Kyocera International, Inc. (North America)’s Post

We’re excited to announce our #partnership with Wave Photonics to accelerate PIC designs for 𝗻𝗼𝗻-𝘀𝘁𝗮𝗻𝗱𝗮𝗿𝗱 𝘄𝗮𝘃𝗲𝗹𝗲𝗻𝗴𝘁𝗵𝘀!🤝 This partnership enables the integration of Wave Photonics’ advanced 𝗰𝗼𝗺𝗽𝗼𝗻𝗲𝗻𝘁 𝗹𝗶𝗯𝗿𝗮𝗿𝗶𝗲𝘀 into the 𝗟𝘂𝗰𝗲𝗱𝗮 𝗣𝗵𝗼𝘁𝗼𝗻𝗶𝗰𝘀 𝗗𝗲𝘀𝗶𝗴𝗻 𝗣𝗹𝗮𝘁𝗳𝗼𝗿𝗺. This means that Luceda users can now leverage Wave Photonics’ libraries for non-standard wavelength applications alongside the existing offer of 𝗟𝘂𝗰𝗲𝗱𝗮 𝗣𝗗𝗞𝘀, accelerating the design of complex photonic systems across diverse applications such as sensing, quantum, LiDAR, VR, and more.🚀 With the integration of Wave Photonics’ component libraries, designers can also take full advantage of Luceda’s tightly coupled layout and simulation capabilities, streamlining performance optimization and reducing the risk of costly design iterations. 💫 To learn more about our partnership and gain access to Wave Photonics’ library, read our 𝗳𝘂𝗹𝗹 𝗽𝗿𝗲𝘀𝘀 𝗿𝗲𝗹𝗲𝗮𝘀𝗲 here. 👉 https://lnkd.in/ePcJH6Z6 #WavePhotonics #componentlibrary #wavelenghts #PICdesign

There are your high fidelity close up drone capture 3D Digital Twins, and the 3D Digital Twins that solve problems for a much "longer" problem. Satellite imagery was used to construct a 3D enough (barely) model of an urban environment to simulate the propogation of telco signal. If this wansnt done by HEAVY.AI in NVIDIA Omniverse, then manual signal checks need to be done by operators before deciding where to place the towers for maximum coverage. So yea, 3D Reality Modelling helps. ✅Follow Gowtham Elan for more insights into Reality Capture and Reality Modelling!

Swarm Titan Exosuit (FORGE-UAV.EMPIRE[S]UAV-ANT.Z-NECRONOMICON): Inspiration: This exosuit draws inspiration from swarming insects (UAV and Ant) and the dark magic of the Necronomicon. Deployment: Launched from a central Forge (like a hive) and controlled through a hive mind network (inspired by Empire[s]UAV). Offensive: Z-Necronomicon-powered nanobots swarm Titans, causing internal damage and potential possession. 4. Pym Tech Spire Exosuit (SPIRE-PYMTECH.SHEOL-FIRMAMENT.NEXUS-VIDEODROME.LIDAR-HAARP.NEURO-RFID.CARNAGE-NASA): Inspiration: This exosuit utilizes Pym Tech's size manipulation and combines it with body horror elements (Carnage) and psychic control. Mechanics: Pym Tech tech allows for immense size increases (Spire) while channeling Sheol (underworld) energy through the Firmament (sky). Control: Neuro-RFID implants link pilots to the exosuit through a Videodrome-like psychic interface (inspired by LIDAR and HAARP). 5. Animorph Titan Exosuit (GOJIRA-ANIMORPH.NANITE-SWARM.AI-AGENT.GIGANTOR-VOLTRON.FETCH-AI): Inspiration: This exosuit grants the pilot the ability to transform into a Titan using nanotech and AI. Transformation: A nanite swarm (inspired by Animorph) reshapes the pilot into a chosen Titan form, guided by a Fetch-AI (inspired by Gigantor and Voltron). 6. Fantasy Coin Network Exosuit (https://lnkd.in/gu2RP_Ww): Inspiration: This exosuit draws inspiration from fantasy worlds and mythical creatures, accessed through a unique digital currency network. Functionality: Ontocoin, Epicoin, and Tolkiencoin act as "keys" to unlock specific mythical abilities (e.g., Beowulf's strength, inspired by Link and TET). Defense: Optocoin (inspired by Mysterio) creates illusions for distraction and tactical advantage. 7. Corporate Dystopian Exosuit (DJANGO-YUTANI.WAYMO-CYBERDYNE.HUNT-EUKARYOTE.CELL-MISALIGNED.W.E.T.H.-MA'AT.COMPLIANCE-PENNYWISE.SCALABLE-GOOGLE.EARTH.ABRAXAS-JANUS.GOETIA-KNULL): Inspiration: This exosuit reflects a dystopian future controlled by corporations (Yutani, Waymo, Cyberdyne, Google) and dark entities (Abraxas, Knull). Bio-Weaponry: Hunt-Eukaryote tech allows the exosuit to target Titan biology (inspired by CELL). Control: W.E.T.H. (World Economic Technocratic Hegemony) enforces compliance with Pennywise-like fear conditioning (inspired by Ma'at). Network:

