Multidimensional business system

Abstract

The embodiment of the present application provides a multi-dimensional business system, which relates to the field of computer technology. The system includes: a system operating environment framework and a system organizational environment framework; wherein: the system operating environment framework provides an operation management mechanism, a thing construction mechanism, and a thing operation mechanism for the construction and operation of resource things and organizational things; the system organizational environment framework provides the resource things and organizational things necessary for realizing various management and task function goals of the enterprise in the enterprise application field, and can realize the computerized management of comprehensive business management and control goals.

Description

Technical Field

[0001] The present application relates to the field of computer technology, and in particular, to a multidimensional business system. Background Art

[0002] The technical solution for the planning and design of enterprise-level business systems is a large unified structured organizational solution. An enterprise organization generally only plans an overall business system organization, rather than designing an object-oriented organizational solution for a collaborative system. However, based on the idea of ​​systems science, an enterprise organization should be designed as a collaborative organizational system composed of many business systems with different functions. Only in this way can the enterprise organization, with its massive resources, numerous management goals, and unpredictable environmental conditions, become a benignly operating organizational system that meets human expectations.

[0003] However, the current mainstream business systems are basically in the form of traditional manual management operation business systems, computer information processing business systems, computer automatic processing systems, and ERP systems. These common business systems are generally simple manual business system organizations, simple program processing business system organizations, or simple human-computer interaction business system organizations. Therefore, these business systems are not systems that fully reflect the business environment, and have inherent limitations, and cannot meet the needs of the future development of the information society. Summary of the invention

[0004] This application provides a multi-dimensional business system that can form a business system organization with a comprehensive multi-dimensional resource function system led by a business engine program, realize computerized management of comprehensive business control objectives, and meet the needs of future development of the information society. The technical solution is as follows:

[0005] A multi-dimensional business system, comprising: a system operation environment framework and a system organization environment framework; wherein:

[0006] The system operating environment framework provides the operation management mechanism, thing construction mechanism and thing operation mechanism for the construction and operation of resource things and organizational things;

[0007] The system organization environment framework provides the resource things and organization things necessary to achieve the various management and task function goals of the enterprise in the enterprise application field;

[0008] Among them, the organizational affairs are organizational systems constructed based on the functional goals of the enterprise application field and from at least two dimensions of the functional form, organizational form, resource form, task form, management form, and environmental form of the enterprise organizational affairs.

[0009] In a possible implementation, the system operating environment framework includes: a resource pool environment framework and an activity pool environment framework; wherein:

[0010] The resource pool environment framework provides a full life cycle construction and living environment for the ontology objects of resource things and organizational things; wherein an ontology object reflects a thing instance expressed by a unique ontology model of a thing;

[0011] The activity pool environment framework provides the construction and living environment of the environment life cycle, as well as the activity operation environment, for the mapping objects of resource things and organizational things; wherein a mapping object reflects an ontology object in the resource pool environment, part or all of the attribute characteristic states it possesses in a certain operation environment, and an instance of a thing expressed by an information data model of behavioral activity capabilities, or an instance of a material thing in natural form.

[0012] In another possible implementation, the activity pool environment framework includes: an operation management environment framework, a modeling registration environment framework, and a business organization environment framework; wherein:

[0013] The operation management environment framework is responsible for the operation management mechanism, and based on the software and hardware technical resources, it creates the basic functions of system construction and operation of the overall environment;

[0014] Modeling registration environment framework, which undertakes the responsibility of thing construction mechanism, provides basic functions for the existence, creation and operation of type models and instance models of various resource things and various organizational things in the multi-dimensional business system based on thing modeling registration mapping mechanism and business organizations and standard modules of various registration functions;

[0015] The business organization environment framework is responsible for the operation mechanism of things. Based on the object state interaction mapping mechanism and the standard module system framework of organizational things, it provides the basic functions for the implementation and operation of the standard model framework of organizational things for various organizational things.

[0016] In another possible implementation, the resource pool environment framework includes: a construction pool environment framework and an instance pool environment framework; wherein:

[0017] Construct a pool environment framework to provide a basic environment for storage and interactive mapping of type models of resource things and organizational things;

[0018] The instance pool environment framework provides a basic environment for storage and interactive mapping of instance models of resource things and organizational things.

[0019] In another possible implementation, the system organization environment framework includes: an environment resource transaction layer and a business organization transaction layer; wherein:

[0020] The environment resource thing layer provides examples of resource things necessary to achieve enterprise management and task goals in the enterprise application field, as well as to constitute various organizational things;

[0021] The business organization transaction layer provides instances of organization transactions necessary to achieve enterprise management and task objectives in the enterprise application field.

