Urban and rural community digital holographic overall planning, grading and grading evaluation comprehensive treatment method

Abstract

The invention discloses an urban and rural community digital holographic overall planning grading evaluation comprehensive treatment method. The method comprises the following steps that a service supply end deeply thinking things to be treated; an overall scheduling digital operation mode based on service information resources; according to working standards and specified requirements of service organizations, targeted improvement, optimization and comprehensive treatment are carried out on shown problems; and carrying out multi-dimensional index comparison research on the operation performance. According to the invention, a practitioner of a modern service organization can carry out disassembly, reconstruction and deep analysis on digital assets in a time-space situation on the basis of comprehensively mastering property asset project service information, the rhythm of service activities is dominated and controlled by means of a calculation result of a planning model, limited management resources are reasonably optimized and configured, and the service efficiency is improved. And the service process is classified and graded according to light, light and urgent levels, namely iterative evolution is carried out hierarchically and sequentially, so that the service quality and the management efficiency are improved.

Description

Technical Field

[0001] This invention relates to the field of real estate and property management asset operation and maintenance services, and in particular to a comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities. Background Technology

[0002] Urban and rural communities are the basic units of cities and towns, and a fundamental guarantee closely related to the lives of the people. In my country, urban and rural communities are the nerve endings of the national organizational system, and the logic of comprehensive governance of urban and rural communities profoundly reflects the logic of the national organizational system. Therefore, the core and key to urban grassroots governance lies in urban and rural communities. Thus, from this perspective, a comprehensive governance approach that coordinates the overall situation truly needs to start from the most basic and smallest urban and rural communities, and requires the active participation of every resident.

[0003] The following challenges currently exist in the comprehensive governance of urban and rural communities:

[0004] Challenge 1: The required standards are not recognized, and the lack of consensus leads to poor implementation results;

[0005] The second challenge is that the service is too mundane, leading to a neglect of the industry's value and its proper role.

[0006] The third challenge is the serious waste caused by the duplication of information system construction, which has not achieved the desired results. Summary of the Invention

[0007] Based on the technical problems existing in the background technology, this invention proposes a comprehensive governance method for digital holographic overall planning, grading and evaluation of urban and rural communities.

[0008] This invention proposes a comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities, comprising the following steps:

[0009] S1 service providers engage in in-depth thinking about things;

[0010] S11 management elites possess a holistic value system;

[0011] S12 management elites possess forward-looking foresight;

[0012] S13 Multidimensional Dynamic Equilibrium Wheel Mathematical Model Design: Service organizations maintain good order in property asset projects to achieve dynamic equilibrium, stability, and sustainable spiral upward;

[0013] S2 is a digital operation model based on the overall planning and scheduling of service information resources;

[0014] S21 enables remote quality control from the control tower using spectral imaging;

[0015] S22 shares real-time data analysis trends and verification;

[0016] Create a shared workbook on the local area network to allow multiple employees to edit the same spreadsheet simultaneously and facilitate multiple people to review it at the same time;

[0017] S3, in accordance with the service organization's work standards and regulations, conducts targeted improvements, optimizations, and comprehensive governance to address the identified problems;

[0018] S4 conducted a multi-dimensional comparative survey of operational performance indicators.

[0019] Preferably, step S31 enables the multi-dimensional dynamic balancing wheel of modern property asset daily comprehensive evaluation, operation and management to achieve balance. This problem needs to be transformed and expressed as a planning problem, and solved using Excel Solver to obtain the optimal solution to the problem.

[0020] The current issue is the need to re-identify and prioritize the service offerings that require optimization and improvement across various property assets; firstly, let:

[0021]

[0022] C ij This represents the expected improvement quantification value corresponding to the problem service business category of a certain modern property asset project. It is calculated with 10 points as the maximum score. It is the difference between the actual quantitative evaluation result of the corresponding business of the project and the ideal value of the project for the whole city company in the region. For example, the evaluation value of the "2.0 Order Maintenance Management" category of Property Project A is 3.0, while the ideal value of the "2.0 Order Maintenance Management" category of a certain city company in the region is 9.0; then, C = 9.0 - 3.0 = 6.0.

[0023] Secondly, to avoid two or more projects having the same key business rectification issues, which would be mutually avoided by the planning model itself, restrictions on service business categories can be set based on the specific circumstances and rectification capabilities of the property group's regional city company. During the optimization and improvement process, each project within the property group's regional city company will have only one key business category to focus on for each improvement and adjustment period, which can be represented as:

[0024]

[0025] Each time period focuses on rectifying only one business category, which can be represented as:

[0026]

[0027] The goal is to maximize the quantifiable progress achieved by each project, ultimately resulting in the best overall improvement and optimization effect for the entire regional city company, which can be expressed as:

[0028]

[0029] Input the current status and related information of the planning and scheduling problems in each of the above dimensions into an Excel spreadsheet, and set the cell ranges for analysis and judgment decision variables, target cells, and constraint cells;

[0030] Next, the advanced application of the Solver function in the Excel spreadsheet is called to design the parameters of the Solver macro module.

