|
Imagawa Ayano |
|
Master Course (Wang Lab.) |
Fabrication of Capacitive Extension Sensors comprising Soft Materials |
|
Uchitani Atsumu |
|
Master Course |
Scooping-Binding Hand for Grasping Slippery Food Materials |
|
Kuwayama Taisuke |
|
Master Course |
Evaluation of Grasping Forces of Demold-Free Shell Grippers |
|
Tsuda Yuuta |
|
Master Course |
Grasping and Placing of Silkworms |
|
Tsuchikawa Yuuki |
|
Master Course |
Grasping of Crabs by Jamming Grippers |
|
Nagai Syunya |
|
Master Course |
Driver Circuit for Unconstrained Poppet Values with Implementation to Flexible Substrates |
|
Fujimoto Tatsuya |
|
Fujitsu General |
Detection of Human Finger Stroke by Fabric Sensors |
|
Matsuo Taichi |
|
Master Course |
Experimental Evaluation of Wrapping Grippers |
|
Yamazaki Ryuuto |
|
Master Course |
Permeability-based Proximity Sensors |
|
Xu Hui |
|
The Kyoto College of Graduate Studies for Informatics |
Evaluation of Sponge Brushes in Oral Care |
|
Zhou Ziyuan |
|
Master Course |
Driving Unconstraint Poppet Valves via CR Oscillator Circuits |
|
Usagawa Taiyou |
|
Master Course |
Fabrication of Biomimetic Robots for Organism Manipulation Experiments |
|
Katsuno Sota |
|
Master Course |
Probabilistic Modeling of Food Shapes for Generation of Shape Variations |
|
Takebayashi Ryunosuke |
|
Master Course (Osaka Univ.) |
Size and Mass Estimation of Objects Grasped by Soft Fingers with Built-in Ion-Conductive Polymer Sensors |
|
Hanamura Kenta |
|
Master Course |
Cloth Grasping by Soft Gripper with Interlocking of Grasping and Approaching |
|
Miyashita Madoka |
|
Fukui Murata Manufacturing. Co., Ltd. |
Cake Topping by Gluing-free Soft Fingers |
|
Miyamoto Mao |
|
Tokyo Electron Technology Solutions Ltd. |
Fabrication and Evaluation of Foot-Operated Mat Controller |
|
Yamamoto Daichi |
|
Daihatsu Motor Co., Ltd. |
Experimental Investigation of Relationship between Back Shape and Jumping Height of Click Beetle Type Two-Link Jumping Mechanism |
|
Chou Yung-yi |
|
|
Proximity Sensing by Conductive Cloth Sensors with Electrostatic Shielding in Collaborative Robots |
|
Hiroki Aoyama |
|
Master Course |
Thin Release-free Shell Grippers for Grasping Cucumbers in Narrow Space |
|
Koki Sato |
|
KYOCERA Communication Systems Co., Ltd. |
Passive Jumping Mechanisms Mimicking Click Beetle Structures |
|
Harutomo Nagai |
|
Master Course |
Detachable Mobile Oral Care Simulator |
|
Issei Nate |
|
Master Course |
Recognition using Deep Learning and Automatic Grasping of Jellyfish |
|
Takumu Hayashi |
|
DOCOMO CS Tokai, Inc. |
Needle Gripper for Picking and Piercing of Food Materials |
|
Motoki Furue |
|
TOTO Ltd. |
Finite Element Analysis of Breasts under Gravity using Abaqus |
|
Izumi Muraoka |
|
AJINOMOTO Co., Inc. |
Evaluating Robot Grippers based on Food Classification |
|
Zhao Zifu |
|
Somic Ishikawa Inc. |
Driving Circuit for Vibration-based Unconstrained Poppet Valves |
|
Shinnosuke Kusanagi |
|
Toyota Motor Corp. |
Slip Detection using Soft Gripper Embedded with Ion Conductive Polymer Sensors |
|
Yuuya Iida |
|
GROW, Inc. |
Finite Element Analysis of Breast Deformation by Brassiere Wearing using Abaqus |
|
Wang Zewen |
|
GEO Holdings Corp. |
Numerical Analysis of Jumping Height of a Click Beetle Robot on Viscoelastic Ground |
|
Haruki Okamoto |
|
Master Course |
Grasping Mechanism for Stable Picking of Shredded Food |
|
Sota Oyama |
