| 4th(1988) : Kita-kyusyu | ||
| PresentationID | FirstAuthor | Title |
| 04.A01 | Shigeo Nishimura | Application of active seat positioning to wheelchairs for persons with cerebral palsy |
| 04.A02 | Akio Yamaguchi | Wheelchairs of flexible structues for persons of CP |
| 04.A03 | Masako Kurose | Effect of a chair of sitting postition sustainer |
| 04.A04 | Kazuo Yamasaki | Sitting position sustainers to be used in institutions of mentally and physically disabled children |
| 04.A05 | Mikiko Yoshimoto | Analysis of ability of balancing sitting positions in case of persons with cervical cord injuries -Report 3 |
| 04.A06 | Mikiko Ohama | Analysis of ability of balancing sitting positions in case of persons with cervical cord injuries-Report 4 |
| 04.A07 | Keiko Otsu | Cushions made from polyurethane foam |
| 04.A08 | Akira Watanabe | Making seats by means of MATRIX SEATING SYSTEM |
| 04.A09 | Hiroshi Iijima | Body position holders for severely disabled children |
| 04.B01 | Chizuko Kawakami | Reconstruction of municipal dwellings of Kitakyshu city |
| 04.B02 | Mitoshi Saiba | Survey of the usefulness of technical aids for the elderly |
| 04.B03 | Tetsuo Nagao | Technical aids for home care of elderly persons of poriomania |
| 04.B04 | Keiji Morii | Rehabilitation shose designed for functional training and safety : 'Safety Hurdle' for the safety in bath rooms |
| 04.B05 | Kiyomi Matsuo | Aids for standing of persons with cervical cord injuries |
| 04.B06 | Osamu Tanaka | Transfer aids "Komawarisan" - Report 2 |
| 04.B07 | Naoto Fujii | Assistive equipment for transfer under the sitting posture |
| 04.B08 | Hideyuki Hirose | Development of a separable bed(II) |
| 04.B09 | Yuya Ishikawa | Transfer aids for the disabled |
| 04.C01 | Etsumi Okigawa | Chair-skis for persons with spinal cord injuries-Part 1 Suspensions |
| 04.C02 | Nobuhiro Morita | Chair-skis for persons with spinal cord injuries-Part 2 For persons with thoracic segment injuries |
| 04.C03 | Osamu Tanaka | Development of modular wheelchairs - Modular frames |
| 04.C04 | Hiroshi Nashihara | Analysis of wheelchair design items and their application |
| 04.C05 | Tsuyoshi Shigenari | Aids for moving which motivate children with severe disabilities |
| 04.C06 | Masao Matsubara | Adaptation of persons with severe cerebral palsy to electric wheelchairs |
| 04.D01 | Fumihiro Towatari | Some iedeas enabling persons with cervical cord injuries to drive automobiles |
| 04.D02 | Satoru Maruyama | Equipments for taking wheelchairs into cars |
| 04.D03 | Kiyoshi Ichikawa | Automobiles for the disabled |
| 04.E01 | Tsutomu Tamagaki | Analysis of standing up motions of persons with high cervical cord injuries |
| 04.E02 | Toshiyasu Yamamoto | Analytical method of SCAPULO-UMERAL RHYTHMS based on X-ray images |
| 04.E03 | Kunihiko Oda | Clinical application of REHA-MATE, an equipment of measuring and training motor function |
| 04.F01 | Etsumi Okigawa | Kanagawa Rehabiliation Center 's "RIHAKOGAKU IDEA CONTEST" - Part 1 Aims and Overview |
| 04.F02 | Eiichi Ito | Kanagawa Rehabilitation Center's "RIHAKOGAKU IDEA CONTEST" - Part 2 Ideas applied for the contest |
| 04.F03 | Yuko Watanabe | Acquirement of information by persons with cervical cord injuries |
| 04.F04 | Kazuhiro Uemura | Ideas to spend a day independently and a new KB mouse system |
| 04.F05 | Toshiharu Arai | Toos and environments for disabled children to do creative activities - Part 2 |
| 04.F06 | Kyoko Sasao | Application of rehabilitation engineering in our institution |
| 04.F07 | Minoru Suzuki | Development and Practical use of aids for persosn with quadriplegia |
| 04.F08 | Mihyon Kim | Present situations of technical aids in Korea |
| 04.G01 | Mikiko Yoshimoto | Presently available aids and their problems for toilet activities of the disabled |
| 04.G02 | Ikuo Yoneda | Development of portable washer for toliet activity |
| 04.G03 | Kiyoshi Kitahama | A wheelchair with an attachment of toileting seat equipped with a washer |
