Write a feasibility report

system analysis

system design

System Implementation

Some areas of core and key technologies have reached international advanced levels, the international competitiveness of the information industry has been greatly improved, and informatization has become the leading force driving modernization.

Build an internationally leading mobile communications network, fundamentally change the situation where core and key technologies are controlled by others, achieve the strategic goals of advanced technology, developed industries, leading applications, and indestructible network security, and emerge a number of large-scale multinational network information companies with strong international competitiveness.

Informatization comprehensively supports the construction of a prosperous, democratic, civilized and harmonious modern socialist country. Its status as a network power is increasingly consolidated, and it will make greater achievements in leading the development of global informatization.

The industrial Internet network system includes three parts: network interconnection, data interoperability and identification analysis.

The industrial Internet platform system includes four levels: edge layer, IaaS, PaaS and SaaS, which is equivalent to the "operating system" of the Industrial Internet.

There are four main functions

Industrial Internet data has three characteristics:

Industrial Internet security has three major characteristics

The end system is the smart sensor of the car, responsible for collecting and obtaining the smart information of the vehicle, and sensing the driving status and environment; it is a ubiquitous communication terminal with in-car communication, inter-vehicle communication, and car network communication; it also allows the car to have IoV addressing and network Devices with capabilities such as trusted identification.

The management system solves the interconnection between vehicles, vehicles and roads, vehicles and networks, vehicles and people, etc., realizes communication and roaming between vehicle ad hoc networks and various heterogeneous networks, and ensures real-time and Serviceability and network ubiquity, and it is the unity of public network and private network

The Internet of Vehicles is a cloud-based vehicle operation information platform. Its ecological chain includes ITS, logistics, passenger and freight, critical vehicles, auto repair and auto parts, car rental, enterprise vehicle management, auto manufacturers, 4S stores, and vehicle management , insurance, emergency rescue, mobile Internet, etc., are the convergence of massive information from multiple sources, so they require cloud computing functions such as virtualization, security certification, real-time interaction, and mass storage. Their application systems also revolve around vehicle data aggregation, calculation, scheduling, Composite system of monitoring, management and application

The communication between the vehicle and the cloud platform means that the vehicle realizes information transmission with the Internet of Vehicles service platform through wireless communication technologies such as satellite wireless communication or mobile cellular, receives control instructions issued by the platform, and shares vehicle data in real time.

Vehicle-to-workshop communication refers to the exchange and sharing of information between vehicles, including vehicle location, driving Vehicle status information such as speed can be used to determine road traffic conditions

Vehicle-to-road communication refers to the exchange of information between vehicles and roads with the help of fixed communication facilities on ground roads. It is used to monitor road surface conditions and guide vehicles to choose the best driving path.

Vehicle-to-human communication means that users can communicate with vehicles through Wi-Fi, Bluetooth, cellular and other wireless communication means, allowing users to monitor and control the vehicle through corresponding mobile terminal devices

Communication between in-vehicle devices refers to the transmission of information and data between devices within the vehicle. It is used for real-time detection and operation control of device status, and the establishment of a digital in-vehicle control system.

For example, automatic collision notification, stolen vehicle tracking tracking, roadside assistance, etc.

For example, infotainment services allow people to purchase and download songs, audiobooks, maps, etc. in the car through the built-in mobile hotspot conversion technology; interconnection with businesses, in the future people can use voice or gesture control and use the Internet of Vehicles technology Make restaurant reservations, supermarket shopping, etc.

The first such application is the update of vehicle systems. After the Internet of Vehicles is implemented, people can automatically update their vehicles to the latest firmware and software without going to the vehicle service center.

Digital industrialization refers to the provision of digital technologies, products, services, infrastructure and solutions for industrial digital development to And various economic activities that completely rely on digital technology and data elements, including electronic information manufacturing, telecommunications, software, information technology, Internet industries, etc.

Digital industrialization development focuses include: cloud computing, big data, Internet of Things, industrial Internet, blockchain, artificial intelligence, virtual reality and augmented reality

Industrial digitalization refers to being supported and guided by a new generation of digital technology, with data as the key element and value release as the core. Taking data empowerment as the main line, it is a process of digital upgrading, transformation and re-engineering of all elements upstream and downstream of the industrial chain.