[0031] Preferably, the parameters for calling the macro module for solving the planning problem are set as follows:

[0032] The target cell is set to $E$28 to find the maximum value;

[0033] The variable cell is set to: $E$17:$K$23;

[0034] The constraint condition is set as follows: $E$17:$K$23<=1

[0035] $E$24:$K$24<=$E$26:$K$26

[0036] $L$17:$L$23<=$K$17:$N$23

[0037] In the Solver Options dialog box, select the linear model, assume non-negativity, and click the "Solve" button to get the solution.

[0038] Preferably, step S21, based on holographic theory, reconstructs and combines the fragmented and dispersed multidimensional service data information into a multidimensional virtual integrated "holographic quality control imaging projection".

[0039] Preferably, the specific creation process of step S22 is as follows:

[0040] Step 1: Create a new folder on the D drive of one computer. This folder will be used for sharing. Let's name it "Shared Folder" for now.

[0041] Step 2: Right-click the "Shared Folder", select "Properties", select the "Sharing" tab in the pop-up properties box, then select "Sharing (S)...", and click "Share" in the pop-up box. At this point, the sharing settings are complete.

[0042] Step 3: After successful sharing, remember the network path and send it to the person who needs to share it.

[0043] Preferably, in step three, the "Run" dialog box is accessed by pressing "Windows + R" to bring up the Run command, the network path is entered, and "OK" is pressed to display the shared files.

[0044] Preferably, step S12 uses big data, the Internet of Things, and artificial intelligence (AI) to replace manual labor, thereby improving efficiency and product quality by "reducing manpower".

[0045] In this invention, the proposed comprehensive governance method for digital holographic integrated grading and evaluation of urban and rural communities first utilizes Space-CT digital technology. This technology can prioritize and distinguish between primary and secondary tasks within a given timeframe, providing a specific property asset project and clearly defining the progress of specific rectification and optimization projects. This ensures that the best expected improvement results are achieved with commensurate efforts. In other words, it definitively informs decision-makers of the most important tasks at hand, allowing them to control the progress of their valuable work time without external interference. Even when not directly solving complex problems within the complex system of modern services, this approach allows for firm control over the pace of optimization and improvement and the leadership of operational management. Consequently, the provision of modern property management asset operation and maintenance services is gradually transforming from being primarily based on accumulated management experience to an innovative operation and management model based on integrated planning of actual service needs, following established rules and regulations. Furthermore, the application of advanced digital twin technology helps realize an advanced service concept of "customer-centric, on-demand planning, and dynamic service," moving from rule of man to rule of law.

[0046] Guided by a transformative and innovative professional service mindset, this invention enables practitioners in modern service organizations to conduct in-depth analysis and reconstruction of digital assets within their spatiotemporal context, based on a comprehensive grasp of property asset project service information. By leveraging the results of a calculation model, they can effectively control the pace of service activities, maintaining proper project operation and management order. Instead of confronting uncertainties and disruptive factors directly, this invention proactively adapts to the dynamic changes in the entire service landscape, rationally optimizing the allocation of limited management resources and prioritizing and grading service processes—iterically evolving in a hierarchical and sequential manner to improve service quality and management efficiency. Attached Figure Description

[0047] Figure 1 This is a schematic diagram illustrating the overall visualization results of integrated scheduling and coordination for reference.

[0048] Figure 2 A schematic diagram of the color wheel spectrum for modern property asset projects;

[0049] Figure 3 A schematic diagram illustrating the design process of a multi-dimensional dynamic equilibrium wheel mathematical model for the comprehensive evaluation, operation, and management of modern property assets.

[0050] Figure 4 A schematic diagram illustrating the mathematical model planning and solution process for the multidimensional dynamic equilibrium wheel model of modern property asset daily comprehensive evaluation, operation and management.

[0051] Figure 5 A schematic diagram of the large screen in the digital information control center of the Space-CT "tower";

[0052] Figure 6 The diagram illustrates the creation of a shared folder on drive D for the present invention.

[0053] Figure 7 This is a diagram showing the shared folder attribute settings of the present invention;

[0054] Figure 8 This is a schematic diagram illustrating the sharing of folder contents via a network path according to the present invention. Detailed Implementation

[0055] The technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings of the embodiments of the present invention. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments.

