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CN-121985005-A - Intelligent conjunct internet system and method based on OID

CN121985005ACN 121985005 ACN121985005 ACN 121985005ACN-121985005-A

Abstract

The invention relates to an internet system and method of an ISO intelligent conjunct (Proxy) based on OID, which operates on other networks capable of being interconnected in the future including the traditional IP internet, is mainly used in the technical field of data identification and link, and comprises an OID management and distribution module, a data identification module and a data processing module, wherein the OID management and distribution module is used for generating the OID identification of the intelligent conjunct so as to ensure the uniqueness in the internet; -a smart conjunct engine decomposition and reorganization module for implementing dynamic decomposition and reorganization of the smart conjunct PNE engines to form a sub-brain reconstructed as required. The invention applies the Object Identification (OID) coding mechanism of the international organization for standardization (ISO) to the identification and management of the intelligent conjuncts (digital agents of people, machines and objects) for the first time, builds the intelligent conjunct internet which is unified worldwide, easy to identify and traceable, and solves the problems of identity authentication and interconnection of the intelligent conjuncts in a large-scale network environment.

Inventors

  • LONG ZHAOHUA
  • YANG FANGMING

Assignees

  • 重庆华联众智科技有限公司

Dates

Publication Date
20260505
Application Date
20260210

Claims (10)

  1. 1. An OID-based intelligent conjunct internet system, comprising: -an OID management and allocation module for generating an OID identification of said smart body to ensure the uniqueness of said smart body in the internet; -a smart conjunct engine decomposition and reorganization module for implementing dynamic decomposition and reorganization of the smart conjunct PNE engine to form a adaptable sub-brain, which can be reconstructed according to network demand changes.
  2. 2. The intelligent integrated internet system based on OID of claim 1, wherein, The intelligent conjuncts are formed by digital agents of people, machines and objects, and each intelligent conjunct is uniquely identified by using an Object Identification (OID), so that the intelligent conjuncts can be uniquely determined and mutually identified in the global scope.
  3. 3. The method for constructing the intelligent conjunct internet based on the OID is characterized by comprising the following steps of: -uniquely identifying said smart body using an OID encoding mechanism, thereby ensuring an unambiguous differentiation and communication of said smart body in a network environment; -decomposing the PNE engine of the intelligent agent into a plurality of sub-engines for dynamically combining the sub-engines according to network requirements, thereby optimizing the quality of service network system.
  4. 4. A method for constructing a smart internet based on OID as claimed in claim 3, further comprising converting the physical world object into a smart in the virtual space by mapping the change value of its natural characteristics into a demand and service capability, wherein the smart integration of the object follows the demand and service capability assignment principle of the owner.
  5. 5. A method of constructing a smart internet based on OID as claimed in claim 3, further comprising the step of smart linking the device and the person, wherein the requirements and service capabilities of the device are determined based on the design performance and purpose thereof, and the smart linking of the person is focused on the requirements and service capabilities of the specific range thereof, so as to realize the two-way service interaction of the person and the person in the virtual space.
  6. 6. The method for constructing intelligent agent Internet based on OID according to claim 3, wherein the intelligent agent Internet is constructed by three kinds of networks, namely a network between a virtual intelligent agent and a physical intelligent agent, a network between physical intelligent agents and a network between virtual logic intelligent agents, so as to ensure that human-machine objects establish bidirectional harmonious communication between virtual and real space.
  7. 7. A method of constructing a smart body internet based on OID as claimed in claim 3, further comprising integrating an Artificial Intelligence (AI) algorithm, namely a sense (P), negotiate (N) and execute (E) engine, at a specific location of the smart body (Proxy) to enhance the level of intelligence and decision making capability of the smart body.
  8. 8. The method for constructing an intelligent conjunct internet based on OID of claim 3, wherein in a flexible manufacturing environment, the method realizes large-scale custom production by decomposing a sensing, negotiating and executing engine of a factory into m\n\o sub-brains and dynamically combining the sub-brains to meet the individual demands of customers; the intelligent factory conjunct and external users carry out harmonious interaction based on a flexible communication mechanism, and flexible manufacturing service is provided through dynamic combination of m\n\o cerebellums and users, wherein the number of the cerebellums is determined by factory design and dispatching departments according to actual conditions.
  9. 9. A method for constructing an intelligent network based on OID as claimed in claim 3, wherein the method supports cross-network compatibility, wherein Proxy a node can adapt to the accessibility layer capability of the traditional network and the future network, and ensures seamless operation of the intelligent network in the whole network environment.
  10. 10. The method for constructing intelligent conjunct internet based on OID of claim 3, wherein said method further covers the core principle and implementation path of intelligent conjunct, including registration management, on-line monitoring and operation data statistics of intelligent conjunct, and the mechanism for realizing cross-entity synergy and enhancing service quality by utilizing intelligent conjunct.

