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CN-121998487-A - Enterprise multi-dimension index integrated management method, system, terminal equipment and medium for multi-object unified modeling

CN121998487ACN 121998487 ACN121998487 ACN 121998487ACN-121998487-A

Abstract

The invention discloses an enterprise multi-dimension index integrated management method, system, terminal equipment and medium for multi-object unified modeling, and relates to the technical field of enterprise informatization management. The method comprises the steps of abstracting various management object characteristics based on enterprise requirements, determining object types, basic attribute sets and extension attribute rules to form general object types, constructing a general index template containing index types, calculation rules and potential data source meta-information to form index types, instantiating the index types into indexes based on the object types or specific object requirements thereof, and associating the indexes through mapping rules to obtain an object index system set. The method solves the problems of index confusion, model splitting and cross-system incomparability caused by management object diversity in the prior art, realizes unified modeling and flexible configuration of multi-object indexes, improves management efficiency, and supports transverse comparison and strategic decision of the multi-object indexes.

Inventors

  • XIE FENG
  • DAI WENCHENG
  • FENG KE

Assignees

  • 深圳市酷开网络科技股份有限公司

Dates

Publication Date
20260508
Application Date
20260106

Claims (10)

  1. 1. An enterprise multi-dimension index integrated management method for multi-object unified modeling is characterized by comprising the following steps: Based on enterprise requirements, abstract the characteristics of various management objects, determine the object types, basic attribute sets and extended attribute rules, and form general object classes; Constructing a general index template containing meta information to form index classes, wherein the meta information comprises index types, calculation rules and potential data sources; And instantiating the index class into an index based on the object class or the requirement of the object after the object class is instantiated, and establishing association between the index and the corresponding object class or object through a mapping rule to obtain an object index system set.
  2. 2. The method for integrated management of multiple dimension indexes of an enterprise for unified modeling of multiple objects according to claim 1, wherein the steps of abstracting the characteristics of various management objects based on the enterprise requirements, determining the object types, the basic attribute sets and the extended attribute rules, and forming the general object class include: analyzing object types of enterprise management objects based on enterprise requirements, the object types including at least one of clients, users, products, suppliers, services, technologies, assets, organizations; Setting a basic attribute set for identifying and describing object classes based on the object types, wherein the basic attribute set is used for identifying and managing the object classes; configuring an extended attribute rule of the object class based on the basic attribute set, wherein the extended attribute rule is used for extending the basic attribute set of the object class; And integrating the object type, the basic attribute set and the extended attribute rule to form a general object class.
  3. 3. The method for integrated management of multiple dimension indexes of an enterprise for unified modeling of multiple objects according to claim 1, wherein said constructing a universal index template containing meta information to form an index class, said meta information including index type, calculation rule, potential data source, comprises: index types dividing index classes, wherein the index types comprise at least one of scale, quality, efficiency and competitiveness, and each index class is only attributed to one index type; Based on the evaluation requirement of the index data, defining a parameterized calculation rule, wherein the parameterized calculation rule is used for realizing quantitative calculation of the index data; Setting potential data sources of the index class, wherein the potential data sources are used for acquiring the original data of the quantitative calculation; integrating the index type, the parameterized computation rule and the potential data source into meta-information; and constructing a universal index template based on the meta-information to obtain the index class.
  4. 4. The method for integrated management of multiple-dimension indexes of an enterprise for unified modeling of multiple objects according to claim 1, wherein said instantiating the index class as an index based on the object class or the requirement of the object after the object class is instantiated, comprises: Based on the object class, instantiating the object class into a specific object with a unique identifier through attribute assignment operation; Based on the index class, the index class is instantiated as an index adapted to the corresponding object class or specific object in combination with the related requirements of the object class or specific object.
  5. 5. The method for integrated management of multiple-dimension indexes of an enterprise for unified modeling of multiple objects according to claim 1, wherein the associating the indexes with the corresponding object classes or objects by mapping rules to obtain an object index system set comprises: determining mapping matching factors, distributing weights for the mapping matching factors, and calculating the matching degree of indexes and object classes or objects based on a weighted summation algorithm; setting a matching degree threshold, and automatically establishing an association relation between the index and the object class or object if the matching degree is greater than or equal to the matching degree threshold; And integrating the association relation, the index and the corresponding object class or object to obtain an object index system set.
  6. 6. The method for integrated management of multiple dimension indicators for an enterprise for unified modeling of multiple objects according to claim 3, further comprising: Acquiring quantized and calculated original data by means of automatic acquisition or manual entry based on potential data sources of the index class; Carrying out standardization processing on the original data to obtain standard data; and filling the specification data into corresponding indexes to serve as index data.
  7. 7. The method for integrated management of multiple dimension indicators for an enterprise for unified modeling of multiple objects according to claim 6, further comprising: carrying out quantization operation on the filled index data based on the parameterized calculation rule of the index class to obtain an index evaluation result, wherein the index evaluation result comprises at least one of an index actual value, an offset value, a ranking result, a homonymous analysis result and a cyclic ratio analysis result; and outputting the index evaluation result in a visual form through a visual tool.
  8. 8. An enterprise multidimensional index integrated management system for unified modeling of multiple objects, the system comprising: the object class definition module is used for abstracting the characteristics of various management objects based on enterprise requirements, determining object types, basic attribute sets and extended attribute rules, and forming general object classes; The index class definition module is used for constructing a universal index template containing meta information to form an index class, wherein the meta information comprises index types, calculation rules and potential data sources; and the object index system set acquisition module is used for instantiating the index class into an index based on the object requirement of the object class or the object instantiated by the object class, and establishing association between the index and the corresponding object class or object through a mapping rule to obtain an object index system set.
  9. 9. A terminal device, wherein the terminal device includes a memory, a processor, and a multi-object unified modeling integrated management program stored in the memory and capable of running on the processor, and the processor implements the steps of the multi-object unified modeling integrated management method for multi-object unified modeling integrated management program for multi-object integrated management program according to any one of claims 1 to 7 when executing the multi-object unified modeling integrated management program for multi-object integrated management program.
  10. 10. A computer readable storage medium, wherein a multi-object unified modeling enterprise multi-dimension index integrated management program is stored on the computer readable storage medium, and when the multi-object unified modeling enterprise multi-dimension index integrated management program is executed by a processor, the steps of the multi-object unified modeling enterprise multi-dimension index integrated management method according to any one of claims 1-7 are implemented.

