Twitter | Search | |
Intel® RealSense™
Shaping the future by giving devices and machines the ability to perceive their surroundings.
243
Tweets
905
Following
1,174
Followers
Tweets
Intel® RealSense™ 6h
Reply Retweet Like
Intel® RealSense™ 13h
We've created a dynamic calibration tool for our D400 family of cameras to optimize re-calibration in the field. Download here
Reply Retweet Like
Intel® RealSense™ retweeted
itSeez3D Feb 13
We’re excited to announce the release of itSeez3D Scanner for Windows with long-awaited support for Intel® RealSense™ SR300/D415/D435 sensors! More details at
Reply Retweet Like
Intel® RealSense™ Feb 20
Praveen, Yes you can produce volumetric film with cameras and our recent blog post on this topic not only outlines this new frontier of film but also describes the best way to get volumetric capture with RealSense cameras.
Reply Retweet Like
Intel® RealSense™ Feb 20
The Depth Camera D435i combines the robust depth sensing with an IMU for the detection of movements and rotations in 6 degrees of freedom (6DoF). Get $15 dollars off each unit when you buy 3 or more
Reply Retweet Like
Intel® RealSense™ retweeted
Keijiro Takahashi Feb 19
RealSense to Unity VFX Graph example. Now it supports color map.
Reply Retweet Like
Intel® RealSense™ Feb 19
One key advantage of stereo depth systems like is the ability to use as many cameras as you want to within a specific scene. In this post, we outline how to create a unified point cloud with multiple cameras using ROS.
Reply Retweet Like
Intel® RealSense™ Feb 18
With SDK 2.0 and cross‑platform open source libraries, it’s easier than ever to begin developing your own depth sensing applications. Learn more
Reply Retweet Like
Intel® RealSense™ Feb 17
Scanning an object or scene in 3D requires a combination of technologies to work well together. and Depth Cameras make it easy to create 3D scans inside and outside. Scan more
Reply Retweet Like
Intel® RealSense™ Feb 16
The Tracking Camera T265 includes two fisheye lens sensors, an IMU and an Myriad™ 2 VPU. It works both indoors and outdoors. Get yours today
Reply Retweet Like
Intel® RealSense™ retweeted
Keijiro Takahashi Feb 14
Trying out RealSense D415 this time. Although it has some cons (narrower FOV, larger min-Z), its depth accuracy looks like slightly better than D435.
Reply Retweet Like
Intel® RealSense™ Feb 15
Active learning helps students engage with their material on a deeper level and can improve retention dramatically. leverages technology to help make this happen. See more
Reply Retweet Like
Intel® RealSense™ retweeted
Embedded Vision Alli Feb 13
New Demo Video: Intel Demonstration of RealSense Cameras for Visual Navigation of Wheeled Autonomous Robots
Reply Retweet Like
Intel® RealSense™ Feb 14
Getting 3D cameras to work outside is as easy as a stroll down the sidewalk for and . Lear more
Reply Retweet Like
Intel® RealSense™ retweeted
Dimitri Diakopoulos Jan 26
Glad to see Intel's tracking module out in the wild now. It's a productization of the SLAM algorithm acquired by the RealSense team from RealityCap in 2015 (and also the basis of the tracker used in Project Alloy).
Reply Retweet Like
Intel® RealSense™ Feb 13
An IMU combines a variety of sensors with gyroscopes to detect both rotation and movement in 3 axes, as well as pitch, yaw and roll. Get yours today
Reply Retweet Like
Intel® RealSense™ retweeted
Intel Feb 12
What’s the key to true device autonomy? A device that knows where it is and where it’s going.
Reply Retweet Like
Intel® RealSense™ Feb 12
A critical aspect to making robots, drones, and other devices autonomous is their ability to interact independently with their environments. Read how the new Tracking Camera T265 enables devices to know where they're going
Reply Retweet Like
Intel® RealSense™ retweeted
Tim Keeley Feb 11
New Part Day: Mapping With RealSense Cameras For $200
Reply Retweet Like
Intel® RealSense™ Feb 11
SLAM, or Simultaneous Localization and Mapping, is a computational problem – Before the days of GPS, sailors would navigate by the stars, using their movements and positions to successfully find their way across oceans. Learn how does it
Reply Retweet Like