Results for: Computer Vision
5G, 8K video, up to 7 cameras and 15 TOPS of processing on a drone
How many times have you said, “If I had a drone with 5G, seven-camera concurrency, 8K video and 15 TOPS of processing, I could . . .”
Whatever you’ve told yourself you could do with features like...
https://developer.qualcomm.com/blog/5g-8k-video-7-cameras-and-15-tops-processing-droneTags:
What’s Next in Image Processing at the Edge with NexOptic
The term image processing encompasses many different tasks, including computational photography, computer vision algorithms, and even basics like image compression. One aspect all of these processes...
https://developer.qualcomm.com/blog/what-s-next-image-processing-edge-nexopticTags:
Improving VR Performance Using Motion Estimation OpenGL Extensions
Co-written by Jonathan Wicks and Sam Holmes XR presents many challenges, with its high framerate requirements, high resolution, and low latency, all within a small power and thermal budget. One...
https://developer.qualcomm.com/blog/improving-vr-performance-using-motion-estimation-opengl-extensionsTags:
Pushing the Limits of Drones with Skydio Autonomy
Drones hold the potential to touch a myriad of industries, unlock new business outcomes, and deliver countless benefits. This is especially true when legacy methods involve heavy equipment that can...
https://developer.qualcomm.com/blog/pushing-limits-drones-skydio-autonomyTags:
Fast and Efficient Inference at the Edge with Pilot AI
Throughout the current pandemic, technologies like virtual meetings, IoT edge devices, and machine learning (ML), have played a vital role in allowing society to continue moving forward. And have...
https://developer.qualcomm.com/blog/fast-and-efficient-inference-edge-pilot-aiTags:
Optimizing Image Processing Algorithms With Halide
Think about what it takes to process a 2D image. For example, performing a basic blur might involve iterating over an image’s pixels one row at a time, and then computing averages between...
https://developer.qualcomm.com/blog/optimizing-image-processing-algorithms-halideTags:
Putting Camera and AI at the Network Edge
If you're designing a consumer device like a home security system or an industrial device like a dash camera, you don't want to reinvent the wheel any more than you have to. Expensive, vertical...
https://developer.qualcomm.com/blog/putting-camera-and-ai-network-edgeTags:
Putting a dent in neighborhood crime with Flock Safety system
When you're trying to rid your community of non-violent crime — theft, car theft, burglary, fencing of stolen goods — you soon find out how hard it is to capture necessary evidence. The...
https://developer.qualcomm.com/blog/putting-dent-neighborhood-crime-flock-safety-systemTags:
Deploying robotics applications — Using image segmentation to drive the Turtlebot3 Burger
Image segmentation is a process of subdividing an image into constituent parts or objects for detailed analysis. The resulting high-level information is useful in computer vision applications, like...
https://developer.qualcomm.com/blog/deploying-robotics-applications-using-image-segmentation-drive-turtlebot3-burgerTags:
Looking for rapid development in AR? Take a page from Youbiquo’s book
Suppose you're building a new augmented reality (AR) wearable for an enterprise customer who needs it as soon as possible. Should you cobble together technologies like 3D rendering, computer...
https://developer.qualcomm.com/blog/looking-rapid-development-ar-take-page-youbiquo-s-book