Divya Shah
Divya Shah
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Towards design and development of new joint modules for humanoid ergoCub 2.0*
The cases of musculoskeletal diseases in workplaces like industrial warehouses and healthcare units is rapidly increasing. The ergoCub …
Divya Shah, Ph.D.
,
Marcello Savoldi
,
Alessandro Scalzo
,
Andrea Mura
,
Jacopo Losi
,
Valentina Gaggero
,
Luca Fiorio
,
Marco Maggiali
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Poster
DOI
Web
Ergocub
Design and development of humanoid joint modules for human-robot interactions in warehouse.
Web
Design for Dexterity
Robot design for dexterous manipulaiton.
Video
Thesis
Design of Wrist and Forearm Mechanisms for Enhanced Humanoid Dexterity
The evolution in humanoid robots, aiming for extensive human-robot co-existence and collaboration, calls for an enhancement in the …
Divya Shah, Ph.D.
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Project
Project
DOI
Web
Constant Length Tendon Routing Mechanism through Axial Joint
Tendon-driven mechanisms are gaining popularity in developing light weight, backdrivable robots for widespread use in safe human-robot …
Divya Shah, Ph.D.
,
Alberto Parmiggiani
,
Yong-Jae Kim
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Project
Video
DOI
Web
Visiting Researcher
Design of Constant Length Tendon Routing Mechanism through Axial Joint.
Video
A Comparison of Robot Wrist Implementations for the iCub Humanoid
This article provides a detailed comparative analysis of five orientational, two degrees of freedom (DOF), mechanisms whose envisioned …
Divya Shah, Ph.D.
,
Yuanqing Wu
,
Alessandro Scalzo
,
Giorgio Metta
,
Alberto Parmiggiani
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Project
DOI
Web
Comparison of Workspace Analysis for Different Spherical Parallel Mechanisms
In order to reduce the share of the motive power required to drive the robot’s links, with the aim of increasing its payload-to- …
Divya Shah, Ph.D.
,
Giorgio Metta
,
Alberto Parmiggiani
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Project
Video
DOI
Web
Workspace Analysis and the Effect of Geometric Parameters on Parallel Mechanisms of the N-UU Class
N-UU class mechanisms, exemplified by the Omni-Wrist III, are compact parallel kinematic mechanisms (PKM) with large singularity free …
Divya Shah, Ph.D.
,
Giorgio Metta
,
Alberto Parmiggiani
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Project
Video
DOI
Web
Increased Productivity of an Automated Tape Winding Process: SPIDE-TP Platform
Composite materials offer attractive properties compared to the traditional structural materials, such as high strength-to-weight …
Divya Shah, Ph.D.
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