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JRM Most Downloaded Papers, Jul. 2026
| This month | Last month | Vol. No. | Title / Authors | Keywords |
|---|---|---|---|---|
| 1 | Vol.19 No.2 (2007) |
Development of Four Kinds of Mobile Robot with Preliminary-Announcement and Indication Function of Upcoming Operation Takafumi Matsumaru |
mutual coexistence, mobile robot, preliminary-announcement and indication, upcoming operation, informational affinity | |
| 5 | Vol.38 No.3 (2026) |
Double-Roller Tactile Image Sensor for Simultaneous Double-Sided Inspection Tomomi Murata and Kazuhiro Shimonomura |
tactile sensing, camera, cylindrical sensor, double roller, surface inspection | |
| 21 | Vol.38 No.3 (2026) |
Finite Element Analysis and Structural Modification of Catheter-Type Tactile Sensor Based on Polyvinylidene Fluoride Film Kazuto Takashima, Siyan Zhang, Souichiro Nagano, Makoto Takenaka, and Kenji Ishida |
tactile sensor, catheter, piezoresponse, polyvinylidene fluoride (PVDF) film, finite element analysis (FEA) | |
| 27 | Vol.38 No.3 (2026) |
Development and Application of Wide-Range Precise Proximity Sensor Shun Hasegawa, Ayaha Nagata, Aoi Nakane, Masahiro Matsumura, and Kei Okada |
proximity sensor, grasping of compliant objects, tactile stuffed robot, slip detection, agricultural plant sensing | |
| 12 | Vol.38 No.3 (2026) |
State Estimation of a Shape-Flexible Multifingered Robotic Hand Leveraging Multiple Proximity Sensors Masato Morita, Hikaru Arita, Kazuto Nakashima, and Kenji Tahara |
continuum robot, proximity sensor, time-of-flight sensor, simultaneous localization and mapping (SLAM) | |
| 15 | Vol.36 No.6 (2024) |
Soft Pipe Inspection Robot with Vibrating Cilia Capable of Underwater Transport Moses Gladson Selvamuthu, Ryuto Okada, and Riichiro Tadakuma |
soft robotics, pipe-inspection robot, cilia, underwater robotics | |
| 2 | Vol.36 No.3 (2024) |
Enhanced Naive Agent in Angry Birds AI Competition via Exploitation-Oriented Learning Kazuteru Miyazaki |
reinforcement learning, multi-agent learning, profit sharing, Q-learning, game | |
| 4 | Vol.38 No.3 (2026) |
Virtual-Dynamics-Based Motion Planning for Industrial Manipulators via Integrating Information from Multiple High-Speed Sensors Misato Koreki, Usukhbayar Chuluunbat, Hikaru Arita, Kazuto Nakashima, and Kenji Tahara |
motion planning, multisensor integration, high-speed sensors, industrial manipulator, virtual dynamics | |
| 21 | Vol.38 No.2 (2026) |
End-to-End Position Prediction for Robotic Grape Berry Thinning Yin Suan Tan, Prawit Buayai, Dear Moeurn, Hiromitsu Nishizaki, Koji Makino, and Xiaoyang Mao |
smart agricultural, berry thinning, robotic arm, depth sensing, depth neural network | |
| 8 | Vol.38 No.2 (2026) |
Orchard Navigation of UGVs Using UAV-LiDAR-Based Semantic Costmap Soki Nishiwaki, Shuhei Yoshida, and Takanori Emaru |
orchard mobile robot, air-ground collaboration, agricultural autonomous navigation | |
| 11 | Vol.37 No.2 (2025) |
Development of Fixed-Wing VTOL UAVs with the Four-Retractable Rotor Propulsion Kaspul Anuar and Naoyuki Takesue |
fixed-wing VTOL, retractable propulsion, drag coefficient, folded UAV, endurance | |
| 29 | Vol.26 No.4 (2014) |
Trends of Robot Therapy with Neurological Therapeutic Seal Robot, PARO Takanori Shibata and Joseph F. Coughlin |
seal robot, robot therapy, neurological therapy, medical device, non-pharmacological therapy | |
| 18 | Vol.25 No.2 (2013) |
Design of Large Motion Range and Heavy Duty 2-DOF Spherical Parallel Wrist Mechanism Koji Ueda, Hiroya Yamada, Hiroaki Ishida, and Shigeo Hirose |
wrist mechanism, spherical linkage, large workspace, large load capacity | |
| 26 | Vol.38 No.3 (2026) |
Surface Distortion Mapping System Narrowing Down Existence Probability via Touch Scanning Yui Suzuki and Hiromi Mochiyama |
tactile sensor, haptics, soft robotics, tactile sensing, surface defect detection | |
| 5 | Vol.38 No.2 (2026) |
Development of a Tomato Harvesting Robot: Integration of Manipulator Configuration, Recognition, and End Effector Toru Kuga, Toshiyuki Yokoue, Keita Kitano, Hiroki Asano, and Hisashi Sugiura |
agricultural robotics, tomato harvesting, collaborative robot, computer vision, robotic manipulation |
Count period : July 1-31, 2026