[0022] In another possible implementation, the environment resource object layer includes: an instance environment of a resource object ontology object and an instance environment of a resource object mapping object; wherein:

[0023] The instance environment of the resource thing ontology object is a collection of ontology objects of all resource things required by the enterprise application domain business in the resource pool environment framework;

[0024] The instance environment of the resource thing mapping object is a set of mapping objects of all resource things required for the business of the enterprise application domain in the activity pool environment framework;

[0025] Among them, the state of the ontology object of any resource thing and the state of all corresponding mapping objects are instantly unified into the same state based on the object state interactive mapping mechanism.

[0026] In another possible implementation, the business organization transaction layer includes: a functional collaboration layer, a task function layer, a collaborative control layer, and a control function layer of an enterprise-level organizational system; wherein:

[0027] The functional collaboration layer is a functional decomposition organization system that is determined based on the overall functional objectives of the enterprise application field. It is used to configure basic functional objectives for each grassroots functional responsibility organization member under the functional decomposition organization system.

[0028] The task function layer is a collection of several functional responsibility organization members that meet various functional goals in the enterprise application field. Among them, a functional responsibility organization member is a basic organizational thing responsible for completing a basic functional goal in the enterprise application field.

[0029] The collaborative control layer is a control classification management system that is classified and planned based on the overall control objectives of the enterprise application field. It is used to configure basic control objectives for each grassroots control responsibility organization member under the control classification management system.

[0030] The control function layer is a collection of several control responsibility organization members that meet various control objectives in the enterprise application field. Among them, a control responsibility organization member is a basic organizational matter responsible for completing a basic control objective in the enterprise application field.

[0031] In yet another possible implementation, an organization thing or a resource thing has an ontology object instance in a resource pool and at least one mapping object instance in an activity pool.

[0032] The beneficial effects of the technical solution provided by this application include at least:

[0033] The embodiment of the present application proposes a business system organization constructed by a comprehensive and multi-dimensional resource function system, including a system operating environment framework and a system organization environment framework, wherein: the system operating environment framework provides an operation management mechanism, a thing construction mechanism and a thing operation mechanism for the construction and operation of resource things and organizational things; the system organization environment framework provides the resource things and organizational things necessary for realizing various management and task function goals of the enterprise in the enterprise application field, and can realize computerized management of comprehensive business management and control goals.

[0034] Additional aspects and advantages of the present application will be partially given in the following description, which will become apparent from the following description, or will be understood through the practice of the present application. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings required for use in describing the embodiments of the present application are briefly introduced below.

[0036] Figure 1 A schematic diagram of a system operating environment framework included in a multi-dimensional business system provided in an embodiment of the present application;

[0037] Figure 2 A schematic diagram of a system organization environment framework included in a multi-dimensional business system provided in an embodiment of the present application. DETAILED DESCRIPTION

[0038] The embodiments of the present application are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present application, and cannot be interpreted as limiting the present invention.

[0039] Those skilled in the art will appreciate that, unless expressly stated, the singular forms "a", "an", "said" and "the" used herein may also include plural forms. It should be further understood that the term "comprising" used in the specification of the present application refers to the presence of the features, steps, operations, elements and / or components, but does not exclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or groups thereof. It should be understood that when we refer to an element as being "connected" or "coupled" or "associated" to another element, it may be directly connected or coupled or associated to the other element, or there may be an intermediate element. In addition, the "connection" or "coupling" used herein may include wireless connection or wireless coupling, and the "association" may include the association of relationships between objects in a virtual environment. The term "and / or" used herein includes all or any unit and all combinations of one or more associated listed items.

[0040] It will be understood by those skilled in the art that, unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as generally understood by those skilled in the art in the art to which the present invention belongs. It should also be understood that terms such as those defined in general dictionaries should be understood to have meanings consistent with the meanings in the context of the prior art, and will not be interpreted with idealized or overly formal meanings unless specifically defined as herein.

[0041] Material world: refers to the natural environment in which human beings live and work;

[0042] Virtual world: first, it refers to the brain neural network environment of human thinking activities; second, it refers to the information system environment composed of computer systems, etc.

[0043] Business system organization: refers to the things that are composed of the collection of behavioral activities and resource things with value goals set by humans. It is a systematic thing created by humans. The resource things of the business include the objects of behavioral related things and the objects of functional structures.

[0044] Things: everything; refers to a concept whose extension and sub-classification can be used as an object of thought or discussion; therefore, the extension of things is all subjective and objective objects within the scope of human cognition;

[0045] Business: It is a set of resources and activities that can achieve the planned goals;

[0046] Goal: It is a state of the business resource object, representing the solution to the actual problem;

[0047] Resources: In a broad sense, they refer to functional objects with certain value attributes; in a narrow sense, they refer to objects that have an impact on the goals of the business system organization;

[0048] Activity: refers to the process of a series of state changes of resources and things affected by internal and external behavioral factors;

[0049] System: It is the organizational environment constructed by the resource system of a class of things; business system is the organizational system of resource things constructed to achieve business goals.

[0050] Since ancient times, human activities or business activities can only exist in the material world environment for a long time; although humans have also created the classic information system environment composed of language, writing and communication systems in the material world environment, this information system environment does not yet have the ability to construct, compose and organize the resources of business system entities.

