The traceability management system for pigs based on personal digital assistant (PDA) was constructed by software engineering method to provide the traceability management for pork safety. This traceability system i...The traceability management system for pigs based on personal digital assistant (PDA) was constructed by software engineering method to provide the traceability management for pork safety. This traceability system included information managements for pig breeding and pig quaran- tine inspection supervision. It also realized the record and supervision of pig information, feed usage, veterinary drug usage and quarantine inspec- tion. We mainly introduced the designs of systemic structure and functional structure of the traceability system and key techniques of system imple- mentation.展开更多
针对集约化水产养殖场的养殖面积较大、养殖技术员工作时需要不断移动、养殖远程管理不便等问题,在该实验室对水产养殖饲料配方与投喂技术的研究基础上,分析了饲料投喂的各种影响因素,建立了饲料投喂知识库和数据库,构建了水产养殖饲料...针对集约化水产养殖场的养殖面积较大、养殖技术员工作时需要不断移动、养殖远程管理不便等问题,在该实验室对水产养殖饲料配方与投喂技术的研究基础上,分析了饲料投喂的各种影响因素,建立了饲料投喂知识库和数据库,构建了水产养殖饲料配方模型和饲料投喂决策模型,实现了饲料配方设计、次投喂量、投喂时间、投喂次数的决策以及知识库管理三大功能模块。在Visual Studio 2005环境下,运用C#编写了饲料配方模型和投喂模型,并设计用户界面,采用MsSQL Server 2005 CE管理基础数据,开发了基于PDA的集约化水产养殖饲料投喂决策系统,该系统的建立,不仅提高了水产养殖场的数字化管理水平,而且减少了人力资源成本,也为集约化水产养殖饲料投喂决策提供一种新的实现手段。展开更多
基金supported by the Agricultural Science and Technology Innovation Project of Yunnan Province(2008LA020)sub-topic of National Key Technology R&D Program(2006BAD14B04)
文摘The traceability management system for pigs based on personal digital assistant (PDA) was constructed by software engineering method to provide the traceability management for pork safety. This traceability system included information managements for pig breeding and pig quaran- tine inspection supervision. It also realized the record and supervision of pig information, feed usage, veterinary drug usage and quarantine inspec- tion. We mainly introduced the designs of systemic structure and functional structure of the traceability system and key techniques of system imple- mentation.
文摘针对集约化水产养殖场的养殖面积较大、养殖技术员工作时需要不断移动、养殖远程管理不便等问题,在该实验室对水产养殖饲料配方与投喂技术的研究基础上,分析了饲料投喂的各种影响因素,建立了饲料投喂知识库和数据库,构建了水产养殖饲料配方模型和饲料投喂决策模型,实现了饲料配方设计、次投喂量、投喂时间、投喂次数的决策以及知识库管理三大功能模块。在Visual Studio 2005环境下,运用C#编写了饲料配方模型和投喂模型,并设计用户界面,采用MsSQL Server 2005 CE管理基础数据,开发了基于PDA的集约化水产养殖饲料投喂决策系统,该系统的建立,不仅提高了水产养殖场的数字化管理水平,而且减少了人力资源成本,也为集约化水产养殖饲料投喂决策提供一种新的实现手段。