Description

Intelligent conjunct internet system and method based on OID Technical Field The invention belongs to the technical field of Internet data identification and link, and particularly relates to an intelligent conjunct Internet system and method based on OID. Background In the global informatization process, the interconnection of people, machines and objects has become a trend, and aims to improve social efficiency and create novel value. The international standards of ISO/IEC 21558-2 and ISO/IEC 21559-2 propose future network quality of service architecture and protocol mechanisms based on intelligent conjunct agents (Proxy) aimed at extending the traditional network connection paradigm to a two-way service model between people, machines, objects. However, these two standards do not specify specific technical implementation details, particularly specific methods in terms of smart body identification, management and dynamic reorganization, which present challenges to the engineers in each country in practical deployment. Existing network technologies, whether IP internet or other traditional network systems, have limited capability to cope with large-scale dynamic service demands. For example, in the context of flexible manufacturing, intelligent logistics, etc., the demands for product type, quantity, delivery time, etc. change frequently, requiring a network to be able to quickly and flexibly adjust the resource allocation to meet the real-time personalized service demands. Current network architectures tend to be difficult to achieve because they lack an efficient mechanism to break down, reorganize service engines in the network, and thus cannot accommodate dynamically changing workloads. In addition, the current network identification schemes, such as IP addresses, have the following limitations that the identification resources are limited, the IP addresses are insufficient to uniquely identify each intelligent conjunct along with the proliferation of the Internet of things equipment, the flexibility of the identification is poor, the identification cannot be dynamically allocated or changed for the intelligent conjunct in a large-scale network, and the safety problem of the identification is that the allocation of the IP addresses does not strictly follow the safety principle, so that the safety loophole can be caused in the intelligent conjunct Internet. Within the intelligent conjunct, while intelligent decisions can be achieved using various algorithms, the practice of incorporating Artificial Intelligence (AI) at specific locations, particularly at the core modules of sensing (P), negotiating (N), executing (E), etc., to enhance overall intelligence and responsiveness has not yet matured. This means that the intelligent agent still has room for improvement in terms of internal processing power, especially when dealing with complex tasks or highly intelligent scenarios. In summary, the main disadvantages of the prior art include, but are not limited to: 1. The uniqueness and management of the intelligent conjunct marks lack a mechanism which can ensure the global uniqueness of the intelligent conjunct marks under a large-scale network environment and can effectively manage the mark resources. 2. The dynamic recombination problem of the intelligent conjunct engine is that the current network architecture and technology can not support the dynamic decomposition and recombination of the intelligent conjunct core engine (PNE) to realize the effective response and the optimal configuration to the dynamic service requirement. 3. The problem that the network architecture is suitable for dynamic service requirements is that when the existing network architecture is used for dealing with large-scale dynamic service requirements, the resource allocation mechanism is stiff, so that quick and flexible resource optimal allocation is difficult to realize, and the network architecture is particularly suitable for intelligent manufacturing environments with high change rates. 4. The intelligent enhancement problem in the intelligent conjunct is that the method of fusing the AI algorithm in the intelligent conjunct at a specific position to promote the intelligence and adaptability of the core modules such as perception, negotiation, execution and the like has not been developed sufficiently, and the application potential of the intelligent conjunct in complex scenes is limited. Disclosure of Invention The present invention is directed to solving the above problems of the prior art. An OID-based intelligent conjunct Internet system and method are provided. The technical scheme of the invention is as follows: an OID-based intelligent conjunct internet system, comprising: -an OID management and allocation module for generating an OID identification of said smart body to ensure the uniqueness of said smart body in the internet; -a smart conjunct engine decomposition and reorganization module for implementing dynamic de