| 04.H01 | Hitomi Iuchi | Effect of education with sounds and symbols using a personal computer |
| 04.H02 | Koji Iwamoto | Application of MSX computers to the education of physially impaired children |
| 04.H03 | Hirohisa Kawakami | Display pointing system(1)-Development and experiences of long time use- |
| 04.H04 | Hirohisa Kawakami | Display point system(2)-active use of HyperMedia- |
| 04.H05 | Tetsuya Maeno | A personal computer system with a flexible keyboard |
| 04.K01 | Osamu Sueda | Electronic braille newspaper system(1) |
| 04.K02 | Takeshi Shibata | Electronic finger touch braille system for persons with visual and hearing disorder (2) |
| 04.K03 | Fumiya Furuno | Color discrimination apparatus for the visual disorder |
| 04.K04 | Shigeru Yamauchi | Blood sugar sensor for persons with diabetic retinopathy |
| 04.L01 | Ichiro Kitayama | Improvement of a body-powered upper extremity prosthesis |
| 04.L02 | Reiko Sakagami | Use of a utility hook by a person with cervical cord injury |
| 04.L03 | Masaru Nakamura | Experience of using database in a prostheses workshop |
| 04.L04 | Itsuro Takahama | Symple mehtod of tracting waist |
| 04.L05 | Mitsuo Arai | Manufacturing and fitting of Narrow M-L Sockets |
| 04.L06 | Tomio Kasahara | Functional characteristics of a below-knee prosthesis with FLEX-FOOT |
| 04.L07 | Tamotsu Yamashita | Evaluation of function of torque absorption equipment for lower extremity proshtesis by pylon study |
| 04.L08 | Itsuro Takahama | Function of lower extremity protheses of high perfromace and their endurance tests |
| 04.L09 | Akimitsu Kanda | Feedback equipment of lower extremity prosthesis sensations |
| 04.N01 | Toshihide Hayakawa | Evaluation of Upper extremity FES in ADL |
| 04.N02 | Masahiro Kose | FES Operational signals-Application of myoelectric potentials |
| 04.N03 | Takashi Horii | FES Operational signals-Application of voice recognition board |
| 04.N04 | Takashi Ito | Detecting instrument of FES control signals to control paralyzed upper extremities |
| 04.N05 | Chikako Saito | Ambulation activity control of paralyzed lower extremities by a portable FES equipment |
| 04.N06 | Fumiyuki Matsuno | Standing-up action reconstration of persons of paraplegia by FES using surface electrodes |
| 04.M01 | Yasuhiro Matsuda | Fundamental studies of technical aids for communication disabilities |
| 04.M02 | Kenryu Nakamura | Studies on images in communication aids |
| 04.M03 | Yasuo Sudo | Development and practical use of communication aid with scanning input |
| 04.M04 | Kiyoshi Denpo | Gaining communication activities of children of sever and multiple disabilities-cases of picture communicaation training |
| 04.M05 | Jiro Sagara | Keyboard design and colors of word processor of scanning method for severely disabled persons |
| 04.M06 | Masayuki Boka | Basic studies on the method of two value coding by one input signal |
| 04.M07 | Hirohisa Kawakami | Possbilities and limits of direct input operations in rehabilitation engineering |
| 04.M08 | Hirohisa Kawakami | Sensoers for ADL of severely physically impaired children |
| 04.M09 | Eiji Sakane | My forutune of meeting the one switch communication aid -a case of a boy child with severe cerebral palsy who could gain his aim within his possibilities |
| 04.P01 | Masafumi Ide | Computer input device using a lever of an electric wheelchair |
| 04.P02 | Eiichi Ito | Push-button mouse system |
| 04.P03 | Seiji Kitakaze | Input methods of personal computers for persons with pysically impaired person |
| 04.P04 | Takuro Hatakeyama | Improvement of oerational enviornment of personal computers for severely physically impaired persons - with a focus on operational interface and file operation - |
| 04.P05 | Naoto Fujii | Environment of supporting the training of programming skills of persons with cervical injuries |
| 04.P06 | Yasuo Sudo | Keyboard of optical input using laser |
| 04.P07 | Masayoshi Ito | Input devices for the sitting posture for severely physically impaired children |