[0051] In modern times, humans have created a modern information system environment composed of computer systems, solving the basic environmental problem of resources and things that constitute the entity organization of the business system. However, so far, the main problem solved by computer information systems is to expand the memory capacity of the human brain and the efficient interactive access of information, thereby assisting human activities or business activities and achieving better activity goals.

[0052] In the application environment of human business activities, a business system organization entity is needed that can operate in both the virtual environment and the physical environment. This business system entity can be composed of various resources of physical world things and virtual world things.

[0053] In the material world, how various resources and things form the entity organization of the business system, human business activities have existed for thousands of years, and there are a large number of application examples. However, there is a lack of professional technology to scientifically construct and accurately express the business system organization. In the virtual world, how various resources and things form the entity organization of the business system requires both professional technology to express and describe the business system organization and a methodology to model the business system organization.

[0054] The organizational entities of the business system and their internal organizations in both the virtual and physical environments need to operate more collaboratively to generate previously unattainable business capabilities and achieve goals. This also requires a corresponding set of scientific methodologies for the comprehensive construction of business system organizations.

[0055] But so far, when planning, designing or creating a business system organization, in most cases, it is still rare to have a business system that can be systematically and comprehensively established. Moreover, there is a lack of technical solutions for comprehensive planning, design or creation of a business system organization in multiple dimensions.

[0056] The current mainstream business systems are basically in the form of traditional manual management operation business systems, computer information processing business systems, computer automatic processing systems, and ERP systems. These common business systems are generally simple manual business system organizations, simple program processing business system organizations, or simple human-computer interaction business system organizations. Therefore, they are not systems that fully reflect the business environment, have inherent limitations, and cannot meet the needs of the future development of the information society.

[0057] In view of this, the inventor of the present application proposes a business system organization constructed by a comprehensive multi-dimensional resource function system, which can achieve computerized management of comprehensive business control objectives.

[0058] A multidimensional business system in the embodiment of the present application is a multidimensionally constructed intelligent business system, which can be called an intelligent multidimensional business system (hereinafter referred to as "this system"). It is not just a computer information processing system, but an organizational system involving the operating environment of all business resources, an organizational system containing all business elements, and an organizational system constructed according to clear business function goals. It is a business system organization that includes a computer environment and an information system and can reflect a multidimensional integrated organizational structure.

[0059] Multidimensionality: refers to the richness and diversity of technical means and organizational elements in many structural dimensions that reflect the organizational structure of the business system, such as functional form, organizational form, resource form, task form, management form, environmental form, etc.

[0060] Functional form: refers to the various types of business functional operations that an organization can have, such as manufacturing, engineering construction, property management, marketing, personnel and finance, etc.

[0061] Organizational form: refers to the various organizational structures that organizational things can have; such as manual operation organization, program operation organization, human-computer interaction organization, machine-computer interaction organization, comprehensive organization, etc.

[0062] Resource form: refers to the types of resources that an organization can possess; for example, physical resources, equipment, tools, materials, computers, networks, etc.; human resources, field workers, office clerks, managers, etc.; virtual resources, capital, costs, positions, qualifications, standards, specifications, program modules, etc.;

[0063] Task form: refers to the types of various task objects and task indicators that can be implemented by organizational things; in terms of task objects, it can be either material things or virtual things; such as equipment field operation objects, personnel management objects, organizational management objects, document editing objects, report processing objects, etc.; in terms of task indicators, there are daily types, periodic types, duty types, planned types, event types, instruction types, autonomous types, entrusted types, etc.

[0064] Management form: refers to the various management science and technology means that can be used to organize things; such as planning management, decision-making management, organizational management, scheduling management, control management, contingency management, etc.

[0065] Environmental form: refers to the operating environment of various instance objects to which organizational things can adapt; such as natural environment and various virtual environments.

[0066] Therefore, this system is a comprehensive business system organization that is structured and operated in any demand scenario, any operating environment, any resource environment, any performance indicator, any complex structure, etc. It is a solution for business system organizations in enterprise-level application fields to implement digital and intelligent comprehensive operation management, and to plan, design or transform business organization systems.

[0067] In order to make the purpose, technical solution and advantages of the present application clearer, the technical solution of the present application and how the technical solution of the present application solves the above-mentioned technical problems will be described in detail with specific embodiments in conjunction with the accompanying drawings. The following specific embodiments can be combined with each other, and the same or similar concepts or processes may not be repeated in some embodiments. The embodiments of the present application will be described below in conjunction with the accompanying drawings.

[0068] The embodiment of the present application provides a multi-dimensional business system, including: a system operation environment framework and a system organization environment framework; wherein:

[0069] The system operating environment framework provides the operation management mechanism, thing construction mechanism and thing operation mechanism for the construction and operation of resource things and organizational things;

[0070] The system organization environment framework provides the resource things and organization things necessary to achieve the various management and task function goals of the enterprise in the enterprise application field;

[0071] Among them, the organizational affairs are organizational systems constructed based on the functional goals of the enterprise application field and from at least two dimensions of the functional form, organizational form, resource form, task form, management form, and environmental form of the enterprise organizational affairs.

