#continuumrobot результаты поиска
After two years, the beta-version of our set-up is ready to run 🙂. #RMAL #automation #continuumRobot
#Article 📜 Neuroadaptive Control of a Continuum Robot for Finger Rehabilitation by Gazi Akgun, Erkan Kaplanoglu and Gokhan Erdemir mdpi.com/2076-0825/13/1… @UTChattanooga @MDPIEngineering #continuumrobot #fingerrehabilitation #therapeuticexercise #wearablerehabilitationsystem
Congratulations to Quentin Peyron to successfully defend his thesis today! We are proud of your work! Good luck for the futur #continuumrobot #microrobotics @FemtoSt #icube #labexcami @bfc_region
*In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
ME Prof Nabil Simaan and colleagues achieve motion resolutions of 1 micron or less by using inexpensive actuators. #microsurgery #continuumrobot engineering.vanderbilt.edu/news/2019/robo…
#RecommendedPaper Collaborative Continuum Robots for Remote Engineering Operations by Nan Ma, et. al. ➡️Read the full paper here: mdpi.com/2313-7673/8/1/4 ✔️#ContinuumRobot; #DualArmRobot; #CollaborativeOperation
#Article 📜 Increasing Payload Capacity of a Continuum Soft Robot Using Bio-Inspired Ossicle Reinforcement by Jacek Garbulinski, et al. mdpi.com/2076-0825/13/7… @UofMaryland #softrobot #continuumrobot #softactuator #artificialmuscle #pneumaticartificialmuscles #bioinspiration
"A Novel Discrete Wire-Driven Continuum #Robot Arm with Passive Sliding Disc: Design, Kinematics and Passive Tension Control" by Azamat Yeshmukhametov, Koichi Koganezawa and Yoshio Yamamoto from Tokai University. 👉Full paper: mdpi.com/2218-6581/8/3/… #continuumrobot #kinematics
Glad for our #IROS2020 "SMA #Tendril Morphology as Active Backbone #ContinuumRobot" & "#OpticNerve Fenestration with Multi-Arm ContinuumRobot" papers, & "Application-Oriented #Modelling & #Control of #SoftRobots" workshop 🌠 @rvimlab @KingsImaging @SoftLabBristol @BristolRobotLab
#highlycitedpaper Design and Modeling of a Bio-Inspired Compound Continuum Robot for Minimally Invasive Surgery by Gang Zhang, Fuxin Du, Shaowei Xue, Hao Cheng, Xingyao Zhang, Rui Song and Yibin LiZ Full text at: mdpi.com/2075-1702/10/6… #robots #continuumrobot
🔓 Welcome to read the paper "EModelling and Analysis of the Spital Branched Flexure-Hinge #AdjustableStiffness #ContinuumRobot" in @RoboticsMDPI, by Nan Ma, Stephen Monk and David Cheneler from @LancasterUni. 👉Read more at: doi.org/10.3390/roboti… @MDPIEngineering
Researchers from @hkust report a fiberscopic #ContinuumRobot by microscale #3Dprinting and magnetic spray. It integrates maneuvering, #imaging, and biomedical operation abilities in sub-millimeter scale, validating in ex vivo trials. #GettingApplied nature.com/articles/s4146…
Our latest results on "#OpticNerve Sheath Fenestration with a Multi-Arm #ContinuumRobot", an IEEE RA-L article by @zmitros @rvimlab @KingsImaging @KingsCollegeLon bit.ly/3dCurpS bit.ly/2NE2mUv
Researchers at @harvardmed @VanderbiltU @CMU_Robotics, and @UTKnoxville provide a unified summary of the state of the art of #continuumrobot architectures with respect to design for specific clinical applications. bit.ly/3Au6e4f #medicalrobots
As #ContinuumRobot technologies evolve, various #research challenges and translation strategies must be addressed in order to realize widespread clinical adoption. Learn more now in @ProceedingsIEEE's July 2022 Special Issue: bit.ly/ProceedingsIEE… #robotics #healthcare
#Origami-based mechanisms are really interesting! Can anyone introduce some textbooks or papers on how to design or simulate such mechanisms? #softrobot #continuumrobot #robotics
Experiment 12: Success 😎 3D printing the origami solar sail on a new polyester substrate. Became an unexpected pop up. Yay!