|
Master Course (Shimonomura Lab.) |
Point Cloud Based Recognition and Grasping of Randomly Stacked Food Materials |
|
Kotaro Kishikawa |
|
Master Course |
Pneumatic Poppet Valve using Vibration Motor |
|
Yuuya Kono |
|
Master Course |
Picking Cones via Pneumatically Driven Parallel Binding Hand |
|
Kazu Hasegawa |
|
Master Course |
Height Adjustable High-Heel Mechanism |
|
Rikuya Miyagoshi |
|
Master Course |
Measurement of Gripper Deformation using Soft Strain Sensors |
|
Ouki Morikage |
|
Master Course |
Separate Drive Gripper Using Expansion and Contraction of Bellows |
|
Takehiro Yabushita |
|
Osaka City Office |
Contact Point Display System in Force Sensor Based Oral Care Simulator |
|
Ahmad Haikal Bin Kamaludin |
|
|
Analysis of Tooth Brushing Technique using Mouth Model with Strain Gauges |
|
Ishihara Mana |
|
Master Course |
Variable Stiffness Link with Proximity/Tactile Sensor using Conductive Fabrics |
|
Kishida Takumi |
|
Master Course |
Soft Gripper Driven by Unconstrained Poppet Values |
|
Sasano Seiya |
|
Master Course |
Detecting Paper Bend and Fold using Capacitive Proximity Sensor |
|
Tanaka Hajime |
|
Master Course |
Evaluating Soft Gripper Ability using High-acceleration Robot Manipulator |
|
Nagata Tomoaki |
|
Master Course |
Vibration Analysis of Food using Finite Element Simulator |
|
Nishida Kensyo |
|
Master Course |
Fragile Food Handling via Wide Soft Grippers |
|
Hirokawa Yo |
|
East Japan Railway |
Experimental Analysis on Area-dependency of Capacitive Soft Force Sensor |
|
Furuta Haruki |
|
Master Course |
Soft Gripper Driving System using Hydraulic Cylinders |
|
Yun Taesoo |
|
Master Course |
ROS System for SCARA Robots for Food Handling |
|
Kitagawa Koha |
|
|
Quick-return Mechanism for Circular Soft Jumping Robots |
|
Arimoto Kouki |
|
Master Course |
Binding Hand Mounted on a Multicopter for Grasping Various Long Objects |
|
Kashiwagi Naoaki |
|
Master Course (Univ. Tokyo) |
Teeth Row Model with Strain Gauges for Analysis of Teeth Blushing |
|
Katsuma Tatsurou |
|
Master Course |
Development of a High Place Cleaning Aerial Robot using Liquid Injection |
|
Kanegae Ryo |
|
Master Course |
Development of Circular Soft Gripper with Outer Shell |
|
Kawada Yutaka |
|
|
Finite Element Analysis of Hallux Valgus Based on Post-surgery Data |
|
Kubo Toshiki |
|
Master Course |
Three-axis Position Control of a Pneumatic Manipulator Using Vibration-driven Unconstrained Poppet Valves |
|
Kuriyama Yoshiyuki |
|
Master Course |
A Wrapping Gripper for Grasping Chopped Granular Food |
|
Terada Yuuya |
|
Acty System Co. Ltd. |
Slip Detection using Tucked C-Stretch Sensor |
|
Nakano Hideki |
|
Master Course |
Development of Two-fingered Open-Close Parallel Hand equipped with Soft-finger Sensors |
|
Nishii Tetsu |
|
TOYOTA Auto Body Co., Ltd. |
Error Analysis of Multi-layered Capacitance-based Soft Force Sensor |
|
Hanada Gorou |
|
Master Course |
Wide Pneumatic Soft Fingers for Food Handling |
|
Fujiki Ryosuke |
|
Master Course |
Measuring Air Leakage Caused by Impulse of Unconstrained Poppet Valve |
|
Makiyama Yui |
|
Master Course |
Design of Underactuated Mechanism for Suspending an Aerial Robot |
|
Yamaguchi Hiroaki |
|
|
Performance Evaluation of Uneven Texture Soft Hand for Food Handling |
|
Nur Aliaa Binti Hamzah |
|
Tadano Ltd. |
Pneumatically Driven Soft Robotic Hand with Vacuum Suction Cups |
