Why do people want to learn in all major universities?

With the rapid development of a new generation of information technology, the drone industry is rapidly rising with the rapid development of new generation information technology, etc.

In recent years, my country’s small civilian drone market has grown rapidly. "Drone + Photography" "UAV + Remote Sensing" "UAV + Plant Protection" has become a hot spot for technological innovation and economic transformation.

In 2017, the Department of Working, issued the "Guidance Opinions on Promoting and Regulating the Development of Civil User Mechanics" (hereinafter referred to as "Opinions"), clearly supporting the establishment of a regular college and vocational institutions to establish a drone professional. The support of the policy, the market’s desire for talents, many colleges have opened the seeding of drone.

In fact, before the introduction of "Opinions", higher vocational colleges have begun to take the first to test water drones. According to the national high vocational education professional settings, the "UAV application technology" professional (professional code 460609) is the new professional announcement announced by the 2013 Ministry of Education. Since 2013, the number of colleges who open this professional is rapidly increased every year. By 2021, 375 colleges and universities approved by the Ministry of Education have been approved to open drone applications. Compared with last year, increased by 63, year-on-year. An increase of 20.19%. Popularity can be seen.

The current drone core technology is that it is necessary to have an autonomous flight capability. In addition to the preset flight route flight, it is necessary to let the drones have "automatic follow" capabilities. GM Shengkin UAV adopts advanced image identification, visual tracking technology, automatic identification and lock tracking objects, and by collecting the surrounding environment information of selected objects, tracking can be tracked according to algorithm and real-time data judgment and identifying the target. .

With the development of 5G network technology, the combination of drone and 5G network has accelerated the popularity of industrial-grade drone in vertical fields such as inspection, security. Therefore, current demand for talents in drone automatic avoidance, autonomous flight, cluster operation technology, etc., and more and more IT people want to enter the field of drone.

However, there is no system to learn to get started with the drone. The drone is actually flying. In order to help the small partners interested in drone self-directed flying technology to better master the related knowledge of drone independent flight, with practical experience, we are specially launched"Getting Started with Autonomous Flying"The course is laid around the entry foundation and practical training of drone independent flight, helping everyone to carry out targeted learning training, quickly master the self-contained skills of drones, and start!

Laboratory design decoration: smart laboratory construction plan CEIDI

With the advancement of the times, the construction of "smart laboratories" seems to become the ultimate goal of the experimental organization. What is the smart laboratory? CEIDI Xijia believes that it is integrated into the construction management of people into the laboratory, based on the Internet of Things, Internet, Big Data, Artificial Intelligence, Computer Technology Building Smart Laboratory Management Platform, can complete the laboratory repetition through automated robots Work, can complete the analysis and decision making of laboratory data through large data, and can even be considered to establish standards, security, and efficient intelligent unmanned laboratory.

The laboratory "Wisdom" is mainly focused on solving repetitive mechanical labor in usual work, reducing people of the entire experimental / detection system. The laboratory "intelligent" is more focused on innovation and landing of software, data, algorithms, and helps laboratory from business, daily management, academics, etc. through new technologies. Continuous development. To involve Internet technology, cloud computing technology, human induction technology, voice technology, biometric technology, mobile app, etc. is a considerable budget overhead for laboratory demand. So really satisfying the definition of smart laboratory is not common.

Throwing the intelligence of the laboratory software information level, the one-stop laboratory integration service provider such as CEIDI X6, the work of laboratory plane design and internal supporting environment is beginning to intervene at the beginning of the project. . CEIDI XIT is generally combing, communicating and confirming environmental design programs with laboratory wisdom software providers. For example, the smart laboratory environmental monitoring system is based on Internet of Things technology, introducing the idea of ??modular design, intelligent monitoring of temperature and humidity, gas, etc., in order to build a healthy and worry-free laboratory environment. CEIDI XIT is responsible for building a environment that matches intelligent monitoring and implementation on hardware.

Smart laboratory environmental condition system engineering construction includes (but not limited to) the following:
1. Construct a smart laboratory, which will apply a lot of Internet technology, so the electrical system is the core of the smart laboratory. We lay out to configure strong power, and the network cable must pay special attention. CEIDI Xijia is generally the total amount of rated power of the first statistical equipment, and sets the laboratory total power according to the actual rated power, and equipped with emergency power and power-on protection to ensure the safety of the instrument equipment; the docking land system requires, The grounding system will be independently configured and the requirements of the instrument equipment are met.
2. Set the standard temperature of the smart laboratory to 20 ° C ± 2 ° C, and the relative humidity is controlled at 50-70%. Smart laboratory new wind system is controlled in new air volume> 40 cubic meters / hour, in order to ensure a large number of precision instrument stability, CEIDI Western payment will be a laboratory partition on demand, and individual instruments have high dust-proof requirements, and separately Ette, control the purification level at a level, and other precision equipment are regularly located at 10,000.
3. Smart laboratory lighting generally follows human engineering to facilitate scientific experiments and equipment requirements, general illumination at 300LX.

4. The environmental conditions of smart laboratory, anti-earthquake, dust, anti-corrosion, anti-magnetic and shielding, etc. should comply with project requirements carried out in laboratory and various instrument equipment requirements for environmental conditions.

The smart laboratory uses advanced technology, changing the current situation of traditional laboratory processes, inconvenient management, is the mainstream of future laboratory. "Thirteen" National Strategic Emerging Industry Development Plan ", artificial intelligence is one of the emerging industries that are tilted in the preferential policy, and future laboratories will surround artificial intelligence software, intelligent robots, intelligent hardware, smart platforms, etc. Aspects are carried out. Ceidi Xijia has sufficient experience in the design and decoration of smart laboratory, temperature, humidity, clean degree, and electromagnetic shield, anti-static, power lightning protection, all kinds of grounding, uninterruptible power, special lighting, etc. Instead. At the same time, based on the advantages of EPC engineering integration and the popularity of BIM technology, designers can also grasp the ground engineering, wall cylindrical projects, ceiling projects, doors and windows, electrical and pipe-tube projects, and provide China’s smart laboratory construction. Professional, complete technical support.