#FeaturedTechnology: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME ow.ly/HuQN50PGXfo
#AvailableForLicense: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME @RoboMedGT ow.ly/H32650PxEPo
#Article 📜 Neuroadaptive Control of a Continuum Robot for Finger Rehabilitation by Gazi Akgun, Erkan Kaplanoglu and Gokhan Erdemir mdpi.com/2076-0825/13/1… @UTChattanooga @MDPIEngineering #continuumrobot #fingerrehabilitation #therapeuticexercise #wearablerehabilitationsystem
#Article 📜 Increasing Payload Capacity of a Continuum Soft Robot Using Bio-Inspired Ossicle Reinforcement by Jacek Garbulinski, et al. mdpi.com/2076-0825/13/7… @UofMaryland #softrobot #continuumrobot #softactuator #artificialmuscle #pneumaticartificialmuscles #bioinspiration
Researchers from @hkust report a fiberscopic #ContinuumRobot by microscale #3Dprinting and magnetic spray. It integrates maneuvering, #imaging, and biomedical operation abilities in sub-millimeter scale, validating in ex vivo trials. #GettingApplied nature.com/articles/s4146…
#FeaturedTechnology: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME ow.ly/HuQN50PGXfo
#highlycitedpaper Design and Modeling of a Bio-Inspired Compound Continuum Robot for Minimally Invasive Surgery by Gang Zhang, Fuxin Du, Shaowei Xue, Hao Cheng, Xingyao Zhang, Rui Song and Yibin LiZ Full text at: mdpi.com/2075-1702/10/6… #robots #continuumrobot
#AvailableForLicense: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME @RoboMedGT ow.ly/H32650PxEPo
🔓 Welcome to read the paper "EModelling and Analysis of the Spital Branched Flexure-Hinge #AdjustableStiffness #ContinuumRobot" in @RoboticsMDPI, by Nan Ma, Stephen Monk and David Cheneler from @LancasterUni. 👉Read more at: doi.org/10.3390/roboti… @MDPIEngineering
#RecommendedPaper Collaborative Continuum Robots for Remote Engineering Operations by Nan Ma, et. al. ➡️Read the full paper here: mdpi.com/2313-7673/8/1/4 ✔️#ContinuumRobot; #DualArmRobot; #CollaborativeOperation
*In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
*In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
*In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
As #ContinuumRobot technologies evolve, various #research challenges and translation strategies must be addressed in order to realize widespread clinical adoption. Learn more now in @ProceedingsIEEE's July 2022 Special Issue: bit.ly/ProceedingsIEE… #robotics #healthcare
Researchers at @harvardmed @VanderbiltU @CMU_Robotics, and @UTKnoxville provide a unified summary of the state of the art of #continuumrobot architectures with respect to design for specific clinical applications. bit.ly/3Au6e4f #medicalrobots
If you visit Germany Karlsruhe, our #Snakable #continuumrobot is exposed in @zkmkarlsruhe collaboration with @EnsadLab Samuel Bianchini as lead artist @dispotheque dispotheque.org/fr/snakable @ENSMMOfficiel @FemtoSt @fc_univ
*In an article published by @IEEEorg, Pierre Dupont, Nabil Simaan, Howie Choset (@howiechoset) & Caleb Rucker explain the design and use of continuum robots in relation to clinical applications. #MedicalRobot #ContinuumRobot #Innovation ieeexplore.ieee.org/stamp/stamp.js…
#Article 📜 Neuroadaptive Control of a Continuum Robot for Finger Rehabilitation by Gazi Akgun, Erkan Kaplanoglu and Gokhan Erdemir mdpi.com/2076-0825/13/1… @UTChattanooga @MDPIEngineering #continuumrobot #fingerrehabilitation #therapeuticexercise #wearablerehabilitationsystem
After two years, the beta-version of our set-up is ready to run 🙂. #RMAL #automation #continuumRobot
Congratulations to Quentin Peyron to successfully defend his thesis today! We are proud of your work! Good luck for the futur #continuumrobot #microrobotics @FemtoSt #icube #labexcami @bfc_region
ME Prof Nabil Simaan and colleagues achieve motion resolutions of 1 micron or less by using inexpensive actuators. #microsurgery #continuumrobot engineering.vanderbilt.edu/news/2019/robo…
#Article 📜 Increasing Payload Capacity of a Continuum Soft Robot Using Bio-Inspired Ossicle Reinforcement by Jacek Garbulinski, et al. mdpi.com/2076-0825/13/7… @UofMaryland #softrobot #continuumrobot #softactuator #artificialmuscle #pneumaticartificialmuscles #bioinspiration
#RecommendedPaper Collaborative Continuum Robots for Remote Engineering Operations by Nan Ma, et. al. ➡️Read the full paper here: mdpi.com/2313-7673/8/1/4 ✔️#ContinuumRobot; #DualArmRobot; #CollaborativeOperation
#highlycitedpaper Design and Modeling of a Bio-Inspired Compound Continuum Robot for Minimally Invasive Surgery by Gang Zhang, Fuxin Du, Shaowei Xue, Hao Cheng, Xingyao Zhang, Rui Song and Yibin LiZ Full text at: mdpi.com/2075-1702/10/6… #robots #continuumrobot
Researchers at @harvardmed @VanderbiltU @CMU_Robotics, and @UTKnoxville provide a unified summary of the state of the art of #continuumrobot architectures with respect to design for specific clinical applications. bit.ly/3Au6e4f #medicalrobots
🔓 Welcome to read the paper "EModelling and Analysis of the Spital Branched Flexure-Hinge #AdjustableStiffness #ContinuumRobot" in @RoboticsMDPI, by Nan Ma, Stephen Monk and David Cheneler from @LancasterUni. 👉Read more at: doi.org/10.3390/roboti… @MDPIEngineering
As #ContinuumRobot technologies evolve, various #research challenges and translation strategies must be addressed in order to realize widespread clinical adoption. Learn more now in @ProceedingsIEEE's July 2022 Special Issue: bit.ly/ProceedingsIEE… #robotics #healthcare
"A Novel Discrete Wire-Driven Continuum #Robot Arm with Passive Sliding Disc: Design, Kinematics and Passive Tension Control" by Azamat Yeshmukhametov, Koichi Koganezawa and Yoshio Yamamoto from Tokai University. 👉Full paper: mdpi.com/2218-6581/8/3/… #continuumrobot #kinematics
#AvailableForLicense: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME @RoboMedGT ow.ly/H32650PxEPo
#FeaturedTechnology: Improve control and precision for surgical procedures with this versatile #continuumrobot that offers variable stiffness control and multiple configurations. #robomedlab #roboticmedicine @CoulterBME ow.ly/HuQN50PGXfo
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