March 2023 - RoboCup-worldwide

Last call: AI100 Essay Contest - due March 31st
by Peter Stone 21 Mar '23

21 Mar '23

AI100 Prize: Early Career Essay Competition The One Hundred Year Study on Artificial Intelligence (AI100) is a longitudinal study of progress in AI and its impacts on society. A key feature of the 2021 AI100 report was its commentary on what had changed since the first report published in 2016. As a way of laying the groundwork for the next report, planned for 2026, the AI100 Standing Committee invites original essay submissions that react directly to one or both of the AI100 reports. Essay application is now open and will close on March 31, 2023. Apply here: https://ai100.stanford.edu/prize-competition ___ Professor Peter Stone Truchard Foundation Chair in Computer Science University Distinguished Teaching Professor Director, Texas Robotics Associate Chair, Department of Computer Science office: 512-471-9796 The University of Texas at Austin mobile: 512-810-3373 2317 Speedway, Stop D9500 pstone(a)cs.utexas.edu Austin, Texas 78712-1757 USA http://www.cs.utexas.edu/~pstone

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ERRATUM: RoboCup Newsletter
by Ornella-Roxane Owoundi Bilounga 20 Mar '23

20 Mar '23

dear robocuper, After receiving the first edition of the newsletter it was revealed that there was an error in the registration and set up dates of the junior teams, I would like to apologize for this error which has been corrected in this new version. Indeed for the juniors the information is as follows: [Junior Registration Schedule] Registration March 24 - June 6 Late registration June 7 - June 30 [Junior League Schedule] Setup: July 05 (Wed.), 2023 Competition: July 06 (Thu.) -July 09 (Sun.), 2023 Symposium: July 10 (Mon.), 2023 We remain at your disposal for any further information. Best regards, the organizing committee [ https://www.u-bordeaux.fr/ ] Ornella OWOUNDI Cheffe de projet RoboCup 2023 RoboCup 2023 project manager Direction de la planification stratégique (DiPSi) Pôle Pilotage et aide à la stratégie (PAS) T. 05 40 00 61 36 P. 07 77 25 41 82 [ https://www.u-bordeaux.fr/ | https://www.u-bordeaux.fr ]

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Call for Interest - ERL – Smart City competition in 2023
by Pedro U. Lima 16 Mar '23

16 Mar '23

=============================================================================== Call for Interest ERL – Smart City competition in 2023 Milton Keynes, UK 18-21 September 2023 https://eu-robotics.net/erl-smart-city-competition-in-2023/ ================================================================================ In line with its aim to boost European Robotics Leagues (ERL) activity, euRobotics is pleased to announce that a SmartCity competition will take place during 18th – 21st September 2023 in Milton Keynes, UK. The ERL Smart City Robotics Competition follows a series of successful competitions which were organised under the SciRoc project, including a competition in Milton Keynes in 2019 and another in Bologna, Italy, in 2021. At the present time, the competition episodes include: Episode 1 – Deliver coffee shop orders Episode 2 – Through the Door Episode 3 – Take the elevator Episode 4 – Shopping pick and pack Episode 5 – Socially Acceptable Item Delivery Full details about the competition can be found on the following website: https://eu-robotics.net/erl-smart-city-competition-in-2023/ If you are interested in participating, please fill the registration form at ERL website by April 17th. Form link: https://forms.gle/XVwTT1o2MaBUbeLj9 ############## Important dates: ############## Call for interest deadline: April 17th 2023 Application deadline: May 31st 2023 ERL Smart City competition: 18th-21st September 2023

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2023 RoboCup Newsletter #1
by Ornella-Roxane Owoundi Bilounga 13 Mar '23

13 Mar '23

Dear RoboCuper, Please find attached the first RoboCup Newsletter. We wish you and your team a successful preparations for RoboCup 2023, and we hope to see you all in Bordeaux. Best regards, The Executive Working Committee [ https://www.u-bordeaux.fr/ ] Ornella OWOUNDI Cheffe de projet RoboCup 2023 RoboCup 2023 project manager Direction de la planification stratégique (DiPSi) Pôle Pilotage et aide à la stratégie (PAS) T. 05 40 00 61 36 P. 07 77 25 41 82 [ https://www.u-bordeaux.fr/ | https://www.u-bordeaux.fr ]

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[meetings][CFP] EXTENDED DEADLINE - RO-MAN 2023 - Special Session "To err is robotic: Understanding, preventing and resolving robots' failures in HRI"
by Alessandra Rossi 10 Mar '23

