What are the IoT smart products?

What are the products for smart home?

Sweeping robot, smart wifi, smart TV, etc.

Smart home is the embodiment of the Internet of Things under the influence of the Internet. Smart homes use Internet of Things technology to connect various devices in the home (such as audio and video equipment, lighting systems, curtain controls, air conditioning controls, security systems, digital cinema systems, audio and video servers, movie cabinet systems, network appliances, etc.) to provide Home appliance control, lighting control, telephone remote control, indoor and outdoor remote control, anti-theft alarm, environmental monitoring, HVAC control, infrared forwarding and programmable timing control and other functions and means.

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What are the IoT products?

Question 1: What specific IoT products are currently on the market? Let me ask professionals. There are still a lot of IoT products now, and they have been developing very fast in the past few years.

For example, the more mature products in the RFID industry include:

High frequency:

Short-range readers generally refer to those with a reading distance of 0-5cm, such as the desktop YX7036, which supports dual protocols

Mid-range readers generally refer to those with a reading distance of 5-30cm YX9091T is more suitable for such applications

Long-distance readers generally refer to a reading distance of 30-120cm. Like YX9291T, if the antenna and tag are well matched, it can read further

UHF

Short-range readers generally refer to desktop-type YXU9806, which has a reading distance of 0-50cm. Mid-range readers generally refer to YXU1861-, which has a reading distance of 50-600cm. 8dbi is more suitable for such applications

Long-distance readers generally refer to reading distances of 600-1200cm, such as YXU1861-12dbi. If the environment and tags are well matched, they can read further

Question 2: What are the IoT products that are widely used now? 5 points First, we need to understand two concepts: the Internet of Things and wireless cities. In layman's terms, the Internet of Things is about "connecting" everything. There are three key things: sensing processing terminals, transmission channels, and control processing platforms. This allows originally inanimate things to "sense" and "process" information, transmit it to designated places or people through the transmission network, and in turn control and command it. Wireless cities use the current cellular communication network, supplemented by wireless hotspot (WLAN) coverage, to achieve seamless coverage in the city. All terminals, including mobile phones, computers and other wireless devices, can access the network anytime and anywhere. In fact, the foundation of a smart city is a wireless city, but it needs to realize a large number of practical applications on this basis, such as having cars on the road.

Take the following Shanghai Mobile as an example to explain the case of transforming technology into daily life applications in the city to understand this concept more clearly, because the coverage of the Internet of Things relies more on wireless technology to pass current communications. Network, so the mobile Internet of Things will be more in line with the future development direction:

Case 1: Do you want to know whether your children are happy in kindergarten? Turn on your phone, click "Baby Online", and you will have a panoramic view of your child's every move and smile. After "Baby Online" was piloted in four kindergartens in Songjiang and Minhang areas, it was warmly welcomed by parents. More than 500 families have subscribed to this service, and the usage rate is close to 100.

Case 2: In Putuo’s Central Bailian, with the help of China Mobile Shanghai’s “intelligent parking” system, people will be able to use their mobile phones to check whether there are vacancies in nearby parking lots, and use their mobile phones to visit Central Bailian’s “virtual mall” "Visit the shops and buy things."

Case 3: Connect the sensor to the wireless gateway or wireless landline. Once a gas leak or other danger occurs at home, the alarm command will be sent to your mobile phone as soon as possible. The latest application of the mobile Internet of Things "Yijutong" has greatly improved the "smart" level of urban security. It has been piloted in Putuo, Minhang, Songjiang, Jiading and other places, and plans to cover the whole city in the next three years.

Including "Yijutong", China Mobile Shanghai Company already has 500,000 IoT terminal users.

There is no need to wait until 2015, such life scenes have already appeared around us. The information tentacles of the mobile Internet are connecting dots into lines, and lines into surfaces, outlining a smart city. , a life full of wisdom. From the perspective of China Mobile Shanghai, this smart city uses an "ubiquitous" network to create an "omnipresent" and "omnipotent" smart life.

In the "Twelfth Five-Year Plan" wireless city blueprint, China Mobile Shanghai Company proposed to use wireless city to assist the construction of Shanghai's smart city, focusing on strengthening government, developing industry, and benefiting the people, making "wireless city" a "government affairs "A good helper for management", "A good platform for promoting industry informatization", "A good tool for people's livelihood services".

