Weekly Robotics Newsletter Archive [7/23]
I work on this newsletter in phases. Phase 1 is going through my news feed and shortlisting the articles I found interesting (currently I use bookmarks for that). The second phase is going through the shortlisted webpages and selecting the ones that will appear in the next issue. This week I broke the record with 38 webpages shortlisted (!). The third phase is selecting the 7 top features. If a page doesn’t make it to the top I either add it to the next issue or I delete it. I was thinking that in the future I might add the links that ‘did not make it’ to the newsletter.
1) Saildrone USV Completes First Atlantic Crossing East to West.
INFO: I’ve covered the first Atlantic crossing by Saildrone in the issue #28. This time Saildrone was the first Unmanned Surface Vehicle to pass the Atlantic East to West and thus becoming the first unmanned vessel to make a roundtrip of the Atlantic (it traveled the first leg of the journey in August this year).
2) The Spacex Starship Is a Very Big Deal.
INFO: This is a very thorough blog post about how SpaceX BFR/Starship is a game changer in space vehicles. In the blog post you will also find a video in which Elon Musk explains how Starship will perform landing on earth.
3) Build Your Own Thrust Vectored Rockets For Vertical Landings Like SpaceX.
INFO: While we are at SpaceX rockets: in the above article Joe Barnard shares his experience building reusable rockets.
4) Can Autonomous Wheels Disrupt Indoor Mobility?
The Robot Report
INFO: In this article Olivier Mitchell introduces wheel.me, an Oslo based company working on autonomous wheels (they were hirigin back in May). I really like the idea and I can’t wait to see this technology applied somewhere. Apart from technology the curious thing I found about this article is the wheel.me business model, which is described as indoor-mobility-as-a-service. I’m really curious to see how Robots-as-a-service evolves in the future. Will try to keep you posted!
5) Helping Autonomous Vehicles See around Corners.
INFO: MIT Researchers are working on a camera that uses computer vision techniques to detect and classify changes of shadows on the ground. According to the article the system was able to detect a car turning around a pillar 0.72 seconds faster than a LiDAR in the controlled environment the experiments were done in.
6) It’s Official: Bionicopter Is the Biggest Flying Robotic Insect.
INFO: The robot has a wingspan of 63 cm (24.8 in), length of 44 cm (17.3 in) and weighs only 175 g (6.2 oz), which is impressive given that the robot has 13 degrees of freedom. You can learn more about the project and see the video demonstrating the robot in action on Festo Bionicopter page.
7) Publication of the Week - Risley Prism Scanner: Application Note (PDF).
INFO: Risley Prism Scanner uses two rotating prisms to create a circular scanning pattern using a single laser scanner. This application note by ThorLabs discusses the principle of this technology and shows how to build a scanner like this.
1) Franka Emika (Munich, Germany) - Mechatronics Engineer / Control Engineer Mechatronics
INFO: Franka Emika is a dynamic company that develops robotics technology for everyone, with a goal to overcome one of the biggest challenges of the modern society, relieving an entire generation of tedious, potentially dangerous, vastly time-consuming, and monotonous labor.
2) Andøya Space Center (Andenes, Norway) - Project Engineer.
INFO: The Andøya Spaceport project is developing a launch capability for small satellites at a new site on Andøya in Norway. Side note: I took part in a student rocket campaign at Andøya Space Center in 2014.
1) ROSCon 2019.
INFO: ROSCon is happening next week from October 31st to November 1st. The talks lineup is quite exciting and I’ll definitely be following it. Usually there is a livestream of the talks, check out the conference page for updates.
2) LaMa - A Localization and Mapping Library.
INFO: Feels like this newsletter will need a “SLAM Solution of the week section” if I keep learning about SLAM libraries at the current rate! Regarding this library there was an interesting discussion about it on ROS Discourse where the author of the library presented it to the community. The thing that caught my attention the most is how little resources this library uses. The GitHub repository description mentions that Raspberry Pi 3 Model B+ is the minimum viable computer to run it.
3) Humanoid Robot Has Joints That Inspire.
INFO: This article presents the LIMS2-AMBIDEX humanoid robot upper body developed by Researchers from IRIM Lab at Korea University of Technology and Education. The robot is driven using brushless motors and pulleys and I indeed found the wrist mechanism inspiring! In the comment a Hackaday user anil inverse provided a link to a GitHub repository that contains an stl model of the wrist mechanism that you can 3D print.
