Fish disease diagnosis is a rather complicated process, it requires high level of expertise. A telecommuting system were developed by University of Luton and Agricultural Information Technology Institute, China Agricultural University, the long-distance face to face communication between the experts and users was realized, which was used to help users how to get the on-line help when the web-based expert system can't apply the farmer's question. Telecommuting System for Fish Disease Diagnosis (TSFDD)is a key sub-system of ' intellectualized aquacultural information system', which is funded by the key project of '306 subject' of '863 plan'. To cut off the shortcoming of the index of library, and to realize the long-distance face to face communication between the experts and farmers. This paper concentrates on the idea, the functions, and the structure the methods of the system design and the compare between the expert system and expert-on-line system. The Internet/Intranet techniques and multimediatechniques such as NmSDK, Internet Locater Server API, MS SQL Server, ActiveX, Active Server Page, ISAPI, IE SDK are adopted, virtual diagnosis room, video frequency communication, voice communication, file communication, computer supported cooperativework were integrated in the system, Finally the face to face communicating was actualized.
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机译：鱼类疾病诊断是一个相当复杂的过程，需要高水平的专业知识。电信系统是由中国农业大学卢顿大学和农业信息技术研究所开发的，实现专家和用户之间的长途面对面的沟通，用于帮助用户如何获得在线帮助基于Web的专家系统无法应用农民的问题。用于鱼类疾病诊断（TSFDD）的远程办公系统是“智能化水产养殖信息系统”的关键子系统，由“863计划”的“306科目”的重点项目资助。为了减少图书馆指数的缺点，并实现了专家和农民之间的长途面对沟通。本文专注于思想，功能和结构的系统设计方法和专家系统和专家系统的比较。采用互联网/ Intranet技术和多媒体，如NMSDK，Internet Locater Server API，MS SQL Server，ActiveX，Active Server页面，ISAPI，IE SDK，虚拟诊断室，视频通信，语音通信，文件通信，计算机支持的COOPerativeWork集成在系统中，最后面对面沟通已经实现。
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