[0072] In some embodiments, the system operating environment framework includes: a resource pool environment framework and an activity pool environment framework; wherein:

[0073] The resource pool environment framework provides a full life cycle construction and living environment for the ontology objects of resource things and organizational things; wherein an ontology object reflects a thing instance expressed by a unique ontology model of a thing;

[0074] The activity pool environment framework provides the construction and living environment of the environment life cycle and the activity operation environment for the mapping objects of resource things and organizational things; wherein a mapping object reflects an ontology object in the resource pool environment, part or all of the attribute characteristic states it possesses in a certain operation environment, and a thing instance or a material thing instance expressed by a conventional model of behavioral activity capabilities.

[0075] It can be understood that, in the embodiment of the present application, an organization thing or a resource thing has an ontology object instance in the resource pool and at least one mapping object instance in the activity pool.

[0076] Among them, the ontology object reflects the instance of the object of the thing, which is the ontological concept object entity with all attribute characteristic states, and can only exist in the resource pool environment, thus ensuring the uniqueness of the object ontology.

[0077] The mapping object reflects the object instance (also the ontology object) in the resource pool environment, which has some or all of the attribute characteristics and behavior rules in another existence environment or operation environment, and must interact with the ontology in real time.

[0078] It should be understood that for any object instance in the system environment, there can only be one unique ontology object entity, but a mapping object can have any mapping object entity due to the needs of system operation or business functions.

[0079] In the above embodiment, the activity pool environment framework includes: an operation management environment framework, a modeling registration environment framework, and a business organization environment framework; wherein:

[0080] The operation management environment framework is responsible for the operation management mechanism, and based on the software and hardware technical resources, it creates the basic functions of system construction and operation of the overall environment;

[0081] Modeling registration environment framework, which undertakes the responsibility of thing construction mechanism, provides basic functions for the existence, creation and operation of type models and instance models of various resource things and various organizational things in the multi-dimensional business system based on thing modeling registration mapping mechanism and business organizations and standard modules of various registration functions;

[0082] The business organization environment framework is responsible for the operation mechanism of things. Based on the object state interaction mapping mechanism and the standard module system framework of organizational things, it provides the basic functions for the implementation and operation of the standard model framework of organizational things for various organizational things.

[0083] In the above embodiment, the resource pool environment framework includes: a construction pool environment framework and an instance pool environment framework; wherein:

[0084] Construct a pool environment framework to provide a basic environment for storage and interactive mapping of type models of resource things and organizational things;

[0085] The instance pool environment framework provides a basic environment for storage and interactive mapping of instance models of resource things and organizational things.

[0086] In some other embodiments, the system organization environment framework includes: an environment resource transaction layer and a business organization transaction layer; wherein:

[0087] The environment resource thing layer provides examples of resource things necessary to achieve enterprise management and task goals in the enterprise application field, as well as to constitute various organizational things;

[0088] The business organization transaction layer provides instances of organization transactions necessary to achieve enterprise management and task objectives in the enterprise application field.

[0089] In the above embodiment, the environment resource thing layer includes: the instance environment of the resource thing ontology object and the instance environment of the resource thing mapping object; wherein:

[0090] The instance environment of the resource thing ontology object is a collection of ontology objects of all resource things required by the enterprise application domain business in the resource pool environment framework;

[0091] The instance environment of the resource thing mapping object is a set of mapping objects of all resource things required for the business of the enterprise application domain in the activity pool environment framework;

[0092] Among them, the state of the ontology object of any resource thing and the state of all corresponding mapping objects are instantly unified into the same state based on the object state interactive mapping mechanism.

[0093] That is to say, the resource thing ontology object environment is the instance living environment of the ontology objects of all things (the storage environment of the object instance model); its environment instance is constructed by the system operating environment framework (hereinafter referred to as the "system framework") in the computer virtual world environment, which is called the resource pool environment.

[0094] The instance of the ontology object of a thing is determined by the business needs of the enterprise user's application domain and is created in the resource pool based on the mechanism provided by the system framework.

[0095] The resource thing mapping object environment is the instance living environment of the mapping objects of all things (the running and storage environment of the object instance model). There are two environment instances:

[0096] First, the virtual environment instance constructed by the system framework in the computer virtual world environment is called the activity pool environment, which is the living and activity environment of the virtual environment thing mapping object instance;

[0097] Second, the naturally existing material world is also regarded as an instance of an environment, which is the living and activity environment of instances of material environmental objects (regarded as mapping objects in the ontological scheme).

[0098] The instance of the virtual environment mapping object of the thing is determined by the business needs of the application domain of the enterprise user and is created in the activity pool based on the mechanism provided by the system framework.