[0056] Reference Figure 1-8 A comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities includes the following steps:

[0057] S1 service providers engage in in-depth thinking about things;

[0058] S11 management elites possess a holistic value system;

[0059] S12 management elites possess forward-looking foresight;

[0060] S13 Multidimensional Dynamic Equilibrium Wheel Mathematical Model Design: Service organizations maintain good order in property asset projects to achieve dynamic equilibrium, stability, and sustainable spiral upward;

[0061] S2 is a digital operation model based on the overall planning and scheduling of service information resources;

[0062] S21 enables remote quality control from the control tower using spectral imaging;

[0063] S22 shares real-time data analysis trends and verification;

[0064] Create a shared workbook on the local area network to allow multiple employees to edit the same spreadsheet simultaneously and facilitate multiple people to review it at the same time;

[0065] S3, in accordance with the service organization's work standards and regulations, conducts targeted improvements, optimizations, and comprehensive governance to address the identified problems;

[0066] S4 conducted a multi-dimensional comparative survey of operational performance indicators.

[0067] In this invention, step S31 enables the multi-dimensional dynamic balancing wheel of daily comprehensive evaluation and operation management of modern property assets to achieve balance. This problem needs to be transformed and expressed as a planning problem, and solved using Excel Solver to obtain the optimal solution to the problem.

[0068] The current issue is the need to re-identify and prioritize the service offerings that require optimization and improvement across various property assets; firstly, let:

[0069]

[0070] C ij This represents the expected improvement quantification value corresponding to the problem service business category of a certain modern property asset project. It is calculated with 10 points as the maximum score. It is the difference between the actual quantitative evaluation result of the corresponding business of the project and the ideal value of the project for the whole city company in the region. For example, the evaluation value of the "2.0 Order Maintenance Management" category of Property Project A is 3.0, while the ideal value of the "2.0 Order Maintenance Management" category of a certain city company in the region is 9.0; then, C = 9.0 - 3.0 = 6.0.

[0071] Secondly, to avoid two or more projects having the same key business rectification issues, which would be mutually avoided by the planning model itself, restrictions on service business categories can be set based on the specific circumstances and rectification capabilities of the property group's regional city company. During the optimization and improvement process, each project within the property group's regional city company will have only one key business category to focus on for each improvement and adjustment period, which can be represented as:

[0072]

[0073] Each time period focuses on rectifying only one business category, which can be represented as:

[0074]

[0075] The goal is to maximize the quantifiable progress achieved by each project, ultimately resulting in the best overall improvement and optimization effect for the entire regional city company, which can be expressed as:

[0076]

[0077] Input the current status and related information of the planning and scheduling problems in each of the above dimensions into an Excel spreadsheet, and set the cell ranges for analysis and judgment decision variables, target cells, and constraint cells;

[0078] Next, the advanced application of the Solver function in the Excel spreadsheet is called to design the parameters of the Solver macro module.

[0079] In this invention, the macro module for calling the planning and solving algorithm is configured with the following parameters:

[0080] The target cell is set to $E$28 to find the maximum value;

[0081] The variable cell is set to: $E$17:$K$23;

[0082] The constraint condition is set as follows: $E$17:$K$23<=1

[0083] $E$24:$K$24<=$E$26:$K$26

[0084] $L$17:$L$23<=$K$17:$N$23

[0085] In the Solver Options dialog box, select the linear model, assume non-negativity, and click the "Solve" button to get the solution.

[0086] In this invention, step S21, based on holographic theory, reconstructs and combines the fragmented and dispersed multidimensional service data information into a multidimensional virtual integrated "holographic quality control imaging projection".

[0087] In this invention, the specific creation process of step S22 is as follows:

[0088] Step 1: Create a new folder on the D drive of one computer. This folder will be used for sharing. Let's name it "Shared Folder" for now.

[0089] Step 2: Right-click the "Shared Folder", select "Properties", select the "Sharing" tab in the pop-up properties box, then select "Sharing (S)...", and click "Share" in the pop-up box. At this point, the sharing settings are complete.

[0090] Step 3: After successful sharing, remember the network path and send it to the person who needs to share it.

[0091] In this invention, in step three, the "Run" dialog box is accessed by pressing "Windows + R" to bring up the Run command, the network path is entered, and "OK" is pressed to display the shared files.

[0092] In this invention, step S12 uses big data, the Internet of Things, and artificial intelligence (AI) to replace manual labor, thereby improving efficiency and product quality by "reducing manpower".

[0093] In summary, this technical solution enables the property management industry to enter a more mature stage of commercial development. It utilizes a modern, comprehensive innovation model of "integrated planning and dynamic adjustment" to explore and provide humanized, contextualized experiences based on the actual needs of different property asset projects. This involves not only meeting the static models and standards of traditional property management but also proactively identifying and analyzing customers' reasonable daily needs, and making forward-looking plans according to the supply and demand relationship of the modern service market to dynamically provide modern property management asset operation and maintenance service products suitable for market needs.