|
Tomohiro Inukai |
|
Master Course |
Grasping of Food Material via Three-Fingered Hand with Linear Rack Mechanism |
|
Ikumi Okada |
|
Master Course |
Experimental Evaluation of Binding Thread in Finger-Thread Coupling Hand |
|
Yuusuke Okino |
|
Master Course |
Unconstraint Poppet Valve Driver based on Step-up Chopper Circuit |
|
Seiya Kobayashi |
|
Master Course |
Rotational Mechanism on Multicopter for Window Cleaning |
|
Yuusaku Tani |
|
Daihen Corp. |
Handling of Food Material with Uneven Texture |
|
Kouyo Nakagawa |
|
Master Course |
Slippage Detection using C-STRETCH |
|
Kousuke Yamada |
|
Rohm Co., Ltd. |
Contact State Detection using Hall-effect Devices |
|
Kouhei Yamamoto |
|
Master Course |
Poppet Motion Measurement of Unconstraint Poppet Valve |
|
Ryousuke Taguchi |
|
MEITEC Corp. |
Food Material Handling via Pneumatic Soft Hands |
|
Masaya Nakagawa |
|
|
Operation Assistance of Multicopter for Pushing-Sliding Operation |
|
Nao Kanda |
|
Mitsubishi Motors Corp. |
Food Material Handling by Pneumatic Soft Hand with Suction Cups |
|
Koutaro Taniwa |
|
Master Course |
Position Control of Pneumatically Driven Multi-DOF Manipulator using Unconstrained Poppet Valves |
|
Yuuki Torigoe |
|
Hosiden Corp. |
Soft-Material Finger Fabricated by 3D Printer |
|
Kenji Nakamura |
|
Master Course |
Resistance Measurement of Fabric Touch Sensor Knitted with Electro-Conductive Yarns |
|
Yuuki Nishida |
|
Master Course |
Robot Moving on Linear Object using Theo Janssen Mechanism |
|
Hiroaki Hayashi |
|
Master Course |
Prismatic Robot Arm for Aerial Robot |
|
Takaya Higuchi |
|
Master Course (NAIST) |
Human Upper Limb Model for Acquisition of Lymphdrainage Operation Skill |
|
Daichi Fukui |
|
Master Course |
Tactile Sensing through Electro-Conductive Fabric |
|
Yuuta Matsumoto |
|
NHK SPRING Co., Ltd |
Binding Hand with Coated Electro-Conductive Yarns |
|
Kazuya Miyaji |
|
Master Course |
Oscillation Circuit to Drive Pneumatic Unconstrained Poppet Valves |
|
Taku Takashima |
|
Daiseki Co., Ltd. |
Detection of Contact Surfaces using Tactile Sensor with Hall Devices |
|
Kouta Saito |
|
ASCOT Corp. |
Slippage Detection using Electroconductive Fabrics |
|
Toma Suzuki |
|
Panasonic Corp. |
Tensegrity Robot Equipped with Air Pressure Source |
|
Ryouji Takahashi |
|
Ishida |
Measurement of Tissue Elasticity using Photo Sensor and Rotary Encoder |
|
Masaaki Terada |
|
Master Course |
Robotic Hand on a Multicopter for Grasping Bar Objects with Various Diameters |
|
Atsuya Nomura |
|
Master Course |
Evaluation of Bundling Operation of Deformable Linear Objects |
|
Shouta Yamae |
|
Master Course |
Flatfoot Modeling using Finite Element Method |
|
Tomohiro Yamada |
|
Master Course |
Grasping via Electroconductive Rubber Sheets |
|
Naoki Ito |
|
Nihon Dengi Co., Ltd. |
Evaluation of Bandage Operation using Electroconductive Fabrics |
|
Kousuke Kadoma |
|
Master Course |
Estimation of Physical Parameters using Micro Force Sensor |
|
Toshiya Kanamori |
|
Toyota Boshoku Corp. |
Fabrication of Pneumatic Actuators Based on Origami Structures |
|
Yoshiaki Kamihama |
|
Toshiba Industrial Products and Systems Corp. |
Pneumatic Rotational Actuator Based on Origami Structure |
|
Kouji Kuwada |
|
Acro Inc. |
Proximity/Pressure Sensing using Electro-conductive Fabric |
|
Yumeko Jokura |
|
KYOCERA Communication Systems Co., Ltd. |