10 Mar '23

*Apologies for any cross-posting* Dear colleagues, Apologies for any cross-posting, the *deadline for Special Sessions has been EXTENDED to 31st March 2023.* We are very pleased to invite you to the Special Session called *To err is robotic: Understanding, preventing and resolving robots' failures in HRI *( code u3f1h)*.* This special session welcomes works: 1) focusing on how people from perceive robot's failures in short- and long-term interactions, and highlight how different failures influence their perceptions and emotions toward the robots, and 2) exploring different techniques (e.g. inner speech, predictability and transparency of robotic behaviours, Theory of Mind, robot etiquette, Verification Methods, explanations) can foster a natural human-robot communication to reduce the perception of failures and/or help people understand the implications, risks, and goals of robot behaviour. This Special Session is organised within the 32nd IEEE International Conference on Robot and Human Interactive Communication (IEEE RO-MAN 2023) will be held at Paradise Hotel in Busan, South Korea from August 28 to 31, 2023. Please find attached the full call for papers for the Special Session "*To err is robotic: Understanding, preventing and resolving robots' failures in HRI*". Kindest regards Alessandra Rossi, Kheng Lee Koay, Kerstin S. Haring *Dr. Alessandra Rossi* Postdoctoral researcher PRISCA research lab University of Naples Federico II, Naples, Italy Fellow of the Higher Education Academy Adaptive Systems Research Group University of Hertfordshire, United Kingdom ------------------------------------------------------ SPECIAL SESSION To err is robotic: Understanding, preventing and resolving robots' failures in HRI Code u3f1h Robots placed in human-oriented dynamic environments, such as private homes, shopping malls, healthcare facilities, are likely to exhibit occasional behaviours which are perceived by people as unexpected, failures, or actual errors. Robots' errors can negatively affect people's perception of the robotic behaviours, in terms of usefulness, functionalities and capabilities, trustworthiness and acceptability. Robotics errors and how these are perceived by people do not only depend on robot self, but they are also a consequence of other factors. For example, they may be a consequence of human errors, or an unclear and non-transparent communication, or they may depend on a misunderstanding and miscommunication of the social, psychological and cognitive conventions expected by people. Moreover, there are also some cases in which these behaviours may be perceived as if robots intentionally deceive or cheat people. As a consequence, these may result in people wrongly interpreting and predicting the robots’ intents and behaviours, and negatively affecting Human-Robot Interaction (HRI). This session will focus on examine how people from perceive robot's failures in short- and long-term interactions, and highlight how different failures influence their perceptions and emotions toward the robots. This will help with subject related to classifying of robot errors from the aspect of human (e.g. intentional, voluntarily, perceived vs. real errors -- recklessness, forgetfulness, poor motivation --) and robot dimensions (e.g. actual error - algorithms, sensors, actuators). Moreover, while dealing with robotic failures, it is fundamental to consider two different strategies. The first one is oriented to prevent robots from exhibiting unintended behaviours, which in some extreme cases may even endanger people’s, pets’ safety, or break objects. Some examples are meant to enable robots to adapt and recover from any erroneous behaviour, such as the use of Software Verification Methods, Theory of Mind, robot etiquette. Others are focused on mitigating the effects of robot errors with apologies, promises or creating transparent robotic behaviours. This session will explore how different techniques can be used to enhancing natural human-robot communication (such as inner speech, legibility, predictability and transparency of robotic behaviours, explicit and non-explicit strategies) can be used to help people understand the implications, risks, and goals of robots' behaviours and to mitigate the perception of the failures. In this session, we also want to explore strategies both to prevent robots from exhibiting unintended behaviours, and to mitigate the effects of robot errors on human-robot interaction. The topics covered in this special session are in line with the main theme of the conference (i.e., “Design New Bridge for H-R-I”). In particular, we want to start by fostering the [R] Robotic Recovery and Reconnection to allow [I] Intelligent Interface and Interaction for the [H] Human Health, Happiness and Hope. Notably, accepted topics include, but are not limited to: - Explainable AI (XAI) in HRI - Multi-modal situation awareness and spatial cognition - Social intelligence for robots in interactive and non-interactive tasks - Verifications Methods for autonomous agents - Legibility, Predictability and Transparency in HRI - Cognitive robotics - Deception in HRI - Robot cheating in HRI - Theory of Mind, Mental models in HRI - Robot etiquette - Modelling Trust and Acceptance in HRI Important Dates All dates are in UTC Time Standard Initial Paper Submission Deadline: March 17, 2023 March 31, 2023 Notification of Acceptance: May 26, 2023 Final Paper Submission: June 30, 2023 How to submit Authors should submit their papers electronically in PDF format via the Papercept <https://protect-eu.mimecast.com/s/J7oDCwEQYFRkjN9S93A0b?domain=ras.papercep…> submission site. For the initial submission, a manuscript can be of 6-8 pages including references. For the final submission, a manuscript should be of 6 pages, With 2 additional pages allowed with an extra charge (TBA). All papers are reviewed using a single-blind review process. All papers are reviewed using a single-blind review process: authors declare their names and affiliations in the manuscript for the reviewers to see, but reviewers do not know each other's identities, nor do the authors receive information about who has reviewed their manuscript. Authors should use the templates provided by the electronic submission system. The templates for US Letter format paper should be used. Please use the following templates: Templates: LaTeX <https://protect-eu.mimecast.com/s/zDWRCxVRZhQDlXwtw2vE2?domain=ras.papercep…> or MSWord <https://protect-eu.mimecast.com/s/-Aj0Cy6V1syK14ktNA3jc?domain=ras.papercep…> Papers should be submitted on http://ras.papercept.net/ <https://protect-eu.mimecast.com/s/J7oDCwEQYFRkjN9S93A0b?domain=ras.papercep…> under the "Submit a contribution to RO-MAN 2023", by selecting special session paper, and use the code: u3f1h Do not forget the code and to select the special session paper. Organisers Dr. Alessandra Rossi - University of Naples Federico II, Italy - alessandra.rossi(a)unina.it Kheng Lee Koay - University of Hertfordshire, UK - k.l.koay(a)herts.ac.uk Kerstin Sophie Haring - University of Denver, USA - b.d.researcher(a)ieee.org For further information, please do not hesitate to contact us!