Description

Enterprise multi-dimension index integrated management method, system, terminal equipment and medium for multi-object unified modeling Technical Field The invention relates to the technical field of enterprise informatization management, in particular to an enterprise multi-dimension index integrated management method, system, terminal equipment and medium for multi-object unified modeling. Background With the continuous improvement of business complexity of enterprises, various management objects such as products, clients, users, suppliers and the like are continuously expanded, and the management demands of cross-departments and cross-business units are increasingly outstanding. The existing performance system is designed aiming at a single business object, lacks flexible modeling capability, cannot adapt to the unified index definition requirement of multiple types of management objects, and causes the problems that data islands, inconsistent performance standards and difficulty in unified analysis across systems commonly exist in enterprise management, so that management efficiency and strategic decision support capability are severely restricted. Therefore, a method for supporting multi-object and multi-index integrated management is needed to fill the gap in the prior art. Disclosure of Invention The technical problem to be solved by the invention is that in the field of enterprise informatization management, the prior art is disordered in index definition, split in model and incomparable in cross-system due to the diversity of management objects, and multi-object performance unified analysis cannot be realized. Therefore, an effective solution is needed to solve the above technical problems. In order to solve the technical problems, the technical scheme adopted by the invention is as follows: In a first aspect, the present invention provides an enterprise multidimensional index integrated management method for unified modeling of multiple objects, the method comprising: Based on enterprise requirements, abstract the characteristics of various management objects, determine the object types, basic attribute sets and extended attribute rules, and form general object classes; Constructing a general index template containing meta information to form index classes, wherein the meta information comprises index types, calculation rules and potential data sources; And instantiating the index class into an index based on the object class or the requirement of the object after the object class is instantiated, and establishing association between the index and the corresponding object class or object through a mapping rule to obtain an object index system set. In one implementation, the method abstracts features of various management objects based on enterprise requirements, determines object types, a basic attribute set and an extended attribute rule, and forms a general object class, including: analyzing object types of enterprise management objects based on enterprise requirements, the object types including at least one of clients, users, products, suppliers, services, technologies, assets, organizations; Setting a basic attribute set for identifying and describing object classes based on the object types, wherein the basic attribute set is used for identifying and managing the object classes; configuring an extended attribute rule of the object class based on the basic attribute set, wherein the extended attribute rule is used for extending the basic attribute set of the object class; And integrating the object type, the basic attribute set and the extended attribute rule to form a general object class. In one implementation, the building a universal index template containing meta-information, forming an index class, the meta-information including index type, calculation rule, potential data source, includes: index types dividing index classes, wherein the index types comprise at least one of scale, quality, efficiency and competitiveness, and each index class is only attributed to one index type; Based on the evaluation requirement of the index data, defining a parameterized calculation rule, wherein the parameterized calculation rule is used for realizing quantitative calculation of the index data; Setting potential data sources of the index class, wherein the potential data sources are used for acquiring the original data of the quantitative calculation; integrating the index type, the parameterized computation rule and the potential data source into meta-information; and constructing a universal index template based on the meta-information to obtain the index class. In one implementation, the instantiating the index class as an index based on the object class or the requirement of the object after the object class instantiation includes: Based on the object class, instantiating the object class into a specific object with a unique identifier through attribute assignment operation; Based on the index cl