Question 3: What are the main application areas of the Internet of Things? 1. Applications in the industrial field: product equipment management, energy management, industrial safety production management

2. Applications in the agricultural field: Collection and control of greenhouse environmental information, control and management of water-saving irrigation, monitoring of environmental information and animal and plant information

3. Applications in the field of smart home: smart homes, smart communities and smart cities The three are integrated into a truly broad intelligent control network

4. Applications in the medical field: integrated medical care platform, electronic health record system

5. In the field of urban security Application: Unified monitoring, unified storage and unified management of urban security

6. Application in the field of environmental monitoring: Mainly through the implementation of automatic monitoring of surface water quality, continuous monitoring and remote monitoring of water quality

7. Applications in the field of intelligent transportation: wireless video surveillance platform in the public transportation industry, intelligent bus stations, electronic ticketing, vehicle management experts and bus mobile phone "all-in-one card"

8. Applications in the field of logistics Applications: Supply chain network optimization, supply chain visibility

9. Applications in the smart campus field: electronic wallets, identity recognition and bank deposits

Question 4: Internet of Things industry It refers to which industries have a long IoT industry chain. Its system architecture is roughly divided into three levels: perception layer, network layer, and application layer. Each level involves many subdivisions.

The function of the perception layer is mainly to obtain information, and is responsible for collecting physical events and data occurring in the physical world to realize the perception and identification of information in the external world. Including traditional wireless sensor networks, global positioning systems, radio frequency identification, barcode readers, etc. This layer mainly involves two major categories of key technologies: sensing technology and marking technology. The perception of sensor networks mainly uses various types of sensors to conduct large-scale, distributed information acquisition and status identification of objects' material properties (such as temperature, humidity, pressure, etc.), environmental status, behavioral situations and other information. It can be used in the environment. Monitoring, telemedicine, smart home and other fields. Identification technology enables the interconnection of any object in the Internet of Things by assigning a unique identification code to each object.

The network layer is mainly responsible for completing the high-reliability and high-security transmission and processing of sensory information. From the perspective of specific implementation, this layer is divided into three layers from bottom to top: access network, core network and service network. ① Access network: It mainly completes the network access of various devices, emphasizing various access methods, such as existing cellular mobile communication networks, wireless LAN/MAN, satellite communication networks, various wired networks, etc. ② Core network: It mainly completes the long-distance transmission of information and currently relies on the existing Internet, telecommunications network or television network. With the advancement of triple network integration, the core network will develop towards an all-IP network. ③Business network: It is the core component that realizes the business capabilities and operational support capabilities of the Internet of Things.

The application layer mainly uses analyzed and processed sensory data to integrate Internet of Things technology with the information needs of individuals, families and industries. It can provide users with rich service content and greatly improve production and life. The degree of intelligence has broad application prospects. Its applications can be divided into monitoring type (logistics monitoring, pollution monitoring, disaster monitoring), query type (intelligent retrieval, remote meter reading), control type (intelligent transportation, smart home, street light control, telemedicine, green agriculture), and scanning type. (Mobile wallet, ETC), etc.

Question 5: What are the application fields of the Internet of Things? 1. Smart home; smart home uses advanced computer technology, Internet of Things technology, and communication technology to organically combine with various subsystems of furniture life Up, through overall management, make furniture life more comfortable, convenient, effective, and safe.

2. Intelligent transportation

3. Intelligent medical care

4. Smart grid; Smart grid is a collection of sensors and sensors built on the basis of traditional power grid. A comprehensive digital-matter composite system that integrates communication, computing, decision-making and control. By obtaining the operating status of node resources and equipment at each layer of the power grid, it performs hierarchical control management and power allocation to achieve a high degree of energy flow, information flow and business flow. Integration improves the operational stability of the power system to maximize equipment utilization, improve safety and reliability, save energy and reduce emissions, improve the quality of user power supply, and improve the utilization efficiency of renewable energy.

5. Smart logistics

6. Smart agriculture

7. Smart power

8. Smart security

9. Smart cities

10. Smart cars

11. Smart buildings

12. Smart water services

13. Business intelligence

14. Smart Industry

15. Safe City

Question 6: What are the current IoT products for daily life? First, we need to understand two concepts: IoT and wireless City. In layman's terms, the Internet of Things is about "connecting" everything. There are three key things: sensing processing terminals, transmission channels, and control processing platforms. This allows originally inanimate things to "sense" and "process" information, transmit it to designated places or people through the transmission network, and in turn control and command it. Wireless city uses the current cellular communication network, assisted by wireless hotspot (WLAN) coverage, to achieve seamless coverage in the city. All terminals, including mobile phones, computers and other wireless devices, can access the network anytime and anywhere. In fact, the basis of a smart city is a wireless city, but it needs to realize a large number of practical applications on this basis, such as having cars on the road.

Smart homes, smart logistics, smart transportation, smart management, smart medical care, etc. are all application aspects of the Internet of Things

Question 7: Application cases of the Internet of Things What are the aspects? Application cases of the Internet of Things

Scope of use

The Internet of Things is widely used, covering education, construction machinery monitoring, construction industry, environmental protection, *** work, public * **Safety, safe home, intelligent fire protection, environmental monitoring, street lighting control, landscape lighting control, building lighting control, square lighting control, elderly care, personal health, flower cultivation, water system monitoring, food traceability, enemy situation investigation and intelligence collection, etc. Multiple fields.