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[jobs] One open position for Marie Skłodowska–Curie Doctoral Candidate Researcher (PhD student) in human-robot interaction - TRAIL project
by Alessandra Rossi 09 Mar '23

09 Mar '23

------- * Apologies for any cross-posting* ------- At the University of Naples Federico II (Italy), we are looking for one Marie Skłodowska–Curie Doctoral Candidate Researcher (PhD student) in human-robot interaction. Project: TRAIL: TRAnsparent InterpretabLe robots (Doctoral Network, EU MSCA Project) Start date: 1 September 2023, for 3 years Salary level: salary in accordance with the attractive EU MSCA Doctoral Network regulations for doctoral candidates Application deadline: 30 April 2023 The Doctoral Network TRAIL consists of 15 institutions including universities, research institutions and industry partners. The research area of TRAIL is neural network technology, intelligent robotics and transparency in artificial intelligence. The successful candidate will receive an attractive salary (around 3K) in accordance with the MSCA regulations for Early-Stage Researchers. The exact (net) salary will be confirmed upon appointment and is dependent on local tax regulations and on the country correction factor (to allow for the difference in cost of living in different EU Member States). The salary includes a living allowance, a mobility allowance and a family allowance (if applicable). Furthermore, TRAIL will offer to take advantage of joint scientific research trainings, transferable skills workshops, and international conferences. For more information about the project and consortium contact us (email below). The researcher will focus on the following topics: Researcher position: Using movements and emotions to express hidden intention The focus of the project is to investigate how body movements and emotions can be used as a natural mechanism to express the robot’s intentions, beliefs and understanding of the situational context (i.e., theory of mind), and how such effective behavioural cues can be learned through the interaction. The resulting behavioural and emotional model should be able to adapt with respect to the user preferences, making the approach platform-independent and in a domain including both interaction and autonomous task. Requirements: MSc or equivalent in Artificial Intelligence, Computer Science or Engineering with a focus on Intelligent Systems, Intelligent Robotics, Machine Learning and Human-Robot Interaction is required. Excellent programming skills (Python, C++, Machine Learning Frameworks, ROS etc.) are needed. The posts involve substantial travelling within Europe. Each PhD student will be expected to spend secondments at other partner sites and travel to international conferences. According to EU mobility rules, the doctoral researchers must not have resided or carried out their main activity (work, studies, etc.) in Italy for longer than 12 months in the 3 years immediately prior to their recruitment. Applicants who already have a doctoral degree are not eligible. Excellent English communication skills are an important requirement. Application: Send your complete application documents to silvia.rossi(a)unina.it : - A 2-page motivation letter including a description of previous research experience (1page) and current research interest, outlining the fit to the desired ESR (1 page), - A full curriculum vitae with details about where you resided or carried out your main activity [work, studies, etc.], - Copies of degree certificate[s], including transcripts of grades obtained for B.Sc. and M.Sc. degrees. In case, MSc is to be completed before the starting of this position, please provide expected final grade and completion date, - Names and email contacts for two referees who would be willing to write a letter of support for your application, - List of publications (if any), - Any English language and other relevant certificates. Shortlisted candidate will be invited for an interview in May. The successful candidate will be working in Naples, Italy. Naples (Italian: Napoli) is the third-largest city in Italy and is the capital of the Campania region. World-known for its rich history, art, culture, architecture, music, and gastronomy, Naples is a lively, exciting and bustling city situated on the southwest coast in a gorgeous gulf, and is surrounded by attractive tourist and archaeological sites such as Capri, Ischia, Amalfi Coast, Pompei, Ercolano, Mount Vesuvius. See http://en.wikipedia.org/wiki/Naples for further information. For more details on how to apply, please email Prof. Silvia Rossi at silvia.rossi(a)unina.it.