[0099] Thing modeling registration and mapping mechanism: Things in this system include resource thing types and organizational thing types. Among them, resource thing types are subjective and objective things that exist naturally or already exist and can be resourced; organizational thing types are organizational things that are resource things and activity sets with set value goals. Any thing type and instance can only exist, be created and run in this system through the thing modeling registration and mapping mechanism.

[0100] The entity objects and mapping objects of things that exist in the system are implemented by information data models; instances of thing models, that is, entity instances of thing types or thing objects.

[0101] The thing model existing in this system is a formatted information data module that reflects or carries the concept type, structural organization and characteristic state of things. It is formed into a format file that can be stored, transmitted, operated, displayed, and executed (or run) through the definition modeling activities of manual operation or program processing.

[0102] For the types and object instances of all things that exist naturally, are system-related, and are required for system construction, a type model of construction purpose and an object instance model of operation purpose corresponding to system requirements are established in the resource thing ontology object environment and the resource thing mapping object environment.

[0103] The above implementation scheme is also the basic operating condition of the object state interaction mapping mechanism.

[0104] This system solution has two registration mechanisms, namely, manual editing registration mechanism and program automatic processing registration mechanism.

[0105] Manual editing job registration mechanism, including:

[0106] 1. The thing type modeling registration system is responsible for: the type modeling registration activities handled by manual behavior when a thing type instance is newly created due to the business activity needs of enterprise personnel within the system;

[0107] 2. The thing object modeling registration system is responsible for: object modeling registration activities handled by manual behavior when thing object instances are created due to the business activity needs of enterprise personnel within the system.

[0108] The program automatically handles the registration mechanism, including:

[0109] 1. The thing type modeling registration mechanism is responsible for the type modeling registration activities handled by program behavior when a thing type instance is generated due to the business activities of the organization things in the system. The standard type program module with the modeling registration function configured in the system framework generates construction and operation constraints. All behavioral activities in the system involving modeling operations for such thing type instances, that is, modeling business activities, are based on the inheritance of this standard type program module and expand the type structure and functional logic. This meets the processing, operation and constraint requirements of the mapping mechanism.

[0110] 2. The thing object modeling registration mechanism is responsible for the object modeling registration activities handled by program behavior when a thing object instance is newly created, which is caused by the business activities of the things organized within the system. The standard type program module of the modeling registration function configured in the system framework generates construction and operation constraints. All behavioral activities within the system involving modeling operations for such thing object instances, that is, modeling business activities, are based on the inheritance of this standard type program module and expand the type's structure and functional logic. This meets the processing, operation and constraint requirements of the mapping mechanism.

[0111] The method for extending any type of thing in the system is to inherit the static interface type and / or dynamic interface type of the standard type program module; in the field of software technology, static interfaces are also called configuration files, and dynamic interfaces are called encapsulated classes and methods.

[0112] It should be noted that the technical principle of the type module extension construction of this mechanism is common knowledge in the field of software development and will not be described in detail here.

[0113] In this embodiment, the object state interactive mapping mechanism covers the basic law that the states of the entity object and the mapping object of the thing must be unified, as well as the demand law (such as query and submission) for the state mapping of the thing as the objective business behavior subject object of the resource thing. Among them, the basic law is maintained and constrained by the operation mechanism logic of the system framework, and the demand law is constrained by the operation logic of the application business organization constrained by the system framework.

[0114] The mandatory constraint technical operation mechanism of the system framework ensures the immediate unification of the attribute characteristic status of the ontology object and all mapped objects of any object instance; it is the standard type program modules of interactive organization configured in the system framework that generate construction and operation constraints.

[0115] All activities in the system that involve the states between the ontology objects and the mapping objects of such things and perform mapping operations, namely state mapping business activities, are based on the inheritance of this standard type of program module and expand the structure and functional logic of the activity type; thereby meeting the processing, operation and constraint requirements of the mapping mechanism.

[0116] The method for extending any type of thing in the system is to inherit the static interface type and dynamic interface type of the standard type program module; in the field of software technology, static interfaces are also called configuration files, and dynamic interfaces are called encapsulated classes and methods.

[0117] It should be noted that the technical principle of the type module extension construction of this mechanism is common knowledge in the field of software development and will not be described in detail here.

[0118] Specifically, in the embodiment of the present application, the present system solution has three application types: organization thing activity mapping mechanism, human-machine interaction mapping mechanism and machine-machine interaction mapping mechanism. Among them, the organization thing activity mapping mechanism is the object state mapping constraint generated by the business organization activity.

