Therefore, in the subsequent stages, a comprehensive logistics resource sharing platform should be gradually established to create a new pattern for the smart logistics system. In fact, there are significant differences in the development and application levels of intelligent technologies across different regions of my country, along with substantial economic disparities, leading to uneven development of smart logistics management systems. Given this situation, local governments at all levels and relevant departments should actively update basic logistics equipment and improve the level of regional intelligent technology development, based on the current state of local economic development, to lay a solid foundation for the development of a smart logistics supply chain system and thus push the smart logistics management system towards a new model. For enterprises, it is essential to actively participate in logistics resource sharing, enabling cross-regional circulation of logistics resources and improving the efficiency of logistics resource utilization. This requires enterprises to fully clarify their positioning in the logistics industry, optimize their internal and external development environment, and seek opportunities for win-win cooperation. As a result, the smart logistics management system can operate better in different regions, fully leveraging the value of IoT technology and promoting the common progress of smart logistics systems in various regions.
After the application of IoT technology to smart logistics management systems, logistics management regulations should be gradually refined to make logistics activities more standardized. First, government departments should clarify their responsibilities in smart logistics management, gradually improve relevant laws, regulations, and industry standards, and provide corresponding guidance for enterprises to carry out smart logistics management. In this process, relevant laws and regulations concerning IoT technology and smart logistics modules need improvement. Government departments can consider drawing on relevant foreign laws and regulations, making targeted adjustments based on a comprehensive consideration of my country's national conditions and regional realities, to improve the fit between these laws and regulations and local conditions. Second, enterprises need to improve their smart logistics management systems while strictly adhering to relevant laws and regulations.
The Internet is a network connecting computers and mobile smart devices, primarily revolving around applications triggered by human intervention. The Internet of Things (IoT), on the other hand, is the interconnection of things, focusing more on automated applications triggered by objects' perception of themselves or their surroundings. A comparison of the two is as follows:
As mentioned earlier, the Internet of Things (IoT) and the Internet are not independent or distinct, but rather an extension of the other. There is a growing trend of combining IoT with artificial intelligence. In this era of rapid technological advancement, both technologies are maturing quickly, and their commercial applications in various fields are becoming increasingly viable. This significantly enhances the intelligence and automation capabilities of traditional Internet scenarios, thereby providing new value to users.
In the first stage of manual operation, the thermometer attached to the device usually tells you the ambient temperature, allowing you to set a specific temperature. At this time, the compressor will start as needed, such as going into sleep mode once the set temperature is reached, and then starting again if there is a deviation. In the second stage, you can use your mobile phone or computer to set the required temperature for different times of the night, from early morning to late night, and then the central control system sends real-time instructions to the air conditioner according to the plan. In the seamless intelligent stage, the air conditioner transmits information such as your body temperature and heart rate to the central control system based on your wearable device. It then combines this information with the ambient temperature to calculate an intelligent instruction, allowing the air conditioner to maintain the most suitable ambient temperature without human intervention.
According to Machine Research, the number of global IoT connections is projected to grow at a double-digit rate annually over the next five years, reaching an estimated 27 billion by 2025. Meanwhile, organizations such as the Ministry of Industry and Information Technology predict that the output value of my country's IoT-related industries will reach 1.8 trillion yuan in 2020.
Yang Weiqi, Executive Chairman of the Shenzhen Internet of Things Industry Association, stated that the IoT industry ecosystem is booming, exhibiting a diverse range of applications and niche markets. The White Paper, compiled with guidance from top industry experts and the participation of numerous business leaders, offers significant guidance and reference value for both government and enterprises. He hopes that through the combined efforts of industry, academia, and research, IoT services can be integrated into all sectors, truly realizing the vision of "Internet of Everything."
In the future, the Shenzhen Internet of Things Industry Association will continue to play its role as an innovation platform, guiding collaboration among industry, academia, and research institutions in the Internet of Things field to jointly promote the construction of the Internet of Things industry standard system and contribute to the development of the Internet of Things industry.
It is understood that the Shenzhen Internet of Things Industry Association (SZIOT) is a non-profit social organization with independent legal personality, established with the approval of the Shenzhen Municipal Bureau of Civil Affairs. It is an industry organization serving the Internet of Things industry, enterprises and government, and is a first-level industry association in Shenzhen.
