DEVELOPMENT OF HOME HEALTH CASE SYSTEM USING WIRELESS INTERNET

使用无线互联网开发家庭健康案例系统

• 批准号: 10670373
• 负责人: UMEDA Tokuo
• 金额: $ 2.05万
• 依托单位: Kitasato University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 1998
• 资助国家: 日本
• 起止时间: 1998 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-10670373/
• 关键词: Teleradiology; Radiological Reporting System; Medical Information System; Image Transmission; 遠隔医療システム; 在宅医療システム; 無線インターネット; 病院内外情報伝送; デジタル医用情報の伝送

We built an economical and compact transmission system for teleradiology that could be utilized even in a disaster. Our system can transmit images and diagnostic reports using wired LAN or mobile wireless LAN.The system adopts conventional Ethernet LAN as a wired LAN. On the other hand, transmission systems by the portable telephone line, wireless LAN (Japan Radio CO., Ltd.) and Apple Remote Access (Apple CO., Ltd.) as a mobile wireless LAN are employed.Five seconds, 13 seconds and 625 seconds of transmission time employing wired LAN, mobile wireless LAN and ARA mobile wired LAN system were necessary for 1MB package of data respectively. At 3MB of 1 sheet image size, wired LAN was 4 times faster than that of mobile wireless LAN according to the result of our measurement. The reason is that mobile wireless telephone line has sometime bad air transmission environment and it has to be compensated by error correction function.Chained structure of various type of image related information worked well with enough speed. But important functions such as victims identification, privacy and security problems must be evaluated by simulation of disaster environment such as big earthquake.

我们为远程放射学构建了一个经济紧凑的传输系统，即使在灾难中也可以使用。我们的系统可以使用有线局域网或移动的无线局域网传输图像和诊断报告。另一方面，通过便携式电话线、无线LAN（Japan Radio Co.，（香港）和Apple Remote Access（Apple CO.，（香港）对于1MB数据包，使用有线LAN、移动的无线LAN和ARA移动的有线LAN系统的传输时间分别需要5秒、13秒和625秒。根据我们的测量结果，在3MB的1张图像大小下，有线LAN比移动的无线LAN快4倍。这是因为移动的无线电话线有时会有恶劣的空中传输环境，必须通过纠错功能进行补偿。各种类型的图像相关信息的链式结构工作良好，具有足够的速度。但是，诸如受害者身份识别、隐私和安全问题等重要功能必须通过模拟大地震等灾害环境来评估。

项目成果

Kiyonari INAMURA: "PACS in Japan and Progress of Technology Assessment" IEEE Comp.Socie. (in press). (1998)

Kiyonari INAMURA：“日本的 PACS 和技术评估的进展”IEEE Comp.Socie。

梅田徳男、羽根田清文、小山矩、原内一、稲邑清也、他: "で衛士樽画像とその読影診断所見を有線・無線で電送するシステムの構築"Med. Imag. Tech.. 17. 697-703 (1999)

Norio Umeda、Kiyofumi Haneda、Norihiro Koyama、Hajime Harauchi、Kiyoya Inamura 等人：“Eishi 桶图像有线和无线传输系统的构建及其解释和诊断结果”Med. 17. 697 -703 (1999)

Takeshita, H., Inamura, K., Aoki, A., et al: "Generalization of Methodology of Measurement for Clinical Evaluation of HIS/RIS"SPIE Medical Imaging 2000. (印刷中). (2000)

Takeshita, H.、Inamura, K.、Aoki, A. 等人：“HIS/RIS 临床评估测量方法的概括”SPIE Medical Imaging 2000。（印刷中）。

梅田 徳男: "施設既存データベースから多施設型放射腺腫瘍学広域データベースへのデータ自動変換方法の開発" Japanese Journal of Medical Physics,JARP-JAMP'98報文集. 248-251 (1998)

Norio Umeda：“从现有设施数据库到多中心放射肿瘤学广域数据库的自动数据转换方法的开发”，日本医学物理学杂志，JARP-JAMP98 Proceedings 248-251（1998）。

Iinuma, M., Umeda, T., Harauchi, H. et al: "Development of Software for Automatic Generetion of Conversion/Linkage Software to Integrate Exixted Plural Number of Radiotherapy Database"Japanese Journal of Medical Physics. 19. 312-315 (1999)

Iinuma, M.、Umeda, T.、Harauchi, H.等人：“用于自动生成转换/链接软件以集成现有复数放射治疗数据库的软件的开发”日本医学物理杂志。