[0119] The human-computer interaction mapping mechanism is responsible for: the business activities of forming a docking interface between the operators in the natural environment of the system and the resource things or organizational things in different operating environments of the system, and exchanging the virtual environment things information they need; the human-computer interaction business organization configured in the system framework, the interactive line organization standard type program module, generates construction and operation constraints; all behavioral activities in the system involving state operations on the two types of ontology objects and mapping objects of things, namely state mapping business activities, are based on the inheritance of the interactive line organization standard type program module, and expand the type structure and functional logic; thus, the processing, operation and constraint requirements of the mapping mechanism are met;

[0120] The machine-machine interaction mapping mechanism is responsible for: forming a docking interface between resource things or organizational things within the system and any form of external information technology system of the system, and exchanging the business activities of the virtual environment thing information they need; but to ensure the security of the system, the external system is only allowed to perform state mapping interaction on the thing entity objects in the resource pool.

[0121] System solutions can include two types of applications:

[0122] 1. The system docking and interaction mechanism of the same thing model technical standard system as this system;

[0123] 2. System docking and interaction mechanism with different thing model technical standard systems of this system.

[0124] The standard type program modules organized by the machine-machine interaction interface configured in the system framework generate construction and operation constraints; all interactive interface devices involved in state mapping processing for resource thing ontology objects are based on the standard type program modules organized by the machine-machine interaction interface, and expand the type structure and functional logic; thereby meeting the processing, operation and constraint requirements of the mapping mechanism.

[0125] Application 1: The method of system docking interaction with the same technical standard system as this system is to configure an input and output interface device responsible for interaction and implemented by program processing organization for each docking system on the basis of inheriting the standard type program module to realize information interaction; the information of the object model can be directly exchanged in the interactive interface device without the need for information data format conversion of the object model;

[0126] Application 2: The method of docking and interacting with systems of different technical standard systems of this system is to configure an input-output interactive interface device for each docking system on the basis of inheriting the standard type program module, which is responsible for interaction and implemented by the program processing organization to realize information interaction; according to the technical standards of the thing model of each different external system, the interactive interface device is configured with a program module responsible for the information exchange between the two parties to the information and data format conversion processing function in the other party's environment, and program modules with other auxiliary functions.

[0127] In the above embodiment, the business organization transaction layer includes: the functional collaboration layer, task function layer, collaboration control layer, and control function layer of the enterprise-level organizational system; wherein:

[0128] The functional collaboration layer is a functional decomposition organization system that is determined based on the overall functional objectives of the enterprise application field. It is used to configure basic functional objectives for each grassroots functional responsibility organization member under the functional decomposition organization system.

[0129] The task function layer is a collection of several functional responsibility organization members that meet various functional goals in the enterprise application field. Among them, a functional responsibility organization member is a basic organizational thing responsible for completing a basic functional goal in the enterprise application field.

[0130] The collaborative control layer is a control classification management system that is classified and planned based on the overall control objectives of the enterprise application field. It is used to configure basic control objectives for each grassroots control responsibility organization member under the control classification management system.

[0131] The control function layer is a collection of several control responsibility organization members that meet various control objectives in the enterprise application field. Among them, a control responsibility organization member is a basic organizational matter responsible for completing a basic control objective in the enterprise application field.

[0132] Specifically, in this embodiment, the functional collaboration layer is a functional decomposition organizational system determined by the overall functional goals of the enterprise application field; the constraint configuration of organizational members under the system is based on the organizational things constructed on the environment resource thing layer - each member instance of the task function layer.

[0133] The task function layer is composed of several application business system organization instances that meet the various task objectives of the enterprise; the standard type program modules of the application business system organization things configured in the system framework generate construction and operation constraints; each application business system organization thing registration type in the system inherits the standard type program module and expands the type's structure and functional logic.

[0134] The collaborative control layer is determined by the management and control objectives of the enterprise application field and controls the classification management system; the management configuration of type members under the system is based on the organizational things built on the environment resource thing layer - the individual member instances of the control function layer.

[0135] The control function layer is composed of several application control line organization instances that meet the various control objectives of the enterprise; the standard type program modules of the application control line organization things configured in the system framework generate construction and operation constraints; each application control line organization thing registration type in the system inherits the standard type program module and expands the type's structure and functional logic.

[0136] The following is combined with Figure 1 and Figure 2 A multi-dimensional business system provided by an embodiment of the present application is described in detail. The intelligent multi-dimensional business system includes: a system operating environment framework and a system organization environment framework, such as Figure 1 The system operating environment framework shown in FIG. 1 includes: a network resource environment layer and an operating resource environment layer, such as Figure 2 The system organization environment framework shown in the figure includes: business organization transaction layer and environment resource transaction layer.

[0137] The network resource environment layer includes:

[0138] 1. Classic Internet environment: It is the basic network operating software and hardware environment of the intelligent multi-dimensional business system, including: server environment, computer terminal environment, network system environment, and database storage environment;

[0139] 2. Mobile Internet environment: It is the wireless network operating software and hardware environment of the intelligent multi-dimensional business system, including: handheld terminal environment and wireless communication network environment.

