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The intelligent greenhouse monitoring system is mainly a computer control system that automatically adjusts and controls conditions such as temperature, humidity, and light according to changes in environmental parameters to achieve an environment suitable for the growth of moving objects. The intelligent greenhouse monitoring system combines modern scientific and technological information technology with industrial automation engineering technology to create an environment for crop growth, so as to achieve high-quality, high-yield, low-energy consumption industrial automated production scale of crops. As an energy-saving and industrially efficient agricultural production technology, the intelligent management of facility agricultural environment has become an important symbol of the level of agricultural science and technology development in countries around the world.
With the rapid development of modern scientific and technological information technology and the improvement of equipment control automation technology, various intelligent greenhouse monitoring systems have been widely used and applied in China's agricultural production. At the same time, existing domestic intelligent greenhouse monitoring systems have problems such as low stability, high construction costs, and difficulty in operation, which makes these control systems difficult to apply in the actual greenhouse construction of agricultural development, and cannot fully exert their effectiveness. Therefore, choosing a truly applicable intelligent greenhouse monitoring system is the key to the development of domestic greenhouse control systems. The Chinese Academy of Agricultural Sciences has different definitions of the applicability of the intelligent greenhouse monitoring system. In the field of human-computer interaction, the concept widely accepted by users refers to the product's use in a specific use environment for a specific user for a specific purpose. Effectiveness, efficiency and satisfaction.
According to this, the applicability of the intelligent greenhouse monitoring system refers to the extent to which it can effectively complete control tasks and make users subjectively satisfied with the product during use. So how should we judge the applicability of the intelligent greenhouse monitoring system is an important task of building an efficient greenhouse intelligent control system. A doctor of quality management in the United States believes that applicability refers to the degree to which a product can effectively meet user needs during use. It is necessary to understand applicability from two aspects: "user demand" and "satisfaction after use." substance. The applicability of the intelligent greenhouse monitoring system refers to the extent to which it can effectively complete the monitoring and control tasks during the use of the user and make the user subjectively satisfied.
Based on the analysis of existing intelligent greenhouse monitoring systems in various countries, the factors that determine its applicability mainly include the use of object factors and system factors, and system factors include system functions, system intimacy, system reliability, and system development costs. The change directly changes the applicability of the intelligent control system for the greenhouse, and the system factors also affect each other. It can be seen that the factors affecting the applicability of the intelligent greenhouse monitoring system include the objectivity, operability, practicability, and reliability of the system. And economy. Objectivity means that the intelligent greenhouse monitoring system exhibits different situations for different control objects, indicating the degree of adaptation of the object to the control system; operability means that the system is easy to learn and operate; practicability means that the system functions are practical and can meet user specific Planting requirements; reliability refers to the ability of the system to complete the specified functions required by the user within the specified conditions and time, expressed as efficiency and accuracy; economics refers to the waste of minimizing costs during the purchase and use of the control system .
Chengdu Xinxin Electronic Technology Co., Ltd. is committed to the research and development and design of smart greenhouse greenhouse monitoring system. In the field of intelligent monitoring, there is already a mature technical team and a professional facility construction team, which has gradually become the leader of the southwest IoT industry.
July 9, 2015
Chengdu Xinxin Electronic Technology Co., Ltd. Editorial Department
Editor: Little Devil in Gourd