Looking to the future, the Internet of Things will make full use of the new generation of IT technology in all walks of life. Specifically, it will embed or equip sensors, controllers and other related equipment into power grids, construction machinery, and railways. , bridges, tunnels, highways, buildings, water supply systems, dams, oil and gas pipelines and other various objects, and then integrate the "Internet of Things" with the existing Internet to achieve the integration of human society and physical systems. In this integrated In the network, there are satellites covering the world and a central computer group with super powerful capabilities, which can implement real-time management and control of people, machines, equipment and infrastructure within the integrated network. On this basis, humans can be more precise and Manage production and life in a dynamic way to achieve a state of intelligent management, improve resource utilization and productivity levels, and improve the relationship between people and living environments such as cities, mountains, and rivers.

Specific application cases

The following is a list of specific application cases for reference

1. Educational Internet of Things

The first thing that must be realized when applying the Internet of Things to the education industry is to integrate the existing educational network on the basis of applying the traditional educational meaning.

The specific facilities of education, including books, experimental equipment, school networks, related personnel, etc. are all integrated to achieve a unified, interconnected education network.

The Internet of Things industry requires compound talents with at least four characteristics, including mastering interdisciplinary comprehensive knowledge and skills, mastering Internet of Things-related knowledge and technologies, mastering specialized knowledge in specific industry fields, and Have the ability to innovate and practice. At present, more than 30 universities in China have opened Internet of Things majors. More than 400 universities have established IoT laboratories.

2. Construction Machinery Internet of Things

The "Construction Machinery Internet of Things" uses the Global Positioning System (GPS), mobile communication networks, and the Internet to achieve intelligent identification, positioning, and Tracking, monitoring and management enable construction machinery, operators, technical service engineers, agencies, and manufacturing plants to be remote, dynamic, and all-weather "connected with things, people, and people" in remote locations.

The Internet of Things for construction machinery is currently widely used. Taking the NRS Internet of Things intelligent management system platform as an example, the original construction machinery Internet of Things service has been upgraded from "information collection services" to "data consulting services." It has been upgraded from the original on-site management to remote monitoring, from traditional manufacturing to manufacturing services, and from the original passive services to active services. The functions involve three major aspects: information management, behavior management, and value management.

Information management:

Regional operation intensity management

Fault warning and remote diagnosis

Vehicle operation and maintenance proactive services

Financial mortgage security***

Behavior management:

Statistics management of workers

Efficiency analysis of working hours

Behavior and Ergonomics Fuel Consumption Analysis

Operating Specifications and Ergonomics Analysis

Value Management:

Product Life Cycle Cost Management

Behavior and Employees Performance management

Judgment of sensitive factors of quantity, cost and profit

Multi-dimensional big data decision support

Taking Futian’s agricultural machinery information management platform as an example, it can provide relevant information on agricultural needs Mechanical vehicles perform operations such as global GPS positioning, locking and unlocking vehicles, equipment working hours inquiry, and fault alarms, which play a vital role in promoting agricultural production and improving work efficiency.

3. Internet of Things application in the construction industry - tower crane monitoring

Tower crane intelligent monitoring and management system, mainly for detection status, dangerous distance warning, fault diagnosis, and information return , project scheduling and other aspects of work. For example, real-time prompts on the prohibition of people standing in the dangerous area below the tower crane, too close distance to other high-altitude buildings, exceeding the safe distance range, internal fault warning, diagnosis, real-time display of rated load capacity, current wind speed, rotation angle, current load, etc.

4. Construction industry application - commercial concrete mixing station

Remote diagnosis and remote maintenance of production equipment have become part of the current automation technology. Especially for those situations where errors are easy to diagnose and eliminate, send one...

Question 8: What is the Internet of Things? Hello!

I don’t know if the school is good or not. I know a little bit about it, but the major is pretty good.

The Internet of Things is a comprehensive technology and application based on computer science, including network, electronics, radio frequency, induction, wireless, artificial intelligence, barcode, cloud computing, automation, embedded and other technologies. It allows isolated items (refrigerators, cars, equipment, furniture, goods, etc.) to be connected to the online world, allowing them to communicate with each other, allowing us to control himer through software systems, and making himer alive.

Technological innovation changes life, and the Internet of Things and extended artificial intelligence will surely bring a convenient and beautiful life in the future.

Human beings are always pursuing a better life of convenience, and the Internet of Things is very forward-looking.

The next IT wave is cloud computing, the Internet of Things, artificial intelligence, and biotechnology.

Take advantage of the opportunity to study this major. The Internet of Things is currently in its early stages of development. When you graduate, it will be a good time to show your talents!