Robotic Hand on Multicopter for Long Pipe Grasping and Suspended from Branch |
|
Suzuki Higuchi |
|
Master Course |
Position Control of Pneumatic Manipulator using Two-port Valves |
|
Daisuke Mochizuki |
|
Master Course |
Grasping of Irregular-shaped Objects via Four-DOF Three-fingered Hand |
|
Kazuhiro Watanabe |
|
Master Course |
Effect of Slippage on Shaping of a Bundle of Deformable Linear Objects |
|
Tatsuya Nozaki |
|
Master Course |
Aerial Robot for Window Wiping |
|
Fumiya Kawai |
|
Master Course |
Rolling of Tensegrity Robot Consisting of 12 Struts |
|
Shinya Kitamura |
|
Ricoh Japan Corp. |
Rolling of Prism-shaped Tensegrity Robot |
|
Kazuya Kusu |
|
Nissin Electric Co., Ltd. |
Texture Discrimination using Needle |
|
Shinya Suehiro |
|
Jupiter Telecomm. Co., Ltd. |
Three-dimensional Modeling of Human Thigh |
|
Atsuko Doi |
|
|
Deformation Measurement of Rheological Objects through Image Processing |
|
Kazuhiro Kato |
|
Master Course |
Unconstrained Poppet Valve for Tensegrity Robots |
|
Yuuki Aboshi |
|
Master Course |
Rolling of Tensegrity Robot through Strut Extension |
|
Junichi Ishikawa |
|
Master Course |
Three-dimensional Orientation Control via Soft Fingertips with Prismatic Joints |
|
Syo Imai |
|
Master Course |
Fabric Texture Sensing by Soft Fingertips |
|
Ryo Imuta |
|
Master Course |
Simulation of Three-dimensional Rolling of Tensegrity Robots |
|
Kenta Kouzai |
|
Master Course |
Prototyping Vibrational Three-way Unconstrained Poppet Valves |
|
Yoshiki Sakiguchi |
|
Master Course |
Parameter Identification of Non-homogeneous Deformable Objects |
|
Yuusuke Takagaki |
|
Master Course |
Successive Identification of Dynamic Model Parameters of Deformable Belt Objects |
|
Touma Taniguchi |
|
Gigaphoton Inc. |
Rolling of Tensegrity Robot Driven by Vibrational Unconstrained Poppet Valves |
|
Masataka Tamiya |
|
Master Course |
Three-dimensional Measurement of Object Shape using Stereo Vision and Pattern Projection |
|
Takumi Ishii |
|
Mitsubishi Electric Control Software Corp. |
Three-dimensional Shape Measurement using Stereo Vision and Projector |
|
Kazuhiro Izusawa |
|
Master Course |
Miniaturized Driving Circuits for Unconstrained Poppet Valves |
|
Kenta Okada |
|
YKK Corp. |
Graping Force Control by a Pair of 2-DOF Soft Fingers |
|
Yuusuke Onoda |
|
Master Course |
Incipient Slip Measurement of Soft Fingertips |
|
Masayoshi Kinoshita |
|
Master Course |
Accelerating Rheological Deformation Simulation using GPGPU |
|
Yuuta Kyotou |
|
Ministry of Economy, Trade and Industry |
Simulation of 3D Rolling of Tensegrity Robots using ODE (Open Dynamics Engine) |
|
Yuusuke Koizumi |
|
Master Course |
Locomotion of Tensegrity Robots |
|
Toukou Takubo |
|
Master Course |
Tracking Moving Object by SIFT and Particle Filter |
|
Muhammad Hisyam Bin Rosle |
|
Master Course |
Measurement of the Cable-end's Position and Orientation based on Stereo Camera |
|
Yoshiaki Kato |
|
Master Course |
Object Location Measurement using SIFT and Voting |
|
Hidetaka Shibata |
|
Taihei Kogyo Co., Ltd. |
Control of 3-link Flexible Arm using High-speed Vision System |
|
Masayuki Tatsumi |
|
Master Course |
Miniaturization of Unconstrained Popped Valve and its Driving Circuit |
|
Kazuma Terashi |
|
Master Course |
Posture Estimation of Tensegrity Robot |
|
Mitsuo Nakase |
|
|
Motion Analysis of Tensegrity Robots |
|
Yasutaka Nakatani |
|
Master Course |
