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Frontiers | Modeling and Simulation of Robotic Grasping in Simulink Through  Simscape Multibody
Frontiers | Modeling and Simulation of Robotic Grasping in Simulink Through Simscape Multibody

A robot-assisted acoustofluidic end effector | Nature Communications
A robot-assisted acoustofluidic end effector | Nature Communications

Applied Sciences | Free Full-Text | Design and Implementation of a  Multi-Function Gripper for Grasping General Objects
Applied Sciences | Free Full-Text | Design and Implementation of a Multi-Function Gripper for Grasping General Objects

Robot Inertia vs Payload | RoboticsTomorrow
Robot Inertia vs Payload | RoboticsTomorrow

Learning ambidextrous robot grasping policies | Science Robotics
Learning ambidextrous robot grasping policies | Science Robotics

New Robotic Gripper to Help You Grasp a Wide Range of Item
New Robotic Gripper to Help You Grasp a Wide Range of Item

Machines | Free Full-Text | Modeling, Design, and Implementation of an  Underactuated Gripper with Capability of Grasping Thin Objects
Machines | Free Full-Text | Modeling, Design, and Implementation of an Underactuated Gripper with Capability of Grasping Thin Objects

Robotics | Free Full-Text | Modeling and Analysis of a High-Speed  Adjustable Grasping Robot Controlled by a Pneumatic Actuator
Robotics | Free Full-Text | Modeling and Analysis of a High-Speed Adjustable Grasping Robot Controlled by a Pneumatic Actuator

Representation of the compliance-controlled robot as a connection of... |  Download Scientific Diagram
Representation of the compliance-controlled robot as a connection of... | Download Scientific Diagram

Robot control part 2: Jacobians, velocity, and force | studywolf
Robot control part 2: Jacobians, velocity, and force | studywolf

Motor control goes beyond physics: differential effects of gravity and  inertia on finger forces during manipulation of hand-held objects. -  Abstract - Europe PMC
Motor control goes beyond physics: differential effects of gravity and inertia on finger forces during manipulation of hand-held objects. - Abstract - Europe PMC

Frontiers | Visual Feedback of Object Motion Direction Influences the  Timing of Grip Force Modulation During Object Manipulation
Frontiers | Visual Feedback of Object Motion Direction Influences the Timing of Grip Force Modulation During Object Manipulation

Robot control part 3: Accounting for mass and gravity | studywolf
Robot control part 3: Accounting for mass and gravity | studywolf

Robotic arm in stretched and stowed configurations with gripper and... |  Download Scientific Diagram
Robotic arm in stretched and stowed configurations with gripper and... | Download Scientific Diagram

Applied Sciences | Free Full-Text | Design and Implementation of a  Multi-Function Gripper for Grasping General Objects
Applied Sciences | Free Full-Text | Design and Implementation of a Multi-Function Gripper for Grasping General Objects

A Dual‐Origami Design that Enables the Quasisequential Deployment and  Bending Motion of Soft Robots and Grippers - Kim - 2022 - Advanced  Intelligent Systems - Wiley Online Library
A Dual‐Origami Design that Enables the Quasisequential Deployment and Bending Motion of Soft Robots and Grippers - Kim - 2022 - Advanced Intelligent Systems - Wiley Online Library

Frontiers | Robotic Manipulation and Capture in Space: A Survey
Frontiers | Robotic Manipulation and Capture in Space: A Survey

The Pendubot: a two-link robot with a passive 2nd joint. | Download  Scientific Diagram
The Pendubot: a two-link robot with a passive 2nd joint. | Download Scientific Diagram

Illustration showing stable landing requirement using robotic... | Download  Scientific Diagram
Illustration showing stable landing requirement using robotic... | Download Scientific Diagram

Inertia parameter identification of space floating target during robotic  exploratory grasping - Cheng Wei, Yue Zhang, Hongliu Wang, Yang Zhao, Lei  Zhang, 2019
Inertia parameter identification of space floating target during robotic exploratory grasping - Cheng Wei, Yue Zhang, Hongliu Wang, Yang Zhao, Lei Zhang, 2019

Robot Inertia vs Payload | RoboticsTomorrow
Robot Inertia vs Payload | RoboticsTomorrow

Energies | Free Full-Text | Grasped Object Weight Compensation in Reference  to Impedance Controlled Robots
Energies | Free Full-Text | Grasped Object Weight Compensation in Reference to Impedance Controlled Robots

Sensors | Free Full-Text | Design of Transverse Brachiation Robot and  Motion Control System for Locomotion between Ledges at Different Elevations
Sensors | Free Full-Text | Design of Transverse Brachiation Robot and Motion Control System for Locomotion between Ledges at Different Elevations

A history of gripping and gripper technologies and the available options  for today's engineer | Machine Design
A history of gripping and gripper technologies and the available options for today's engineer | Machine Design

Robot Inertia vs Payload | RoboticsTomorrow
Robot Inertia vs Payload | RoboticsTomorrow