Best Paper Awards

You can find the papers in the program https://ras.papercept.net/images/temp/AIM/index.html

Best Conference Paper Award Finalists

The winner will receive a cash prize of $800, and other finalists will receive $400 each, along with certificates.

ThBT6.4

Electrical Impedance Sensing System Design for Abnormal Object Detection
Chun-Yeon Lin*, Hao-Tse Chen, Hao-Fang Cheng, Yu-Jun He

ThAT1.2

A Compliant Mechanism with Progressive Stiffness for Robotic Actuation
Eamon Barrett*, Jörn Malzahn, Nikos Tsagarakis

ThAT8.3

Kernel-Based Learning Control for Iteration-Varying Tasks Applied to a Printer with Friction
Maurice Poot*, Jim Portegies, Tom Oomen

TuBT1.4

Modeling and Control of Miniaturized Electric Linear Drive with Two-Phase Current Excitation
Bela Niclas Schulte Westhoff*, Juergen Maas

TuAT1.6

Numerical and Experimental Investigations of Motion-Induced Eddy Current for Contactless Speed Estimation Based on Distributed Current Source Mode
Zhengya Guo, Kok-Meng Lee*, Zhenhua Xiong

Best Student Conference Paper Finalists

The winner will receive a cash prize of $800, and other finalists will receive $400 each, along with certificates.

ThAT7.4

Façade Cleaning Robot with a Manipulating and Sensing Devices Equipped on a Gondola
Hobyeong Chae, Garam Park, Jiseok Lee, Kyungmin Kim, Taegyun Kim, Hwa Soo Kim, TaeWon Seo*

TuAT7.6

Swing-Reducing Flight Control System for an Underactuated Indoor Miniature Autonomous Blimp
Qiuyang Tao, Junkai Wang, Zheyuan Xu, Tong Lin, Ye Yuan, Fumin Zhang*

WeAT3.4

Design and Experimental Validation of a Miniaturized Robotic Tendon-Driven Articulated Surgical Drill for Enhancing Distal Dexterity in Minimally Invasive Spine Fusion
Yan Wang*,Hoi Wut Yip,Hao Zheng,Hongbin Lin,Russell H. Taylor,K. W. Samuel Au

TuBT7.3

Autonomous Vision-Guided Object Collection from Water Surfaces with a Customized Multirotor
Shatadal Mishra*,Danish Faraaz Syed,Michael Ploughe,Wenlong Zhang

TuAT6.2

Unified Motion/Force/Impedance Control for Manipulators in Unknown Environments Based on Robust Model-Reaching Approach
Yinjie Lin, Zheng Chen*, Bin Yao