Recently, Bloomberg reported that Amazon has plans to delve into home robotics. Mega-tech corporations trying their hand at robotics is not a new phenomenon: Bloomberg themselves did an in-depth piece on the state of robotics at Alphabet just a few months ago.
Over the years, developers have built an amazing suite of tools for debugging and introspecting the ROS system. Unfortunately, ROS packages also have a discoverability problem: unless you read about them in the tutorial or someone else tells you about them, you have no way of knowing they exist.
When I first started working through the ROS tutorials, one of the first annoyances I faced was the sheer number of terminals I was opening. Continue reading
Recently I’ve had a few people ask me what type of laptop they would recommend for developing ROS applications. In my years working with ROS in a research capacity, I’ve used dozens of development machines! I’ve learned a few guidelines when picking out laptops for working with Linux, ROS, and robots. Following these guidelines when picking out a computer will make your ROS development experience far smoother.
You can use easily speech recognition to emit ROS messages and control your robots with your voice. In this post, we’ll learn how to install some popular speech recognition libraries on a ROS machine. This post describes how to set up the Sphinx libraries and custom code developed by human-robot interaction researchers at UT Austin and elsewhere.
In our robotics lab at UT Austin, we often use augmented reality (AR) tags to determine the position and orientation of an object. One good ROS package we use for tracking markers is ar_track_alvar, which can track ArUco-style markers (shown below) and calculate their 6D pose. The package makes detecting AR tags as easy as running a roslaunch file (with some slight configuration tweaks).
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