[0140] The operating resource environment layer includes:

[0141] 1. Activity pool environment framework: including the activity pool environment in the virtual world (computer system environment), the natural world environment / (natural resource pool), and the thing mapping mechanism layer, among which:

[0142] 1) Activity pool environment: It is the operating environment of the behavior class activity instance and state class feature instance of all mapping objects of the business system organization in the system under the virtual environment; the activity pool environment includes: operation management environment, modeling registration environment, and business organization environment.

[0143] 2) Natural world environment / (natural resource pool): the natural living environment used to construct instances of natural physical objects, organic environment virtual objects, and machine environment virtual objects in business system organizations. Among them, the organic environment is the virtual object environment formed inside the organism of system participants (designers or users, etc.); the machine environment is the virtual object environment formed inside the machine system of system interface adapters (intelligent devices or information systems, etc.).

[0144] 3) The thing mapping mechanism layer constitutes the functional organization in the intelligent multi-dimensional business system, which is responsible for the organization of machine systems in the system virtual environment, and for forming information interaction functions with various artificial system organizations and various machine system organizations in the natural world environment, and generating state or instruction mapping relationships.

[0145] 2. Resource pool environment framework: It is the ontological object instance of all resource things organized by the business system in the system under the virtual environment, and the living environment of the organization's own ontological object instance; the resource pool environment framework includes: the construction pool environment framework and the instance pool environment framework.

[0146] Business organization transaction layer:

[0147] It constitutes the business organization system of the enterprise-level application field of the intelligent multi-dimensional business system. The business organization layer consists of four layers: functional collaboration layer, task function layer, collaborative control layer, and control function layer.

[0148] in:

[0149] 1. Functional collaboration layer: It forms the organizational structure of the business functional system; the system architecture reflects the strong constraint structure organization designed by humans; it includes two constraint mechanism systems, the functional division of labor organizational system and the functional collaboration relationship system; the last level members of the two systems are the application business systems of the same set of task functional layers;

[0150] 2. Task function layer: It forms a collection of application business systems that complete the functions. The internal composition of an application business system reflects a strong structural organization designed by humans. However, the collection formed by each system does not have a strong structural organization designed by humans, but is a cluster type. Each application business system in the collection belongs to the upper structural interface - the organizational structure of the business function system.

[0151] 3. Collaborative control layer: It forms a collaborative control project system; it is formed by various control organizations and applies a classification management system for control projects. There is no strong constraint structure designed by humans;

[0152] 4. Control function layer: It forms a collection of application control lines to achieve the control objectives. The internal composition of an application control line itself reflects a strongly constrained structural organization designed by humans. However, the collection formed by each control line does not have a strongly constrained structural organization designed by humans, but is a type of aggregation. However, the control collaboration mechanism spontaneously formed between each other is an element and goal that must be planned when designing each application control line. Each application control line in the collection is classified into the upper-level structure interface - the collaborative control project system architecture.

[0153] The environment resource transaction layer includes:

[0154] 1. The object layer of object mapping constitutes the task objects, condition objects, environment objects, organizational function objects, and organizational object objects of the intelligent multi-dimensional business system;

[0155] Specifically involved are the following objects:

[0156] The natural environment material things and resource objects that already exist in the real natural world environment need to be mapped in the system virtual environment;

[0157] There are already virtual things in the real natural world, and the resource objects of organic environment in the virtual environment of the system need to be mapped;

[0158] The group of virtual things and resources in the machine environment that already exist in the real natural world environment and need to be mapped in the system virtual environment;

[0159] Based on business needs, newly define and create virtual thing resource object groups in the system virtual environment;

[0160] A mapping object is an object instance that reflects the mapping attribute feature relationship related to its ontology object instance in its mapping running environment.

[0161] 2. The thing ontology object layer constitutes the ontology object instance group in the resource pool environment that organizes thing objects, task objects, condition objects, function objects, and environment objects in the intelligent multi-dimensional business system;

[0162] It is a group of ontology object instances of all environmental resources and organizations; all object objects included in the scope of the business system organization, including natural physical entities, virtual object objects, and constructed business system organization object objects, must have their ontology object instances constructed;

[0163] An ontology object is a holographic object instance of an ontology model type that comprehensively reflects all attribute feature relationships of an object instance.

[0164] The business system organization includes:

[0165] 1) The mapping requirements of natural world materials: manual work organization, which includes:

[0166] Human-computer interaction business organization for manual acquisition sensor types;

[0167] Manual work business organization of manual work executor type;

[0168] 2) The mapping requirements of virtual things in the natural world: manual work organization and machine processing organization, among which:

[0169] Manual work organization includes:

[0170] Human-computer interaction business organization for manual acquisition sensor types;

[0171] Human-computer interaction business organization of manual display operator type;

[0172] Machine processing tissue categories include:

[0173] Machine-to-machine interaction business organization of input and output interface type;

[0174] Transaction object model mapping requirements:

[0175] The thing mapping mechanism layer is responsible for mapping the modeling models of the above-mentioned things and objects to the functional organizations in the virtual environment; the one responsible for mapping the modeling models of material things and virtual things and objects is the modeling mapping module; the one responsible for mapping the modeling models of business system organizations must also be the modeling mapping module.

