摘要
为了促进水产养殖健康发展,基于.NET Framework技术作为开发环境,Access作为后台数据库开发了一套池塘养殖数字化管理系统,并对系统进行了硬件架构和软件设计。硬件架构由水质监测与管理系统、自动投饵系统和投喂决策系统组成。根据测量的水温、溶氧量和酸碱度等信息,结合鱼类生长需要形成合理的投喂量和最佳的投喂时间,实现池塘养殖数字化管理。应用试验表明,系统能够对养殖水体进行实时监测和控制,达到精准投喂,系统平均降低饲料系数20%,提高摄食量1.5～2.0倍。
To promote the healthy development of aquaculture, by hardware architecture and software design, we developed a digital management system for pond culture based on. NET framework technology and Access database. The hardware architecture consists of water quality monitoring and management system, automatic feeding system and feeding decision system. According to the information such as water temperature, dissolved oxygen, pH and fish growth, we determined the reasonable feeding amount and the best feeding time, which realized the digital management for pond culture. The experiment shows that the system can monitor and control water quality in real-time to realize accurate feeding; it reduces feed conversion ratio by 20% averagely, and increases feeding amount by 1.5 - 2.0 times.
出处
《南方水产科学》
CAS
CSCD
北大核心
2013年第1期58-62,共5页
South China Fisheries Science
基金
现代农业产业技术体系建设专项资金资助项目(nycytx-49-12)
关键词
池塘养殖
数字化
NET
系统架构
pond culture
digitalization
. NET
system architecture
