for industries relying on precise measurements and analysis in the ultraviolet range, including semiconductor manufacturing, aerospace, and life sciences. 🔍 Key Features: ✅ High-speed imaging capabilities to capture rapid processes. ✅ Enhanced sensitivity to UV light, enabling detailed analysis. ✅ Unmatched accuracy for critical metrology applications. ✅ Robust design for reliability in demanding environments. This innovation represents a significant leap forward in our ability to explore, understand, and optimize processes that involve UV light. It will undoubtedly have a profound impact on industries where precision and reliability are paramount. At [Company Name], we are committed to pushing the boundaries of technology to empower businesses and researchers with the tools they need to excel. We look forward to seeing how these high-speed UV cameras will revolutionize your work and contribute to advancements across various sectors. Read more about this groundbreaking development here: [Insert Link] Stay tuned for more updates as we continue to redefine the possibilities in metrology and scientific imaging. Feel free to reach out if you have any questions or would like to discuss how these new cameras can benefit your specific applications. #Metrology #UVSpectrum #HighSpeedCameras #Innovation #Precision #ScientificImaging #TechnologyAdvancements #LinkedIn #IndustryNews

Here is your first look at the editorial content for the upcoming Spring issue of Vision Spectra. - 3D Imaging - Warehouse/Logistics - Hyperspectral Imaging - Sub Pixel HDR Imaging #machinevision #photonics

Our client #BitFlowInc has published this article on the present state of the Camera Link interface in #Quality magazine. The machine vision landscape can often consist of applications that simply don’t require the blazing speeds of CXP or 25 GigE Vision, and furthermore, can’t justify their expense. For this, there is Camera Link. #machinevision #cameras #cameralink #imaging #framegrabber

Leading Photoneo #3Dvision conquered ambient light, motion, dark objects, and large-distance scanning, and now we are proud to announce the conquering of the #transparent objects! The flagship 3D camera - MotionCam-3D from Photoneo is equipped with a new #3Dscanning method that significantly improves the signal readouts on transparent and shiny objects, adding much more detail and completeness to data that was previously hard to scan. Why is this so important?: 🦾Now you can complete the scanning of transparent & and translucent objects 🦾It enables crisp scanning of super shiny objects 🦾MotionCam-3D is significantly faster than conventional sensors thanks to patented Parallel Structured Light technology. 🦾It enables new use cases and industries for Logistics, retail, order fulfillment, automotive, pharmacy, etc. 🦾And cherry on the top - New features are applicable to existing devices Learn more about this technological leap forward here: https://lnkd.in/eiCsBngq #automation #3Dscanner #pointcloud #pointclouds #3D #roboteyes #orderfullfilment #logisticsautomation #logistics #pharmacy #robotics #machinetending #technology

𝗧𝗲𝗹𝗲𝗱𝘆𝗻𝗲 𝗗𝗔𝗟𝗦𝗔 𝗚𝗲𝗻𝗶𝗲 𝗡𝗮𝗻𝗼-𝟭𝟬𝗚𝗶𝗴𝗘 𝗰𝗮𝗺𝗲𝗿𝗮𝘀 𝗶𝗻 𝗳𝘂𝗹𝗹 𝗽𝗿𝗼𝗱𝘂𝗰𝘁𝗶𝗼𝗻 Teledyne DALSA, a Teledyne Technologies company, announced the new Genie Nano-10GigE M8200 and C8200 cameras, based on Teledyne e2v’s 67M monochrome and color sensors, have now entered full production. The new Genie Nano-10GigE 67M cameras are the smallest 10GigE Vision models in the industry achieving full resolution image transfer at up to 14 fps. Both offer wider operating temperature ranges, PTP synchronization, and commonality of sizes with other Genie Nano cameras, enabling ease of integration or upgrades across a wide variety of imaging applications. Coupling a compact 59 mm x 59 mm form factor, system designers can transition from 1, 2.5, 5GigE to 10GigE Vision without the need for software changes. Genie Nano-10GigE cameras are engineered to deliver high-speed, and dependable results for applications such as electronics manufacturing inspection, industrial metrology, intelligent traffic systems, aerial imaging, and sports and entertainment. A free runtime version of Teledyne Sapera Processing software is included with the new Genie Nano-10GigE 67M cameras. This image processing software provides basic image processing, blob analysis, camera calibration, and area-based search capabilities.

reference: metrology.news 🔍 Exciting News in the Industrial Metrology Field! 🌟 Nikon has just expanded its X-ray computed tomography (CT) range with the introduction of the VOXLS 30 Series. This new series is offering high-performance models suited for a wide array of industrial applications, especially in quality control for sectors like automotive, aerospace, medical, and more. 🌐 The VOXLS 30 C 225, 30 C 320, and 30 C 450 models boast impressive features, including maximum source energies of 225kV, 320kV, and 450kV, catering to parts of varied densities and sizes. These models maintain advanced features while sporting a more compact footprint than the bigger 40 Series. 💡 At the core of this innovation is a metrology-grade, granite-based manipulator coupled with rigid steel towers for thermal stability and solid construction. This ensures precise positioning and accurate movement for all applications. 🚀 Emphasizing automation, these systems feature Nikon’s cutting-edge CT acquisition technologies and reconstruction algorithms, catering to the growing demand for efficient and automated inspection processes. 👁️🗨️ Highlighting Nikon’s commitment to advanced technology, the 30 Series systems include motorized bi-parting radiation doors and offer large scan volumes, powered by Nikon’s proprietary X-ray source technology. 🏭 Dr. Andrew Mathers, Nikon’s X-ray and CT Product Manager, remarks on the significance of this launch, emphasizing the role of the VOXLS 30 Series in meeting stringent manufacturing requirements and driving the development of higher-quality. 🔗 Read more about this remarkable advancement here: https://lnkd.in/eiE5d2PX #Nikon #Metrology #IndustrialCT #Innovation #QualityControl #VOXLS30Series

Revolutionizing 3D: New Holographic Technique Breaks Computational Barriers A groundbreaking approach utilizes a split Lohmann lens-based diffraction model for the real-time creation of Computer-Generated Holography (CGH), dramatically lowering computational demands while preserving the quality of 3D visualizations. Holographic displays present an exciting pathway toward producing realistic 3D images that give the illusion of continuous depth, promising transformative impacts in areas like entertainment, medical imaging, and virtual reality. Yet, traditional approaches to creating computer-generated holograms (CGHs) are hampered by the need for repetitive calculations, resulting in high computational demands and making them unsuitable for real-time applications. Read more https://lnkd.in/dTtTZUVv