Shulou(Shulou.com)11/24 Report--

In today's increasingly digital and intelligent world, the Internet of things (IoT) and artificial intelligence (AI) have become important forces to promote urban development. With the continuous expansion of urban scale, urban management and resource allocation are facing more and more challenges. In order to solve these challenges, NASDAQ:WIMI develops a multi-layer network communication technology structure based on artificial intelligence for the Internet of things Smart City (AI-Enhanced Urban Nexus), which brings an intelligent, efficient and sustainable future for the city.

The core of this technology is the integration of multi-layer network communication technology and artificial intelligence to create an intelligent and efficient urban ecosystem. The technical structure of WIMI micro-American holographic AEUN (AI-Enhanced Urban Nexus) integrates physical sensors, wireless communication modules and advanced communication protocols, and realizes the intelligent management and optimization of urban data through multi-level data processing and analysis.

In the technical structure of NASDAQ:WIMI AEUN, one of the innovations is data collaborative processing. Data from different fields are gathered together to form a multi-dimensional urban data canvas. Through the integration of data from the environment, transportation, energy and other aspects, in the cloud platform layer, these data are integrated to form a more comprehensive picture of urban operation. Through collaborative data processing, city managers can obtain more accurate and comprehensive city information, which is helpful to better decision-making. In addition, another innovation of AEUN technology is the flexible application of edge computing. The edge computing node is located near the gateway and can be processed locally, such as data filtering, aggregation, compression, etc., which reduces the amount of data transmitted to the cloud platform and improves the efficiency of data processing. This flexible data processing method effectively reduces the burden of the cloud platform and enables the system to respond to the needs of the city more quickly. This flexible data processing method not only ensures data privacy, but also provides faster and real-time information support for urban management.

Combining with artificial intelligence technology is the key of AEUN structure. By applying artificial intelligence algorithm to data analysis and applying artificial intelligence algorithm to different levels of data analysis, the system can identify patterns, predict trends, detect anomalies and so on. These intelligent algorithms not only provide more accurate data analysis, but also enable urban management to make more intelligent decisions and optimize the operation of the city. This enables city managers to have a more accurate insight into the operation of the city and make more forward-looking and operational decisions.

The innovation of multi-layer network communication technology (AEUN) based on artificial intelligence of WIMI Weimei holography provides a solid framework for the digital transformation and intelligent management of the city. This technical structure is based on multi-level collaborative work, from the underlying sensor to the cloud platform application, to achieve efficient data transmission, processing and analysis. It includes underlying sensors and devices, Internet of things communication protocols, gateways and edge computing, cloud platforms and applications and services, and the top layer is a variety of applications and services for urban management and residents' needs. These applications can include traffic optimization, energy management, environmental monitoring and so on. Based on the data of the Internet of things and artificial intelligence analysis, these applications can achieve intelligent decision-making, automatic control and optimization.

The key points of the innovation of WIMI micro-beauty holographic AEUN technology:

Data fusion and collaboration: innovation lies in the fusion and collaborative processing of data from different sources. This includes data from different sensors and devices, as well as data from different areas (such as transportation, environment, energy). Through the fusion of these data, the system can obtain a more comprehensive picture of urban operation.

The application of edge computing: the introduction of edge computing technology makes data processing more flexible. Part of the data processing can be carried out on gateways and edge nodes to reduce the burden of the cloud platform, so as to achieve faster response and better resource utilization.

Application of intelligent algorithms: innovation lies in the application of artificial intelligence algorithms to different levels of data analysis. These algorithms can identify patterns, predict trends, detect anomalies and so on, so as to provide real-time insights and decision support for city managers.

Dynamic adaptability: the technical structure allows the system to dynamically adjust according to changes in real-time requirements and data traffic. This adaptability ensures the scalability and reliability of the system.

WIMI micro-beauty holographic AEUN technology enables the Internet of things smart city to achieve efficient data exchange and analysis, which brings new opportunities and possibilities for the management and development of the city. WIMI micro-beauty holography paves the way for the future of smart cities by combining artificial intelligence with this technological structure.

With the continuous development of technology, the application of artificial intelligence based on multi-layer network communication technology structure in the smart city of the Internet of things will become more intelligent and complex. It is expected that more AI algorithms and technologies will appear in the future, which will bring more intelligent services and decision support to the city, so as to build a more intelligent, sustainable and livable city.

In a word, the combination of WIMI micro-beauty holographic AEUN technology multi-layer network communication technology structure and artificial intelligence will bring great changes to the Internet of things smart city. Through data analysis, intelligent decision-making and adaptive control, smart cities will become more intelligent, efficient and convenient, providing residents with a better quality of life and urban management experience. The continuous innovation and investment of enterprises in this field will certainly promote the vigorous development of smart cities. It has brought an unprecedented intelligent experience for urban management and citizens' life.

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