No abstract

In order In order for real-time greenhouse information management system to be applied in both local area network and wide area network, an intelligent greenhouse information management system based on C/S and B/S hybrid architecture, is designed. In the intelligent greenhouse information management system, factors like temperature, humidity, light intensity and CO2 concentration are considered, so that the greenhouse crops can grow in appropriate environment, to yield good economic benefits. Compared with the traditional greenhouse information management system, the system can monitor the main factors such as temperature, humidity, light intensity and CO2 concentration in the greenhouse. At the same time, customers can monitor the real-time conditions in the greenhouse and exercise real-time control, as long as the Internet is available.

Transmission line inspection management is to ensure the safe and reliable operation of the power grid of a basic work. Through the line inspection workers could find that the potential risk factors, the necessary maintenance. So as to ensure the safe and reliable operation of the entire power system, this article designed an intelligent inspection system. The inspection system integrates the global positioning system, geographic information system, computer network communication technology. It can minimize the leakage detection system, the wrong test, saving costs, increase business efficiency and ensure safe and stable operation of transmission lines. In addition, the system can effectively supervise and manage the inspectors to ensure that the inspection is in place record, store and position reminders of incident data such as faults, accidents and equipment defects during the inspection process, and command personnel. But it makes it easier to pay close attention to the operating staff, so that it can grasp the safety of field staff in a timely manner, when an emergency situation can quickly locate the staff, and according to the system to provide navigation guidance to give the appropriate support or organization to rescue, And effectively put the “people-oriented, safety first” concept to implement.

Looking at the model of personnel training in various colleges and universities in the country, the first is the model of discipline-based personnel training; the second is the cultivation model of science and technology talents; the third is the training model of technical and skilled personnel. The three current personnel training models have different points in their educational focus and teaching. The first model focuses on cultivating scholar-type research talents; the second model trains engineer-type talents with both theoretical foundations and strong hands-on skills; the third model cultivates talented technicians who have sufficient theoretical knowledge and strong practical skills. The objectives and levels of the three modes of training are not the same, so the requirements for teaching content and teaching methods are not the same. All colleges and universities must also choose a training mode or a model based on their own school's positioning and educational objectives. For the training of electrical engineering and automation professionals, it should be positioned to cultivate "application-oriented undergraduates." Therefore, this paper has studied and explored the application-oriented personnel training model for electrical engineering and automation.