Underwater Soft-fingered Manipulation |
|
Kouya Miura |
|
East Japan Railway |
Planar Motion Measurement of Microparts during their Feeding |
|
Atsuo Mori |
|
Master Course |
Estimation of Needle Trajectory under MRI-guided Surgery |
|
Yuusuke Taniguchi |
|
Master Course |
Haptic Presentation of Rheological Objects |
|
Yoshiyuki Abe |
|
Master Course |
Estimation of Inner Deformation inside Soft Fingertips |
|
Masahiko Ito |
|
Master Course (Titech) |
Miniaturization of Vibration-driven Unconstrained Pneumatic Valves |
|
Takaaki Inden |
|
Master Course |
Rotation of Rimless Clothes via Wiping motion |
|
Hiroaki Uemoto |
|
Master Course |
Object Grasping and Manipulation via Three Soft Fingertips |
|
Akira Uchida |
|
Master Course (Tejima Lab.) |
Microparts Feeding by Saw-tooth Surface driven by Layered PZT Actuators |
|
Kenji Enomoto |
|
Master Course (Tsukuba) |
Rendering of Slippery Sensation using Electromagnetic Device |
|
Yuuki Kataoka |
|
Master Course |
Insertion of Flexible Linear Objects considering Air Resistance |
|
Yoshiyuki Kishi |
|
Master Course |
Experimental Evaluation of Tracking Algorithms with Template Update |
|
Fuminori Komatu |
|
Sojitz Systems Corporation |
Needle Insertion into Soft Tissue Phantom |
|
Fumio Saijyo |
|
Master Course (MOT) |
Static Analysis of Tensegrity Robots |
|
Hideya Tsuji |
|
Japan Business Management, Inc. |
Experimental Verification of Tribology in Micro-parts Feeder |
|
Shoichiro Uno |
|
Yamaha Motor Co., Ltd. |
Movement of Soft Robots composed of IPMC Actuators |
|
Tsuyoshi Ohta |
|
Master Course |
Dynamic Unfolding of Fabrics using Pinching Slip Motion |
|
Yoichiro Ogawa |
|
Master Course |
Output of Micro Droplets using Unconstrained Poppet Valve |
|
Shinya Kita |
|
Murata Manufacturing Co., Ltd. |
Experimental Verification of 3D Object Orientation Grasped by Three Soft Fingertips |
|
Kazuki Namima |
|
Master Course |
FE Simulation of Active Ischemia Dynamics |
|
Hiroyuki Muranaka |
|
Master Course |
Control of 2-link Flexible Arm using Realtime Vision System |
|
Yujiro Yamazaki |
|
Master Course |
Object Insertion by Soft Fingertips |
|
Shouta Uehara |
|
Master Course |
Prototyping of Micro Pneumatic Proportional Valve |
|
Kouhei Kitagawa |
|
Master Course |
Control of Varifocus Mirror System |
|
Naoto Sugano |
|
Master Course |
Vibrational Micro Parts Feeding using Piezoelectric Devices |
|
Toshinori Tamai |
|
Master Course |
Prototyping of Hydraulic Varifocus Mirror System |
|
Masataka Toyota |
|
Master Course (NAIST) |
Trajectory Planning for Fast Object Handling |
|
Shinichiro Hayami |
|
Master Course |
Haptic Display of 3D Rheological Object |
|
Daisuke Hino |
|
Master Course |
Estimation of Object Mass by Soft-fingered Robotic Hand |
|
Seiichi Fujita |
|
Trans Cosmos |
Parameter Identification of Virtual Rheological Objects |
|
Takuma Miyake |
|
KHK |
Robotic Hand Driven by McKebben Pneumatic Actuators |
|
Tetsuya Yamamoto |
|
Master Course |
Contour Detection using GVF Snakes |
|
Yohei Ichimaru |
|
Muratec |
Driving System of Varifocus Mirror using Ultrasonic Actuator |
|
Miwako Usui |
|
Master Course |
Prototyping Pneumatic Group Actuators using McKebben Air Muscles |
|
Yasuhiko Kondou |
|
Master Course (Watanabe Lab.) |
Power Control of Engine using Fluid Clutch |
|
Yuuta Sugiyama |
|
Master Course |
Modeling of Virtual Rheological Objects via Particle-based Approach and Discrete-element Approach |
