Development of Sit-to-Stand Support System Using Ground Reaction Force von Ikeuchi, Hidetaka, Nagatoshi, Masuji, Miura, Atuyoshi

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Experimental Analysis of Force Moment about Body Center of Mass during Level Walking Using Force Plates von SATO, Masashi, IKEUCHI, Hidetaka, KATOH, Ryozo, YAMASHITA, Tadashi

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Discussion of sling control simulation in feedback type Gait Training System von Ikeuchi, H., Takiyama, S., Mamoru, I., Saito, Y.

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Analysis by Phase Planes of the Sit-to-Stand Movement from a Chair von SHINKODA, Koichi, TANAKA, Mitsuharu, IKEUCHI, Hidetaka, KATOH, Ryozo, YAMASHITA, Tadashi

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Analysis of walking ability using COP-COG fluctuation in gait initiation von HORITA, Akira, IKEUCHI, Hidetaka, ASTOU, Hiroyuki, OHIRA, Takamasa, YAMADA, Kenji

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“Future Dream!” Review of The 2007 Robotics-Mechatronics Design Competition von Sakaki, Taisuke, Oguro, Ryuichi, Sagara, Shinichi, Aoki, Kanta, Ushimi, Nobuhiro, Kiyota, Takanori, Kikuuwe, Ryo, Iwamura, Makoto, Fukushima, Manabu, Imado, Keiji, Ikeuchi, Hidetaka, Moromugi, Shunji

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Analysis of Motion of Body Center during Human Stair Gait Using Force Plate von Katoh, Ryozo, Ikeuchi, Hidetaka, Sato, Masashi, Yamashita, Tadashi

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Characteristics of Reaction Force from the Floor in Stair Walking : Transient Characteristics in Stair Walking from or to Level Walking von IKEUCHI, Hidetaka, KIMURA, Tetsuya, KIMURA, Hiroshi, KATOH, Ryozo, YAMASHITA, Tadashi, SATO, Masashi

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Relation between Peak Values of Floor Reaction Forces and Cadence in Human Transient Walking : Starting, Stopping, and Turning von Ikeuchi, Hidetaka, Sato, Masashi, Katoh, Ryozo, Yamashita, Tadashi

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Analysis of Inverse Fluctuation of COP on Gait Inititiation of Osteoarthritis of the Hip von HIGUCHI, Keita, KOMATSU, Yasuhumi, IKEUCHI, Hidetaka, OHIRA, Takamasa, YAMADA, Kenji

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Development of the Walker Towing Electric Device “B-GO” for Severely Disabled Children von AIHARA, Shigeru, TAKECHI, Akane, IKEUCHI, Hidetaka, GOTOH, Yasuhiro, MATSUN, Naho, IKEDA, Kiichi, TOKUMARU, Kiyohisa, SAKAI, Ryouma Ryouma

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Gait Initiation of Osteoarthritis of the Hip von NISHIDA, Kei, IKEUCHI, Hidetaka, OHIRA, Takamasa, YAMADA, Kenji

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Experimental Analysis of Reaction Forces and Motion of Center of Gravity during Human Gait Initiation : Characteristics of Transferring from Transient Phase to Steady-State Phase von Sato, Masashi, Ikeuchi, Hidetaka, Katoh, Ryozo, Yamashita, Tadashi

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The Consideration on Sling Control of Gait Training System von Izawa, So, Aoki, Kazumi, Ikeuchi, Hidetaka, Ohnishi, Kengo, Imado, Keiji, Miyagawa, Hiroomi, Saito, Yukio

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Decentralized Analysis of the Tensity Variance of Human Soft Tissue to Workload Effect von Utsunomiya, Hidetoshi, Ohnishi, Kengo, Ikeuchi, Hidetaka, Miyagawa, Hiroomi, Imado, Keiji

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The Consideration on The Sling System of Gait Training System von Nakaya, Shigeyoshi, Ikeuchi, Hidetaka, Ohnishi, Kengo, Imado, Keiji, Miura, Atuyoshi, Miyagawa, Hiroomi, Saitou, Yukio

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Rehabilitation System for Upper Limb Motion of the Spinal Cord Injury(2nd Report)Approach to Single System Design Experiment von Ohinishi, Kengo, Goto, Eri, Ikeuchi, Hidetaka, Miyagawa, Hiroomi, Sugiki, Tomotake, Kito, Nobuhiro, Imado, Keiji, Saito, Yukio

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Assessment of the Upper Limb Control of the Senior and Young using Upper Limb Rehabilitation Support System von Goto, Eri, Okmishi, Kengo, Ikeuchi, Hidetaka, Miyagawa, Hiroomi, Imado, Keiji, Saito, Yukio

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An Examination about Walking Posture on Gait Training System for Computer-Aided Rehabilitation von Ikeuchi, Hidetaka, Kamifukumoto, Fumitaka, Arakane, Satoshi, Ohnishi, Kengo, Imado, Keiji, Miyagawa, Hiroomi, Saito, Yukio

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Home-Use Upper Limb Rehabilitation Device for Cervical Spinal Cord Injured Patients von Ohnishi, Kengo, Goto, Eri, Sugiki, Fumitake, Imado, Keiji, Ikeuchi, Hidetaka, Kito, Nobuhiro, Miyagawa, Hiroomi, Saito, Yukio

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