4) Anki Patent Portfolio Is Now for Sale.
The Robot Report
INFO: Anki was a consumer robot manufacturer that close down earlier this year (as featured in Weekly Robotics #37). As reported in the article the patent portfolio of the company is now for sale. I’m still bummed about Anki closing down I had high hopes for it and wanted to experiment with it using vector_ros at one point.
5) Robot Teaches Kids Hand Washing Skills in Rural India.
INFO: Usually the robots I feature in this newsletter are a bit more sophisticated than the current version of Pepe shown in the article, however I believe it can have quite a positive impact. The experiment with this robot took only 3 days but throughout this time the hand washing rate of students increased by 40%.
6) Robert Williams (Robot Fatality).
INFO: Let’s take a dark turn. This Wikipedia page describes the death of Robert Willimas, who died in 1979 in one of the Ford plants and is the first known human to be killed by a robot. According to Wikipedia the second person to be killed by a robot was Kenji Urada who at the time worked at Kawasaki Heavy Industries.
7) Publication of the Week - Mantis: A Scalable, Lightweight and Accessible Architecture to Build Multiform Force Feedback Systems (2019).
INFO: This paper by Researchers from the University of Bristol presents Mantis, a system architecture for creating force feedback systems. I’ve learned multiple things from this paper - especially on motor selection, impedance vs admittance control and transmission systems. You can find a video of Mantis systems on YouTube.
1) Webots Now Available from the Snap Store.
INFO: Webots R2019b revision was just released on the snap store so that you can install it safely and easily on your favorite Linux distribution. That is probably the easiest way to install Webots since all the dependencies are included, including the C/C++/Java compilers, python 3, etc. Also snap packages are safe as they run in a protected sand-box on your Linux computer and hence cannot harm it, can be uninstalled easily and can handle different versions of the software.
1) NVIDIA (Santa Clara, CA, US) - Senior Software Engineer - Robotics.
INFO: The team around Project Isaac is building a robotics platform for developing the next generation of intelligent robots. Isaac is binding together high-fidelity visual and physical simulation, a high-quality developing platform, hundreds of optimized algorithms to tackle hard problems in computer vision and artificial intelligence, and a small and powerful computational platform to form the brain of intelligent machines.
2) Space Application Serivces (Brussels, Belgium) - Robotics Software Engineer - Sensor Fusion & Simulation.
INFO: Space Applications Services is a company based in the Brussels area (BE) that provides products and services for the space sector in many areas from Avionics, Robotics, Human Exploration, Science and Earth Observation.
3) GIM Robotics (Espoo, Finland) - Robotics Engineer.
INFO: GIM provides full-stack automation and intelligent sensor systems for logistics, mobility and maintenance. Focus on sensor fusion software for autonomous navigation in large outdoor areas.
All the stickers I dedicated for the giveaway last week were claimed within 48 hours. There are now on their way to the 20 of you that expressed interest in them. I hope that in the future I will be able to repeat the giveaway! In other news this week I attended Robotics and ROS meetup in Zurich where I presented Weekly Robotics and had a chance to attend presentation of ANYbotics ANYmal C. I’ve learned a ton and the demo was amazing. ANYbotics has many open source repositories that I recommend you to check out, especially if you are working with ROS.
1) Coanda Effect Hovercraft.
INFO: Yet another interesting project log from Tom Stanton. This time he is building a hovercraft using Coandă Effect to create a cushion of air for the hovercraft to lift off the ground. You can find other Tom’s projects in issue #26 and issue #43.
2) Assembler Robots Make Large Structures From Little Pieces.
INFO: Benjamin Jenett, a PhD student at MIT had developed robots capable of assembling structures, while also in a way being a part of them. In the article this concept is called “relative robotics” and I can’t wait to see more projects like these.
3) Kimera Library.
INFO: Via the linked page: “Kimera is a C++ library for real-time metric-semantic simultaneous localization and mapping, which uses camera images and inertial data to build a semantically annotated 3D mesh of the environment. Kimera is modular, ROS-enabled, and runs on a CPU”. The ROS wrapper of this package contains launch files for a Realsense D435i camera. I’m really tempted to try it out.
4) Stanford Engineers Develop New Tool for Designing Prosthetic Limbs.