|
Hirotaka Tanaka |
|
Master Course (Watanabe Lab.) |
Object Manipulation under Water using Pneumatic Gripper |
|
Seiji Tomokuni |
|
Master Course |
Modeling and Realtime Computation of Virtual Rheological Deformation |
|
Yasuaki Nakajima |
|
Omron |
Sound Source Location by Matched Filtering |
|
Shuuichi Maeda |
|
Master Course |
Skew Control of Cards using Vacuum Hole Array |
|
Mirai Maebashi |
|
Apro |
Grasping of Deformable Object by Haptic Feedback |
|
Hiroyuki Morihara |
|
Master Course |
Realtime Vision System based on Rotation-invariant Phase Only Correlatin |
|
Kohsuke Yamamoto |
|
Master Course |
Realtime Vision System using Matched Filtering |
|
Kouji Uchida |
|
Nippon System Development |
Deformation Control of Rheological Objects with Extensional Former |
|
Masakazu Okada |
|
Matsushita Refrigeration Company |
Finger Force Sensor for the Manipulation of Deformable Objects |
|
Shinji Kazama |
|
Toyota Techno Service |
Vision System for the Separation of Stacked Cards |
|
Takaomi Kawazu |
|
Daiwa Bank |
Object Handling by Pneumatic Gripper |
|
Nozomu Suzuki |
|
|
Visual Recognition of Stacked Card |
|
Takuya Sumita |
|
Minolta |
Separation of Cards using Vacuum Hole Array |
|
Shinya Tanaka |
|
Sumitomo Wiring Systems |
Prototyping Pneumatic Actuator Composed of Multiple Rubber Tubes |
|
Haruki Yamada |
|
Master Course |
Dynamic Analysis of Two-dimensional Vibration Feeding |
|
Hiroshi Matsushita |
|
Master Course (Makikawa Lab.) |
Prototyping Extensional Former of Rheological Dough |
|
Satoshi Okui |
|
|
Deformation Modeling of Rheological Objects |
|
Masaya Kato |
|
Master Course (Makikawa Lab.) |
Two-legged Mechanics of Human |
|
Masafumi Kimura |
|
Master Course |
Prototyping 1-DOF Impulsive Sorter |
|
Nobuyoshi Koike |
|
Master Course |
Vision-based Manipulation of Extensible Objects |
|
Shinichiro Sakamoto |
|
Funai Electric |
Design and Prototyping Extensional Former of Rheological Dough |
|
Shinpei Sasabe |
|
Sky Think System |
Pneumatic Actuator with Mechanical Constraints |
|
Noritaka Tanabe |
|
Funai Electric |
Measurement of Wrist Rotation by Flexible Strain Gauges |
|
Wataru Nakajima |
|
Funai Electric |
Vibration Pattern in Linear Parts Feeding |
|
Nobuhiro Noyama |
|
Shiga Police |
Distributed Manipulation of Sheet by Pneumatic Jet Array |
|
Takeomi Hidaka |
|
Yaskawa Electric |
Identification of Dynamic Model of 6-DOF Open-loop Manipulator |
|
Shinya Hosoda |
|
YEC |
Trajectory Impedance Control of 6-DOF Open-loop Manipulator |
|
Akihiro Masubuchi |
|
Master Course |
Actuator Modules of Reconfigurable Robotic System |
|
Takeshi Sakamoto |
|
Master Course |
Simultaneous Identification of Dynamic Parameters of 6-DOF Open-loop Mechanical Manipulator |
|
Kei Sugita |
|
Asimori Industry |
Prototyping Two-legged Mechanism |
|
Hiroki Tanigawa |
|
Master Course |
FE Analysis of Pneumatic Rubber Actuators |
|
Takafumi Tuchie |
|
Master Course |
Analysis of Upper Limb Motion |
|
Tatsuhiko Tsuboi |
|
Master Course |
Design of Reconfigurable Mechanism |
|
Masaaki Niwa |
|
Master Course |
Object Sorting using Air Floating and Collision |
|
Yoshiaki Fujita |
|
Master Course |
Analysis of Human Force Sensation in Insertion of Deformable Tubes |
|
Kyoko Miyazaki |
|
Mathematical Systems |
Vision-based Manipulation of Deformable Object by Multiple Pinching Fingers |