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[meetings] [news] 2nd CfP: 2nd Benchmark for Autonomous Robot Navigation (BARN) Challenge -- ICRA 2023 Competition
by Xuesu Xiao 08 Mar '23

08 Mar '23

IROS deadline is behind us, so it’s time to start your submission to the 2nd BARN Challenge at ICRA 2023! Submission Form: https://docs.google.com/forms/d/e/1FAIpQLScYKxIZ2HYSDMLx3BxlYkxugmpy1OrrewY… Competition Website: https://cs.gmu.edu/~xiao/Research/BARN_Challenge/BARN_Challenge23.html Participation Instructions: https://github.com/Daffan/nav-competition-icra2022 Lessons Learned from The BARN Challenge 2022 Last Year: https://cs.gmu.edu/~xiao/papers/barn22_report.pdf Dear roboticists, are you interested in agile robot navigation in highly constrained spaces with a lot of obstacles around, e.g., cluttered households or after-disaster scenarios? Do you think mobile robot navigation is mostly a solved problem? Are you looking for a hands-on project for your robotics class, but may not have (sufficient) robot platforms for your students? If your answer is yes to any of the above questions, we sincerely invite you to participate in our (2nd) ICRA 2023 BARN Challenge (https://cs.gmu.edu/~xiao/Research/BARN_Challenge/BARN_Challenge23.html)! The BARN Challenge aims at evaluating state-of-the-art autonomous navigation systems to move robots through highly constrained environments in a safe and efficient manner. The task is to navigate a standardized Clearpath Jackal robot from a predefined start to a goal location as quickly as possible without any collision. The challenge will take place both in the simulated BARN dataset and in physical obstacle courses at ICRA2023. 1. The competition task is designing ground navigation systems to navigate through all 300 BARN environments (https://cs.gmu.edu/~xiao/Research/BARN/BARN.html) and physical obstacle courses constructed at ICRA2023 as fast as possible without collision. 2. The 300 BARN environments can be the training set for learning-based methods, or to design classical approaches in. During the simulation competition, we will generate another 50 unseen environments unavailable to the participants before the competition. 3. We will standardize a Jackal robot in the Gazebo simulation, including a Hokuyo 2D LiDAR, motor controller of 2m/s max speed, etc. 4. Participants can use any approaches to tackle the navigation problem, such as using classical sampling-based or optimization-based planners, end-to-end learning, or hybrid approaches. We will provide baselines for reference. 5. A standardized scoring system is provided on the website. 6. We will invite the top teams in simulation to compete in the real world. The team who achieves the fastest collision-free navigation in the physical obstacle courses wins. If you are interested in participating, please submit your navigation system at https://docs.google.com/forms/d/e/1FAIpQLScYKxIZ2HYSDMLx3BxlYkxugmpy1OrrewY… Co-Organizers: Xuesu Xiao (George Mason University / Everyday Robots) Zifan Xu (UT Austin) Garrett Warnell (US Army Research Lab / UT Austin) Peter Stone (UT Austin / Sony AI) Sponsor: Clearpath Robotics, https://clearpathrobotics.com/ Thanks Xuesu ----------------------- Xuesu Xiao, Ph.D. -- Assistant Professor Department of Computer Science George Mason University xiao(a)gmu.edu<mailto:xiao@gmu.edu> https://cs.gmu.edu/~xiao/