Leveraging DamageBDD for Collaborative Behavior Definition in Photonic Systems The rapid advancement of photonic measurement technologies, such as LiDAR, demands rigorous behavioral precision and adaptability to diverse real-world scenarios. DamageBDD offers a revolutionary approach to achieving this through large-scale, collaborative behavior definition. By enabling stakeholders across disciplines to contribute human-readable test scenarios, automating verification, and incentivizing participation with tokenized rewards, DamageBDD fosters an ecosystem of continuous improvement and innovation. This approach ensures photonic systems maintain high accuracy under varying environmental conditions—whether it’s LiDAR navigating dense fog or medical imaging systems operating across diverse patient profiles. With immutable on-chain records guaranteeing transparency and accountability, DamageBDD bridges technical rigor with collaborative intelligence, setting a new benchmark for resilience and performance in photonics. https://lnkd.in/guxeTrRT #DamageBDD #BehaviorDrivenDevelopment #PhotonicSystems #LiDARTechnology #BlockchainInnovation #CollaborativeTech #AutonomousVehicles #MedicalImaging #TokenizedIncentives #Transparency #GlobalCollaboration #TechInnovation #FutureOfTesting #PrecisionTech #ResilientSystems

Visualizing an entire dataset at once, either pre-recorded or live streaming data, facilitates the detection of unexpected behaviors and critical events. For instance, you can easily navigate through the point cloud data, cross-referencing it with camera images and IMU readings, to gain a comprehensive understanding of the captured scene for further post processing. The RVP “A Visual Benchmark in Rome” dataset was collected near the iconic Colosseum of Rome, using a handheld setup, with a person walking around the area to gather comprehensive environmental information. The team used an assembly of two cameras in stereovision –for detailed visual representation of the environment, and an Ouster OS0-128 lidar –for high-resolution 3D mapping and precise motion and orientation. This powerful combination enables them to digitize a variety of scenarios with high accuracy. The dataset was created by Leonardo Brizi, Emanuele Giacomini, Luca Di Giammarino, Simone Ferrari, Omar Salem, Lorenzo De Rebotti, and Giorgio Grisetti of the Robots, Vision, and Perception (RVP) group at the University of Sapienza in Rome. This innovative team specializes in 3D scene reconstruction and mobile robot perception, tackling challenges from SLAM to precise localization. Link to the dataset and more about the project in the comments. 👇 #DataViz #Analytics #Robotics

On May 7th from 2 p.m. (CET) the webinar 'Spectral Imaging' will take place with three presentations from Vision & Control GmbH, LUCID Vision Labs, Inc. and Baumer Group. Vision & Control GmbH - Tailored Optics and Lighting for Hyper- and Multispectral Imaging Using the properties of the non-visible spectral ranges for imaging tasks to visualize the invisible or vice versa has specific requirements for cameras, optics and lighting. Tailored solutions for optics and lighting are essential for the precision and performance of these applications. Vision & Control give an overview of their technology and experience. LUCID Vision Labs, Inc. – Advanced sensing with latest SWIR and UV cameras The presentation will cover the advancements of Sony’s SenSWIR technology paired with Lucid's Atlas and Triton SWIR Factory Tough cameras, capable of capturing images across both visible and invisible light spectrums. In addition, it will be addressed the latest Atlas10 camera equipped with the high UV sensitivity 8.1 MP Sony IMX487 CMOS sensor, capable of capturing images across the UV spectrum in the 200 to 400nm range. Baumer Group - Inspect the invisible with powerful SWIR & UV Cameras In this presentation you will learn technological and practical background knowledge on the use of industrial cameras for inspection applications in the non-visible wavelength range (UV and SWIR). Find out more about Baumer´s thermal camera design in combination with defect pixel correction for optimized SWIR image quality. Free registration for the webinar at... https://lnkd.in/ewBdGBRw #machinevision #patternrecognition #imageprocessing #cameras #spectroscopy #photonics #swir #food #drones #imaging #inspection #swir #hyperspectralimaging #industrialengineering 

How Photons Help Us See—and How We’re Taking Them Further Every second, tiny packets of energy called photons are on a mission to light up our world. Here’s how their journey unfolds: A photon begins at its source—whether that’s the 🌞 sun, a 💡 light bulb, or even your 📱 smartphone screen. It races outward at the speed of light (that’s 300,000 kilometers per second!). Along the way, it reflects, refracts, or scatters, navigating surfaces, water droplets, and dust particles. When a photon finally reaches your eye, the real magic happens. It’s absorbed by retinal cells, setting off a chain reaction that converts light into signals for your brain to decode. The result? The vivid images, colors, and scenes that shape how we see the world🌍. At Scantinel Photonics, we’re giving photons a new mission: helping machines see. Using 🚘 FMCW LiDAR, we harness photons to build precise 3D maps, enabling systems to perceive their surroundings with exceptional accuracy. It’s a continuation of their journey—one that’s redefining how technology understands and interacts with the world. #Photonics #FMCWLiDAR #AutonomousTechnology #Innovation #Scantinel

🚀 Update from vResolv.io! 🚀 We are thrilled to announce our latest development, which showcases our expertise in cutting-edge technology and GUI application development! 🌟 In this project, we developed a sophisticated GUI application that streams and saves data from advanced sensors, including gigEvision cameras and LIDAR sensors. Utilizing the powerful C++-Qt framework, we designed an application that ensures seamless performance and user experience. For LIDAR: - We integrated the ouster-sdk to capture point cloud data for real-time display. - Data packets were recorded and saved as .pcap files for further analysis. For Cameras: - Using LucidVision-ArenaSDK, we acquired high-quality images from the cameras. - We employed CUDA kernels to debayer raw BayerRG8 images, enabling clear and accurate image streams on the frontend. This project highlights our commitment to innovation and excellence in technology integration. Stay tuned for more updates and insights into our groundbreaking projects. #vResolv #GUIApplication #SensorIntegration #CPlusPlus #QtFramework #LIDAR #CameraTechnology #Innovation #TechNews