As an important way to realize the deep integration and development of digital economy and traditional economy, industrial digitalization is the only way and strategic choice for the development of digital economy in the context of the new era. The "14th Five-Year Plan for National Economic and Social Development of the People's Republic of China and the Outline of Long-term Goals for 2035" clearly proposes to promote the digital transformation of industries, implement the "cloud and use data to empower intelligence" action, and promote data empowerment for the entire industry chain collaboration. transformation.

Typical characteristics of industrial digitalization include: • Transform production tools with digital technology; • Use data resources as key production factors; • Reconstruct product structure with digital content; • Use information networks as market allocation links; • Use the service platform as the carrier of industrial ecology; • Make digital good governance a condition for developing mechanisms.

Digital governance usually refers to innovative social governance methods and techniques relying on technologies and applications such as the Internet, big data, and artificial intelligence. section, optimize the social governance model, promote scientific, refined and efficient social governance, and help modernize social governance.

The core features of digital governance are data interoperability across society, comprehensive digital collaboration and cross-department process reengineering. A governance mechanism that “uses data to speak, uses data to make decisions, uses data to manage, and uses data to innovate”.

The connotation of digital governance includes at least: • Governance of data • Use data to govern • Governing the digital convergence space

Valuated data is a key production factor for the development of the digital economy. Accelerating the process of data valorization is the key to developing the digital economy. essential requirements. In recent years, data can be stored and reused, showing explosive growth and massive aggregation. It is a basic strategic resource for the digital, networked and intelligent development of the real economy. Data valuing includes but is not limited to data collection, data standards, data validation, data annotation, data pricing, data transactions, data transfer, data protection, etc.

Data valorization refers to starting from data resource utilization and going through the stages of data assetization and data capitalization to realize the value of data. economic process. The above three elements constitute the "three modernization" framework of data valuing, namely data resourceization, data assetization and data capitalization.

• One network: mainly includes government cloud, government network and government big data center, etc.

• One screen: fully reflect the city’s operating conditions by integrating data from multiple departments

• Interaction: Smooth the command system at all levels to provide rapid response for cross-department, cross-region, and cross-level coordination and efficient disposal. coping ability

• Innovation: Drive intelligent construction with management needs, and promote comprehensive optimization and management of business processes with information flow and data flow Innovation

• Data governance: Capacity building around data as a new production factor, including data responsibility and rights management and control, full life cycle Period management and its development and utilization, etc.

• Digital life: Capacity building around the interactive integration of the real world and the information world, including social life, urban seasons The emergence of new products and equipment will push urban space to get rid of physical constraints and enter digital space.

• Marginal decision-making: Build capabilities based on decision-making algorithms and information applications to strengthen the decision-making capabilities of the execution side to achieve achieve the effect of quick response and efficient decision-making to meet the agile needs of social development.

• Diversified integration: Emphasis on the dynamics of social relationships and social activities and the efficiency of their integration, achieving service orchestration and Rapid integration to meet the innovation needs of various social developments.

• Situation awareness: Build capabilities around the essential reflection of social conditions and simulation predictions, and gain insight into variable factors and uncertainties. It can be seen that factors have an impact on social development, thus improving the quality of life.

Planning should be carried out around the development of smart cities, the relevant division of responsibilities and working mechanisms should be clarified, and data collection and application should be initially carried out to ensure that relevant activities are carried out in an orderly manner.

Smart city development strategies, principles, goals and implementation plans should be clarified, promote the intelligent transformation of urban infrastructure, realize single application of information systems in multiple fields, and manage the entire life cycle of smart cities.

We should manage and control various development goals of smart cities, implement the integration of multi-business, multi-level, and cross-domain application systems, continue to promote the sharing and exchange of information resources, and promote the integration and innovation of people-beneficial services, urban governance, ecological livability, and industrial development. , to achieve cross-domain collaborative improvement

We should focus on the deep integration of smart cities and urban economic and social development, implement precise urban economic and social governance based on data and knowledge models, promote the value mining and development and utilization of data elements, and promote the continuous improvement of urban competitiveness.

We should build smart city agile development capabilities, realize the integrated evolution and symbiotic co-governance of urban physical space, social space, and information space, lead the linkage of urban cluster governance, and form a high-quality development community.

① Realize digital expression of various objects through object digitization

②Complete the mapping of physical objects to information space through virtualization

③Realize the reuse and innovation of business knowledge models and experience accumulation through architecture visualization

④ Realize scheduling and decision-making under multiple conditions through computational intelligence