Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or closing heavy dishwashers, is challenging. Check out our proposed solution for our legged mobile manipulator: https://t.co/JEUC8G9kAf @SciRobotics @ETH_en https://t.co/F78WgkyJYw
Versatile multicontact planning and control for legged loco-manipulation.
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Aug 2023 – Dec 2023Where it's discussed
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X / Twitter109 posts
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AI synopsis
What people are saying
Several discussions highlight specific aspects of the article, such as the ability of robots to open dishwashers and traverse complex environments, using phrases like 'this is amazing!' and 'new program takes us one step closer to autonomous robots' to indicate excitement and significance. The positive tone and choice of engaging language in these discussions reflect a strong collective belief in the transformative potential of the research.
The majority of discussions express strong support and enthusiasm for the research findings.
Contributors display high curiosity about the concepts and applications presented in the publication.
Many participants engaged deeply, discussing methodologies and potential real-world implications.
Most users perceive the research as having a profound influence on the future of robotics.
Abstract in brief
- Loco-manipulation planning skills are crucial for robots to function effectively in everyday settings and involve coordinating complex movements and contact interactions.
- Existing methods typically rely on rigid structures like state machines or expert demonstrations, limiting adaptability.
- The proposed framework uses a minimally guided approach that leverages integrated task and motion planning to autonomously discover movements and contact schedules for robots, leading to the successful execution of real-world tasks such as operating dishwashers and opening doors.
Top posts
Most liked on X and Bluesky食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics #ETH_Zurich https://t.co/Mg4teA5tc0
A planning and control approach from @ETH_en for robots generates versatile whole-body, multi-contact solutions in loco-manipulation tasks. https://t.co/Aab9nqBEOC https://t.co/qyVVz7HCRY
In Science #Robotics, see how #Robots can traverse through doors and open dishwashers using a versatile multi-contact planning and control approach. @leggedrobotics https://t.co/8Sj8qfqTLH https://t.co/4aF7jcpJkY
New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could enable the one-day creation of autonomous robots that can move through environments deftly while completing tasks. https://t.co/D01ivM8lJ9 https://t.co/p0hBbEVRli
New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could enable the one-day creation of autonomous robots that can move through environments deftly while completing tasks. https://t.co/ENqo5Y80Uh https://t.co/8mN1sC3vny
All mentions
Automated Loco-Manipulation Planning for Robots in Real-World Tasks
Loco-manipulation planning skills are crucial for robots' effectiveness in daily environments. This video presents a minimally guided framework for autonomous planning of movements and contact schedules, enabling robots…
Autonomous Robot Control Framework for Everyday Tasks
Researchers at ETH Zurich present a novel control framework for robots that enables them to perform complex tasks like operating dishwashers and opening doors. This minimally guided approach allows robots to…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @SciRobotics: In Science #Robotics, see how #Robots can traverse through doors and open dishwashers using a versatile multi-contact plan…
RT @SciRobotics: In Science #Robotics, see how #Robots can traverse through doors and open dishwashers using a versatile multi-contact plan…
In Science #Robotics, see how #Robots can traverse through doors and open dishwashers using a versatile multi-contact planning and control approach. @leggedrobotics https://t.co/8Sj8qfqTLH https://t.co/4aF7jcpJkY
RT @leggedrobotics: For those interested in diving deeper into our methodology and findings, here's the full paper: https://t.co/lK6CmnAfC…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @TechTalesUnfold:
RT @TechTalesUnfold:
RT @TechTalesUnfold:
Interview with Jean Pierre Sleiman, author of the paper “Versatile multicontact planning and control for legged loco-manipulation” https://t.co/yXCWVbXL0F https://t.co/09niih3lWQ
Interview with Jean Pierre Sleiman, author of the paper “Versatile multicontact planning and control for legged loco-manipulation” https://t.co/Cw2ITmuW9e
RT @TechXplore_com: New program takes us one step closer to autonomous robots @SciRobotics https://t.co/tpblhNkvPb https://t.co/HzCxpcMc43
RT @anybotics:
ยกระดับหุ่นยนต์ให้ล้ำ สอนแปบเดียว ก็เปิดประตูเองได้ https://t.co/zZ9rvxZpA6 ใช้มือเปิดประตู ก็อาจมีการใช้ขาค้ำยันด้วย Versatile multicontact planning and control for legged loco-manipulation. DOI: 10.1126/scirobotics.adg5014
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could enable the one-day creation of autonomous robots that can move through environments deftly while completing tasks. https://t.co/D01ivM8lJ9 https://t.co/p0hBbEVRli
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ai_insight1: Versatile multicontact planning and control for legged loco-manipulation https://t.co/7FnZamcPg2
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could ena…
RT @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could ena…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could enable the one-day creation of autonomous robots that can move through environments deftly while completing tasks. @ETH_en https://t.co/LQP8e5P01C https://t.co/Ose153tykP
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
https://t.co/GD28FFRKA2
Versatile multicontact planning and control for legged loco-manipulation https://t.co/7FnZamcPg2
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
LEGGED ROBOTICS at ETH Zürich ROBOTS are now able to open doors and dishwasher doors. BOT looks like spot from boston dyanamics have head like arm [source-t.yamazaki https://t.co/EyMcCrwJQz] #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics #ETH_Zurich https://t.co/wUqx6XpKtF
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @TechXplore_com: New program takes us one step closer to autonomous robots @SciRobotics https://t.co/tpblhNkvPb https://t.co/HzCxpcMc43
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @TechXplore_com: New program takes us one step closer to autonomous robots @SciRobotics https://t.co/tpblhNkvPb https://t.co/HzCxpcMc43
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
RT @ZappyZappy7: 食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics…
食器洗い機や扉の開閉方法を自ら学習するロボット https://t.co/alPOEsqk6K #quadruped #robot #loco_manipulation #motion_planning #ANYmal #ANYbotics #ETH_Zurich https://t.co/Mg4teA5tc0
RT @TechXplore_com: New program takes us one step closer to autonomous robots @SciRobotics https://t.co/tpblhNkvPb https://t.co/HzCxpcMc43
New program takes us one step closer to autonomous robots @SciRobotics https://t.co/tpblhNkvPb https://t.co/HzCxpcMc43
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
@leggedrobotics paper: https://t.co/WXrahR5e1n
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
This is amazing! https://t.co/2NVtrtLuxI
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @leggedrobotics: Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or c…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
RT @ScienceMagazine: New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher…
New in @SciRobotics: By tackling the nuanced facets of self-movement required during tasks such as closing dishwasher doors, new work could enable the one-day creation of autonomous robots that can move through environments deftly while completing tasks. https://t.co/ENqo5Y80Uh https://t.co/8mN1sC3vny
For those interested in diving deeper into our methodology and findings, here's the full paper: https://t.co/lK6CmnAfCB #LeggedRobots #MobileManipulation
Crafting multi-contact loco-manipulation behaviors for sparsely-defined tasks, like traversing spring-loaded doors or closing heavy dishwashers, is challenging. Check out our proposed solution for our legged mobile manipulator: https://t.co/JEUC8G9kAf @SciRobotics @ETH_en https://t.co/F78WgkyJYw
RT @SciRobotics: A planning and control approach from @ETH_en for robots generates versatile whole-body, multi-contact solutions in loco-ma…
RT @SciRobotics: A planning and control approach from @ETH_en for robots generates versatile whole-body, multi-contact solutions in loco-ma…
A planning and control approach from @ETH_en for robots generates versatile whole-body, multi-contact solutions in loco-manipulation tasks. https://t.co/Aab9nqBEOC https://t.co/qyVVz7HCRY