INFO: This video presents work done by Stanford Researchers with prosthesis emulators - a testbed for rapid prosthesis design and testing.
5) PCB Thermal Management Techniques.
All About Circuits
INFO: This article from All About Circuits describes good design practices for Printed Circuit Board design and inspection when it comes to heat dissipation. Big thanks to Illia for the tip!
6) LIPO Batteries Fail Explosion Compilation How Not to Burn Down your Home.
INFO: I might have fallen into a YouTube rabbit hole of RC models crashing and what not and thought it would be a good idea to to talk safety again. I think being reminded every now and then that the LiPO batteries can catch fire if not handled properly is a good thing. Stay safe!
7) Publication of the Week - Solving Rubik’s Cube With a Robot Hand (2019).
INFO: This paper presents the work of OpenAI Researchers on creating a whole system capable of solving a Rubik’s cube with a humanoid robot hand that made the news this week. The setup for this project looks quite interesting, starting with Shadow Robot Dexterous Hand, a motion capture system to track the hand’s fingertips, RGB cameras for vision pose estimation and bluetooth enabled Rubik’s Cube. To train the model the Researchers used ADR (Automatic Domain Randomization) in simulation. My favourite part of the paper is when the AI gets annoyed: “We also observe that the policy appears more likely to drop the cube after being stuck on a challenging face rotation for a while”. You can find the video of the hand solving the cube on YouTube.
1) Intel Realsense T265 Tracking Camera for Mobile Robotics - First Impressions.
INFO: I’ve spent a fair bit of time working with T265 on Robosynthesis development platform. The above blog post summarizes my experience with this camera and provides some tips on how to set it up.
1) ANYbotics (Zurich, Switzerland) - Various Positions.
INFO: We provide solutions for robot applications with the most advanced mobility and autonomy requirements in challenging terrain.
2) Magazino (Munich, Germany) - Performance & Quality Roboticist.
INFO: Magazino develops and builds intelligent, mobile robots for intralogistics.
How do you like the stickers shown in the header image of this issue? Let’s do a giveaway! The first 20 readers that will send me an e-mail with their postal will get a sticker sent to them free of charge. As soon as your address makes it to the envelope it will be deleted to be never seen again.
1) Imagineering in a Box.
INFO: Disney has released a free course on Theme Park design that I found very inspiring and interesting to watch. In Lesson 3 starting with video on Armatures you can have a look into Animatronics at Disney’s theme parks. In exercise sections you can even design your own linkage system and actuate it.
2) Drones as Detectives: Surveying Crime Scenes for Evidence.
INFO: I’ve heard of a similar idea years ago in the context of using drones and photogrammetry for accident mapping (this article from PhotoModeler Technologies will give you an idea what I’m talking about). I’m not sure how useful drones would be on the crime scenes though given that a person can easily take photographs from multiple angles with a handheld camera.
3) Xaxxon OpenLIDAR Sensor.
INFO: This project is an open source lidar built using Garmin’s Lidar-Lite v3 distance sensor. The maximum range of the assembled LiDAR is 40 meters and it can rotate at 250 RPM (equal to 4.17 Hz full scan rate).
4) Walmart’s Robot Army Has Arrived.
INFO: How to integrate robots into places full of people while signaling robot’s intent? That is one of the problems Bossa Nova has to tackle. I found this article to be a good inspiration to think about user interaction in Robotics.
5) TRI Teaching Robots to Help People in their Homes.
Toyota Research Institute
INFO: I really like the design of this robot - a body of a humanoid robot torso attached to a robot manipulator that is rigidly connected to a mobile robot platform. I recommend watching this YouTube video about this R&D Project. Given that TRI is in the ROS2 Technical Steering Committee what are the chances of this platform running ROS2?
6) Watch Astrobee’s First Autonomous Flight on the International Space Station.
INFO: One of my all time favourite ROS projects (I covered Astrobee launch in #35, a paper on Astrobee Software in #39 and the first flight in #44) made its first fully autonomous flight!
7) Publication of the Week - Design, Modeling and Control of a Robot Bat: From Bio-inspiration to Engineering Solutions (2019).
Carnegie Mellon University
INFO: This is a very interesting seminar on bio-inspired robot design by Seth Hutchinson. I’ve never realised how many Degrees of Freedom bats have! If you have a one hour of time to invest and you are interested in biologically inspired robots then I recommend watching this lecture. I’ve definitely learned something today.