[0176] In summary, the multi-dimensional business system provided by the embodiment of the present application can organize and implement digital and intelligent comprehensive operation management, planning and design for enterprise-level application field business systems, and can meet the needs of future development of the information society.

[0177] The above descriptions are only some embodiments of the present invention. It should be pointed out that, for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principles of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. A multi-dimensional business system, characterized in that: include: System operation environment framework and system organization environment framework; among which: The system operating environment framework provides the operation management mechanism, thing construction mechanism and thing operation mechanism for the construction and operation of resource things and organizational things; The system organization environment framework provides the resource things and organization things necessary to achieve the various management and task function goals of the enterprise in the enterprise application field; The organizational affairs are organizational systems constructed based on the functional objectives of the enterprise application field and from at least two dimensions of the functional form, organizational form, resource form, task form, management form, and environmental form of the enterprise organizational affairs; the system operation environment framework includes: a resource pool environment framework and an activity pool environment framework; The resource pool environment framework provides a full life cycle construction and living environment for the ontology objects of resource things and organizational things; wherein an ontology object reflects a thing instance expressed by a unique ontology model of a thing; The activity pool environment framework provides the construction and living environment of the environment life cycle and the activity operation environment for the mapping objects of resource things and organizational things; wherein a mapping object reflects an entity object in the resource pool environment, the partial or complete attribute characteristic state possessed in a certain operation environment, and the thing instance expressed by the information data model of the behavior activity capability, or the material thing instance in the natural form; Among them, an organization thing or a resource thing has an ontology object instance in the resource pool and at least one mapping object instance in the activity pool.

2. The multi-dimensional business system according to claim 1, characterized in that: The activity pool environment framework includes: an operation management environment framework, a modeling registration environment framework, and a business organization environment framework; wherein: The operation management environment framework is responsible for the operation management mechanism, and based on the software and hardware technical resources, it creates the basic functions of system construction and operation of the overall environment; Modeling registration environment framework, which undertakes the responsibility of thing construction mechanism, provides basic functions for the existence, creation and operation of type models and instance models of various resource things and various organizational things in the multi-dimensional business system based on thing modeling registration mapping mechanism and business organizations and standard modules of various registration functions; The business organization environment framework is responsible for the operation mechanism of things. Based on the object state interaction mapping mechanism and the standard module system framework of organizational things, it provides the basic functions for the implementation and operation of the standard model framework of organizational things for various organizational things.

3. The multi-dimensional business system according to claim 1, characterized in that: The resource pool environment framework includes: a construction pool environment framework and an instance pool environment framework; wherein: Construct a pool environment framework to provide a basic environment for storage and interactive mapping of type models of resource things and organizational things; The instance pool environment framework provides a basic environment for storage and interactive mapping of instance models of resource things and organizational things.

4. The multi-dimensional business system according to claim 2 or 3, characterized in that: The system organization environment framework includes: environment resource transaction layer and business organization transaction layer; wherein: The environment resource thing layer provides examples of resource things necessary to achieve enterprise management and task goals in the enterprise application field, as well as to constitute various organizational things; The business organization transaction layer provides instances of organization transactions necessary to achieve enterprise management and task objectives in the enterprise application field.

5. The multi-dimensional business system according to claim 4, characterized in that: The environment resource object layer includes: the instance environment of the resource object ontology object and the instance environment of the resource object mapping object; wherein: The instance environment of the resource thing ontology object is a collection of ontology objects of all resource things required by the enterprise application domain business in the resource pool environment framework; The instance environment of the resource thing mapping object is a set of mapping objects of all resource things required for the business of the enterprise application domain in the activity pool environment framework; Among them, the state of the ontology object of any resource thing and the state of all corresponding mapping objects are instantly unified into the same state based on the object state interactive mapping mechanism.

6. The multi-dimensional business system according to claim 4, characterized in that: The business organization transaction layer includes: the functional collaboration layer, task function layer, collaborative control layer, and control function layer of the enterprise-level organizational system; among which: The functional collaboration layer is a functional decomposition organization system that is determined based on the overall functional objectives of the enterprise application field. It is used to configure basic functional objectives for each grassroots functional responsibility organization member under the functional decomposition organization system. The task function layer is a collection of several functional responsibility organization members that meet various functional goals in the enterprise application field. Among them, a functional responsibility organization member is a basic organizational thing responsible for completing a basic functional goal in the enterprise application field. The collaborative control layer is a control classification management system that is classified and planned based on the overall control objectives of the enterprise application field. It is used to configure basic control objectives for each grassroots control responsibility organization member under the control classification management system. The control function layer is a collection of several control responsibility organization members that meet various control objectives in the enterprise application field. Among them, a control responsibility organization member is a basic organizational matter responsible for completing a basic control objective in the enterprise application field.

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