One by one

From: Guangzhou Traceability-Internet of Things, Cloud Computing, Artificial Intelligence---Green Future

Question 9: What are the Internet of Things? The positions are actually similar to those on the Internet. There are also product managers, project managers, Java development engineers, operation and maintenance engineers, Python engineers, etc.

Question 10: Which mobile products use IoT technology? Mobile m2m launched: Aibetong, Guanaitong, Elevator Guard, Chewutong, Yijutong, etc. all use Internet of Things technology.

What is the Internet of Things and what are its applications?

As a newbie on the Internet of Things, it’s time to share some simple analysis of the behemoth Internet of Things.

As we all know, the scope of the Internet of Things is very broad. When people realize that life is inseparable from the Internet, you will find that the Internet of Things is actually everywhere. However, the Internet of Things is not as obvious as the Internet and can be expressed through audio and video. The Internet of Things has been at the forefront of technologies such as LoRa and NB-IoT in 2016 and 2017, and has gradually entered a stable period in 2018. Many people are not sure where its direction is.

In the past two years, I have been engaged in the development of hardware products related to the Internet of Things. I have a basic understanding of the related knowledge of the Internet of Things and a simple understanding of the direction of the Internet of Things. Give a short answer to express your personal opinion.

Smart Home

When it comes to smart home, the first thing we think of now is the AI ??speaker. It is the entrance to smart home. It integrates AI, Internet of Things, big data and other technologies. , realizing the connection between people and things, and things and things. Such products include Amazon’s Echo, Xiaomi’s Xiaoai, JD.com’s Dingdong, Alibaba’s Tmall Genie, etc. It has penetrated deeply into people's lives. Connect and control our smart homes (household appliances, etc.) to provide people with quality (bi) and quality (ge) of life. In the future, the smart home industry will develop more broadly around AI speakers. Such as extending to smart wearable devices, smart medical care, etc.

Animal husbandry and agricultural Internet of Things applications

my country is a major agricultural country and also a major animal husbandry country. The applications of the Internet of Things in agriculture include data collection of plant growth environments, agricultural logistics tracking, food safety tracking, crop growth control, etc. Judging from the current market, the application of the Internet of Things in agriculture is mainly used in farms, fruit and vegetable bases, etc. Other applications, such as the logistics market and food safety market, have not yet been well applied. This is related to existing technology, cost and demand.

Animal husbandry mainly includes cattle, sheep, pigs, chickens, ducks and geese. There are many application cases of the Internet of Things in animal husbandry. For example, NetEase Pig, JD.com’s Running Chicken, Cow Ear Tags, Sheep Ear Tags, etc. The main applications of the Internet of Things in animal husbandry include animal data collection (health, growth cycle, etc.), real-time positioning, animal traceability (food safety), etc. Although there are a large number of cases, the maturity of the technology and the necessity of the product have always restricted its development. (Only for the animal husbandry industry itself, it does not involve the corresponding IoT animal husbandry financial loan portfolio products. Because it involves animal husbandry finance, you can consider joining the blockchain now)

Industrial Internet of Things

The market and application of the Industrial Internet of Things is what I currently think has the best market conditions, and it is also the application scenario that best reflects the effect of the Internet of Things. There are many demands for factory equipment modification, wireless monitoring, equipment status detection, and industrial park personnel monitoring. The application of industrial Internet of Things is mainly that modern enterprises need to improve efficiency, reduce labor costs and maintenance costs, and the current Internet of Things solutions just help them solve this problem. Secondly, unlike commercial applications, which have very high requirements on product performance and appearance, industrial applications have higher requirements on usage time, life stability, etc. These are exactly the requirements for IoT terminal devices. There is also the current narrowband IoT technology that meets the needs of long-distance transmission and meets the needs of industrial sites. The needs and technologies can be met, so the prospects of the Industrial Internet of Things are very bright.

Smart City

The concept of smart city is relatively large. The purpose of smart city is to facilitate people’s life. Every part of smart city is inseparable from the Internet of Things, including security monitoring, environmental protection , parking, etc. The development of smart cities will facilitate people's lives and improve their quality of life to a certain extent. However, judging from the effects of smart cities that have been deployed now, it is not obvious. Personally, I think the main reason is that people don’t have a deep understanding of the concept of the Internet of Things, and they have been stuck in the past lifestyle, and some small changes in life will not be displayed immediately, and will not be as obvious as the mobile Internet. . What we have to do now is to adapt to the changes of the times and let technology enter our lives and change our lives.

The application of the Internet of Things is far more than that. It is everywhere. Let technology enter our lives and let the Internet of Things improve our quality of life. This is our responsibility as Internet of Things product people. Let products enter life, change life, change things and things, and connect everything.