Ouster Lidar Webinars
Webinar: All-weather Reliability
Sensor failures increase costs from downtime, repairs, and more critically, safety risk. Operating in adverse conditions requires 3D perception that is as robust as the sensor itself. Join us to learn more about what makes Ouster the best pick for outdoor, all-weather operation.
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ウェビナー：L2X SoCの紹介-当社史上最高の性能を持つチップ
OusterのL2X SoCは、当社史上最高の性能を持つチップであり、改めてデジタルLIDARのパワーを証明しています。このウェビナーでは、当社のチームがL2Xチップを 紹介し、それがどれだけできるかを実際に見ていきます。
今すぐ見るRecorded webinars
OusterとデジタルLIDARの概要
Ousterは、産業、スマートインフラ、ロボット工学、自動車市場での自動運転を実現するデジタルLIDARセンサーを作っています。詳細はこちらをご覧ください。
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Zero to SLAM in 30 minutes: an interactive workshop
SLAM gives autonomous machines the ability to understand their position and orientation within an environment. With Kudan Lidar SLAM, you can jumpstart your evaluation of Ouster lidar with a commercial-grade SLAM in a matter of minutes. Join our workshop to learn how.
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How Fly4Future uses lidar on autonomous drones to disrupt the industrial market
危険な地下鉱山での救助活動から効率的な鉄道の検査まで、自律型ドローンは欠かせないものとなってきています。このウェビナーでは、Fly4Future社が産業界の顧客向けに提供しているドローンソリューションと、空間認知とSLAMにOusterのLIDARをどのように活用しているかをご紹介します。
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ワークショップ: Ouster Python SDKを使用した開発
このワークショップでは、新しいOuster Python SDKの使用開始方法について簡単なチュートリアルを行い、いくつかの有益なツールの使用方法を説明します。詳細についてはこちらをご覧ください。
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スマートインフラストラクチャ用のOUSTER LIDAR：高度道路交通システム
Ouster is powering more efficient and safer autonomy throughout the smart infrastructure market, from traffic management to security operations. Our smart infrastructure solution brings together Ouster’s high-resolution 3D digital lidar sensors with perception software. Join us to learn more.
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Firmware v2.0: Improved stability, performance, and data processing
Firmware v2.0, our first major firmware release of 2020, brings improved performance, new features, and enhanced platform stability. Join us for a deep dive into all these updates and learn why you should upgrade.
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Digital vs Analog Lidar
Digital lidar sensors and analog lidar sensors may look similar on the exterior, but inside the two technologies are fundamentally different approaches, with big implications for cost, reliability, resolution, and headroom for future performance improvement. Join us to learn about these differences, and why digital technology is the future of lidar.
今すぐ見るWebinar series: How to understand lidar performance
Digging into the datasheets to compare different lidar sensors can be frustrating and confusing. How do you get an apples-to-apples comparison? What tradeoffs exist between specs? Is everything being measured the same way?
Resolution and Frame Rate
Explore a lidar sensor datasheet and explain what the different specs mean—highlighting frame rate and resolution. We'll explain how we measure these specs and what tradeoffs you may see between the specs, and why they matter for different lidar applications. Then we break down a point cloud and show how you can observe the specs in the data itself.
今すぐ見るRange, Precision, and Accuracy
Join us as we walk through how range and precision are measured for our lidar sensors and explain how they are affected by different architecture choices, lighting conditions, and target types. We'll dig into the physics of what causes these impacts and how you can understand range and precision for all lidar sensors.
今すぐ見るReliability and Ruggedness
Reliability matters. Sensors failing on the job are both costly and a potential safety risk. Join us to take a look at how to better understand reliability metrics, get an overview of key standards, and learn how to think about the hidden costs of sensor replacements.
今すぐ見るLidar Emitters and Detectors
Laser and detector choices determine the performance capabilities, reliability, and cost profile of a lidar sensor. Learn about the different choices in this webinar.
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