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[robotics-worldwide] RoboCup 2023 Virtual Robot Competition - Call for Participation
by AMIRREZA KABIRI 03 Mar '23

03 Mar '23

*RoboCup Rescue Simulation Virtual Robot Competitions 2023* *Bordeaux * *, France**July 04-10, 2023* https://robocup-rsvrl.github.io/ <https://www.robocup.org/leagues/27>https://2023.robocup.org *IMPORTANT DATES* Team Qualification Materials Submission Deadline..: March 20, 2023 (23:55 GMT) Qualified Teams Announcement…………....................…: March 31, 2023 Team registration deadline…….………….......................…: May 31, 2023 Camera-ready TDP submission………....................….….: June 9, 2023 If you are interested or considering participating please take the time to fill the RoboCup 2023 Virtual Robot Competition - intent letter form <https://forms.gle/f5wispMSi5VnfnYUA> as soon as possible, so that we can inform you about the latest developments and updates. *(1) RoboCup Rescue Simulation League and Virtual Robot Competition* ——————— The RoboCup Rescue Simulation League is a socially relevant part of the RoboCup event. Its main purpose is to provide emergency decision support by integration of disaster information, prediction, planning, and human interface. A generic urban disaster simulation environment is constructed on network computers. Heterogeneous intelligent agents such as firefighters, commanders, victims, volunteers, etc. conduct search and rescue activities in this virtual disaster world. Agents can sense their environment and make decisions on the basis of the perceived data. Mission-critical human interfaces support disaster managers, disaster relief brigades, residents, and volunteers to decide their actions to minimize the disaster damage. Addressing this problem involves advanced and interdisciplinary research themes. AI/robotics research, for example, behavior strategy (e.g., multi-agent planning, real-time/anytime planning, heterogeneity of agents, robust planning, mixed-initiative planning) is a challenging problem. For disaster researchers, RoboCup Rescue works as a standard basis in order to develop practical comprehensive simulators adding necessary disaster modules. The Virtual Robot Competition is based on ROS/Gazebo, an advanced robot simulator in which users can simulate multiple agents whose capabilities closely mirror those of real robots. ROS/Gazebo currently features several ground and air robots, as well as a wide range of sensors and actuators. Moreover, by exploiting ROS, users can easily develop their robot systems integrating standard modules. Currently addressed research topics include but are not limited to - Human-robot interfaces - Autonomous navigation - Sensor fusion - Image processing - Speech processing - 2D and 3D mapping - Distributed planning - Distributed learning *(2) Major changes to this year (2023)* ——————- Last year, we had a server migration to ROS2 bringing a great opportunity for roboticists to learn ROS2 in a tested environment via challenges. This new server could be accessed on "The Construct sim <https://www.theconstructsim.com/>" as this league will provide the remote participation option. *(3) Intention of participation* ——————- If you are interested or considering participating please take the time to fill the RoboCup 2023 Virtual Robot Competition - intent letter form <https://forms.gle/f5wispMSi5VnfnYUA> as soon as possible, so that we can inform you about the latest developments and updates. *(4) Qualification material* ————————- Besides sending the intention of participation, please prepare before Mar 20, 2023, a Team Description Paper describing the most innovative contributions or scientific results your team is intended to provide. The TDP is limited to 8 pages and must be formatted according to the LNCS format: http://www.springer.com/gp/computer-science/lncs/conference-proceedings-gui… <https://www.google.com/url?q=http://www.springer.com/gp/computer-science/ln…> And the tex template file of the TDP can be found on the overleaf: https://www.overleaf.com/read/nrcfnpygskyx <https://www.google.com/url?q=https://www.overleaf.com/read/nrcfnpygskyx&sa=…> The Team Description Paper is an overview of the methodologies you use or intend to use to control your robots inside the Virtual Robot Competition. If applicable, include a reference to your latest publications. The qualification material should be placed on a dedicated web page on the team’s home page. Please include the link to the qualification material on the intention of participation information. *(5) Useful links* ———– - Virtual Robot Competition 2023 Rule (draft) <https://docs.google.com/document/d/13an-jYeI0ybWrIkIHKim3FOXokRhgAZ3l1ZOVh2…> - Virtual Robot Competition Wiki <https://robocup-rsvrl.github.io/> - Virtual Robot Competition 2022 Server <https://github.com/RoboCup-RSVRL/RoboCup2022RVRL_Demo> - Official RoboCup Rescue Simulation website <https://rescuesim.robocup.org/> Kind regards, Amirreza Kabiri on behalf of RoboCup Rescue Simulation Executive, Technical, and Organizing Committees

