What are the advanced technologies behind IoT solutions?

Recently, I paid attention to a high-tech company called Shenzhen Xixiang Intelligence, and I feel that they are leading the industry in this regard, let me talk about the technology behind their IoT solutions. First of all, on the basis of traditional Wi-Fi, Zigbee, Bluetooth and other protocols and chips, after summarizing the advantages and disadvantages of the original protocols and chips, they independently developed a high-speed computing RF transceiver chip, realized the networking multi-channel frequency conversion processing and the original efficient algorithm of edge computing, and formed a special communication protocol for the wireless Internet of Things, which has the characteristics of low latency, low power consumption, self-organizing networking, self-recovery, and multi-node load balancing. Secondly, they have a self-developed Internet of Things protocol called Yio, which is suitable for wireless communication of large space, long distance, and a large number of devices; Again, it was they who developed the YU Wireless IoT Management System.

It provides an open platform to access and translate the data of third-party systems and third-party devices, give full play to the advantages and powerful functions of the system, and provide the best service for access vendors, managers and users.

RFID technology.

The core key technologies mainly include RFID technology, sensor technology, wireless network technology, artificial intelligence technology, cloud computing technology, etc.

Extended content: 1. RFID technology.

RFID technology is the key technology of "let the items speak" in the Internet of Things, the RFID tags in the Internet of Things have standardized and interoperable information, and they are automatically collected into the ** information system through the wireless data communication network to realize the identification of items.

2. Sensor technology.

Sensor technology: In the Internet of Things, sensors are mainly responsible for receiving the content of the "speech" of the object. Sensor technology is a multidisciplinary modern science and engineering technology that obtains information from natural sources and processes, transforms and identifies the obtained information, which involves the planning, design, development, manufacturing, testing, application and evaluation and improvement activities of sensors, information processing and identification.

3. Wireless network technology.

In the Internet of Things, in order to communicate with people without barriers, it is necessary to have a wireless network with high speed and large data transmission. Wireless networks include both global voice and data networks that allow users to establish wireless connections over long distances, as well as Bluetooth, infrared, and Zigbee technologies in close proximity.

4. Artificial intelligence technology.

Artificial intelligence is the study of technologies that use computers to simulate certain human thought processes and intelligent behaviors (such as learning, reasoning, thinking, and planning, etc.). In the Internet of Things, artificial intelligence technology mainly analyzes the content of the "speech" of the item, so as to realize the automatic processing of the computer.

5. Cloud computing technology.

The development of the Internet of Things is inseparable from the support of cloud computing technology. The computing and storage capabilities of terminals in the Internet of Things are limited, and the cloud computing platform can be used as the brain of the Internet of Things to realize the storage and calculation of massive data.

The applications of IoT technology are as follows:

Smart city management is to use the Internet of Things, mobile networks and other technologies to perceive and use various information, integrate various professional bank data, and build an urban service and operation management system that includes comprehensive information such as administrative management, urban planning, emergency command, decision support, and social networking.

The smart city management and operation system involves public security, entertainment, catering, consumption, land, environmental protection, urban construction, transportation, water, sanitation, planning, urban management, forestry and landscaping, quality supervision, food and medicine, safety supervision, water, electricity and telecommunications and other fields. It also includes firefighting, weather and other related businesses. With the elements and matters of urban management as the core, and the matters as the main body of relevant actions, we will strengthen resource integration, information sharing and business collaboration, realize the optimization and reorganization of the organizational structure and work process, promote the transformation of the management system, and give full play to the advantages of services.

Smart medical care uses the Internet of Things and sensing instrument technology to effectively connect patients with medical staff, medical institutions, and medical equipment, and the entire medical process is informationized and intelligent. Smart healthcare enables practitioners to search, analyze, and cite a large amount of scientific evidence to support their own diagnosis, and realize functions such as remote diagnosis, remote consultation, remote consultation, clinical intelligent decision-making, and smart kitchen through network technology.

At the same time, it can benefit doctors, everyone in the entire healthcare ecosystem (e.g., medical researchers, drug manufacturers, and insurance companies). Establish a medical information integration platform between different medical institutions, integrate the business process of the chain breakfast between hospitals, share and exchange medical information and resources, and realize online appointments and two-way referrals across medical institutions, which makes the community's "minor disease" community, major illness hospitalization, and community residents' first-class medical treatment model become a reality, which greatly improves the rational allocation of medical resources and truly achieves patient-centered.

1. The key technologies of the Internet of Things include sensor technology, network technology, cloud computing technology, artificial intelligence technology, and security technology. Sensor technology: The core of the Internet of Things is to collect various types of historical data through sensors, so as to realize the interconnection of everything.

Sensor technology includes measurement and detection technology, communication technology, data acquisition and processing technology.

2. The key technologies of the Internet of Things include: RFID technology; sensor technology; wireless network technology; artificial intelligence technology; Cloud computing technology. Among them, RFID technology is the key technology in the Internet of Things, and RFID tags contain standardized and interoperable information.

3. The Internet of Things is a collection, and its various sensors (radio frequency identification and other sensing technologies), all kinds of wireless sensor networks, intelligent linkage and other technologies are the foundation of the Internet of Things. Sensor technology, sensing technology, together with computer technology and communication technology, are known as the three major technologies of information technology.

4. Key technologies of the Internet of Things: 1) Radio frequency identification technology: RFID technology (radiofrequencyidentification), commonly known as "electronic tag", is the main source of information collection in the Internet of Things.

Attaching an electronic tag to a target item allows it to be tracked and identified worldwide.

RFID technology.

RFID tag technology is a sensor technology, RFID technology is a combination of wireless radio frequency technology and embedded technology, is a comprehensive technology. RFID has a wide range of applications in the market of identification and item logistics management. The Internet of Things in the RFID sense is defined as the core standard of the future Internet of Things, but the limitations of the current standard and its only method, RFID electronic tags, make it difficult to point to the smart planet advocated by the Internet of Things.

Because the information provided to people in the connection between things is limited, and the connection between the state of things makes people explore the universal connection between things, so that they can obtain new knowledge and wisdom.

The Internet of Things is a network that further realizes interconnection and interoperability of all ordinary objects that are independently addressed on the basis of the Internet and traditional telecommunication networks. It has three characteristics: the deviceization of ordinary objects, the interconnection of autonomous terminals, and the intelligence of ubiquitous services. This originated in the field of media and belongs to the third revolution in the information technology industry.

The Internet of Things refers to the connection of any object with the network through information sensing equipment according to the specified protocol, and then the object exchanges and communicates information through the information medium to realize basic functions such as intelligent identification.

Hope mine can help you.

The scope of the Internet of Things is very large, it is an umbrella term for the digitalization of life, and the technical support required for its application varies from industry to industry.

If we have to talk about the technical support that is needed in common: sensor technology, communication technology, programming technology, microelectronics technology and energy technology (mainly the power used by the sensor, which is still a problem for the sensor to be improved).

The promotion of Internet of Things technology will greatly drive the rise and development of related industries. For example, sensor devices, wireless communication, data analysis services, etc. With the combination of the Internet of Things and the Internet and the continuous expansion of its application in the industry, from traffic management, electricity, energy, environmental protection to medical care, education, etc., in the long run, almost every industry and field will benefit.