[0094] The above description is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any equivalent substitutions or modifications made by those skilled in the art within the scope of the technology disclosed in the present invention, based on the technical solution and inventive concept of the present invention, should be covered within the scope of protection of the present invention.

Claims

1. A comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities, characterized in that, Includes the following steps: S1 service providers engage in in-depth thinking about things; S11 management elites possess a holistic value system; S12 management elites possess forward-looking foresight; S13 Multidimensional Dynamic Equilibrium Wheel Mathematical Model Design: Service organizations maintain good order in property asset projects to achieve dynamic equilibrium, stability, and sustainable spiral upward; S2 is a digital operation model based on the overall planning and scheduling of service information resources; S21 uses spectral imaging to achieve remote quality control from the control tower; S22 shares real-time data analysis trends and verification; Create a shared workbook on the local area network to allow multiple employees to edit the same spreadsheet simultaneously and facilitate multiple people to review it at the same time; S3, in accordance with the service organization's work standards and regulations, conducts targeted improvements, optimizations, and comprehensive governance to address the identified problems; S4 conducted a multi-dimensional comparative survey of operational performance indicators.

2. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 1, characterized in that, Step S31 enables the multi-dimensional dynamic balancing wheel of modern property asset daily comprehensive evaluation, operation and management to achieve balance. This problem needs to be transformed and expressed as a planning problem, and solved using Excel Solver to obtain the optimal solution to the problem. The current issue is the need to re-identify and prioritize the service offerings that require optimization and improvement across various property assets; firstly, let: C ij This represents the expected improvement quantification value corresponding to the problem service business category of a certain modern property asset project. It is calculated with 10 points as the maximum score. It is the difference between the actual quantitative assessment result of the corresponding business of the project and the ideal value of the project for the whole city company in the region. For example, the assessment value of the "2.0 Order Maintenance Management" category of Property Project A is 3.0, while the ideal value of the "2.0 Order Maintenance Management" category of a certain city company in the region is 9.0; then, C = 9.0 - 3.0 = 6.

0. Secondly, to avoid two or more projects having the same key business rectification issues, which would be mutually avoided by the calculation model itself, restrictions on service business categories can be set based on the specific circumstances and rectification capabilities of the property group's regional city company. During the optimization and improvement process, each project within the property group's regional city company will have only one key business category to focus on during each optimization and adjustment period, which can be represented as: Each time period focuses on rectifying only one business category, which can be represented as: The goal is to maximize the quantifiable progress achieved by each project, ultimately resulting in the best overall improvement and optimization effect for the entire regional city company, which can be expressed as: Input the current status and related information of the planning and scheduling problems in each of the above dimensions into an Excel spreadsheet, and set the cell ranges for analysis and judgment decision variables, target cells, and constraint cells; Next, the advanced application of the Solver function in the Excel spreadsheet is called to design the parameters of the Solver macro module.

3. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 2, characterized in that, The macro module for solving the planning problem is invoked, and the planning and solving parameters are set as follows: The target cell is set to $E$28 to find the maximum value; The variable cell is set to: $E$17:$K$23; The constraint condition is set as follows: $E$17:$K$23<=1 $E$24:$K$24<=$E$26:$K$26 $L$17:$L$23<=$K$17:$N$23 In the Solver Options dialog box, select the linear model, assume non-negativity, and click the "Solve" button to get the solution.

4. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 1, characterized in that, Step S21, based on holographic theory, reconstructs and combines the fragmented and dispersed multidimensional service data information into a multidimensional virtual integrated "holographic quality control imaging projection".

5. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 1, characterized in that, The specific creation process for step S22 is as follows: Step 1: Create a new folder on the D drive of one computer. This folder will be used for sharing. Let's name it "Shared Folder" for now. Step 2: Right-click the "Shared Folder", select "Properties", select the "Sharing" tab in the pop-up properties box, then select "Sharing (S)...", and click "Share" in the pop-up box. At this point, the sharing settings are complete. Step 3: After successful sharing, remember the network path and send it to the person who needs to share it.

6. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 5, characterized in that, In step three, use "Windows + R" to open the Run dialog box, enter the network path, and click "OK" to display the shared files.

7. The comprehensive governance method for digital holographic integrated classification and grading evaluation of urban and rural communities according to claim 1, characterized in that, Step S12 uses big data, the Internet of Things, and artificial intelligence (AI) to replace manual labor, thereby improving efficiency and product quality by "reducing manpower".

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