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[meetings] LAST CALL - ROS Mobile Manipulators In-Person Training in Barcelona
by Yuhong Lin 01 Mar '23

01 Mar '23

(apologies for cross-posting) * Call for Participation* Last Call for Early Bird - Mastering Mobile Manipulators Hands-on Training March 22 - 24, 2023, Barcelona, Spain - Registration website: https://www.theconstructsim.com/ros-mobile-manipulators-training/ <https://www.theconstructsim.com/ros-mobile-manipulators-training/?utm_sourc…> - Only 15 spots - Early-bird registration deadline: March 8, 2023 =========================================================== This training is organized by The Construct <http://www.theconstructsim.com/> in cooperation with Robotnik <https://robotnik.eu/> We wanted to remind you that this is the last week to take advantage of our early bird discount for our upcoming Mastering Mobile Manipulators in-person training. This hands-on training will teach you how to create ROS applications for autonomous mobile manipulators. With our early bird discount, you can save 29% on your registration. At the training, you'll get hands-on experience with real robots, and you'll learn from industry experts who have years of experience in the field. Whether you're a beginner or an experienced programmer, you'll gain valuable skills that can help you advance your career. *Here's what you'll learn:* - Robot Navigation - Robot Perception: Object Detection - Motion Planning for Robotic Manipulators - Pick & Place Objects with MoveIt - Robot Behavior Design using FlexBe - Creating a Complete App that Integrates all Behaviors into a Single ROS App - Creating a Web Interface for End Users to Use Don't wait too long to sign up - our early bird discount ends on March 8, 2023. After that, the cost of the program will increase, so act fast to secure your spot and save money. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…> Benefits - In-person instruction from industry professionals - Hands-on experience with real robots - Exercises with simulated robots, working along with the instructors - Complete a real-world project with a real RB-KAIROS+ mobile manipulator - Access to a supportive community of like-minded learners <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Robots Used RB-KAIROS+ Mobile Manipulator <https://robotnik.eu/products/mobile-manipulators/rb-kairos/> by Robotnik <https://robotnik.eu/> <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Training Curriculum <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 1 - Set Up the Navigation System for a Mobile Manipulator - Create a map of an environment - Robot Localization - Path planning with obstacle avoidance - Send a sequence of waypoints and execute those movements Hands-on challenge: Make an RB-KAIROS+ autonomously navigate in an indoor environment. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 2 - Moving the Arm - Configure MoveIt for your robot - Program the moveit_commander to send trajectories to the robot arm Hands-on challenge: Program the arm to reach any location in its action space. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 3 - Do Motion Planning Programmatically After completing this chapter, you can create a Python program that performs motion planning on your robot. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 4 - Grasping the Object - Object detection - Pick an object - Add perception to avoid obstacles - Visualize the detections in RVIZ - Create a pick & place task Hands-on challenge: Make the arm grasp objects from the shelf while avoiding obstacles. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 5 - Use FlexBe to Program the Robot Behavior - Create FlexBe states - Create an entire state machine that communicates with the robot Hands-on challenge: Define the behavior of the warehouse robot for a pick & place application. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 6 - Design Web Interfaces for ROS robots - Set up the server in the robot - Create and run a web page that shows relevant robot information - HTML and CSS on the web page - Set up a JavaScript framework - Understand the lifecycle of the web page - Add an online Joystick to your web page - Show the robot’s cameras on the page - Show your custom map on the page Hands-on challenge: Create a web interface for non-experts to command the robot, and know its status. <https://discourse.ros.org/t/ros-mobile-manipulators-in-person-training/2982…>Part 7 - Real Robot Project: Make a Full Manipulator Application to Autonomously Clean a Space Throughout this training, you will build a complete robot app for mobile manipulators that look at and serve objects from shelves in a warehouse environment. The robot will to go to the shelf’s location, look for the object, grasp it, and bring it to the operator’s boxes. =========================================================== Enroll now to take advantage of our early bird discount and start your journey towards a career in robotics. If you have any questions or concerns, don't hesitate to contact us at info(a)theconstructsim.com. The Construct team

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