CN117371870A - Evaluation method and device for operator digital transformation strategy multiple disc - Google Patents

Abstract

The invention discloses an evaluation method and device of an operator digital transformation strategy multiple disc, wherein the method comprises the following steps: acquiring an evaluation index in a digital transformation strategy complex of an operator; analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy complex; after the weights of the target evaluation index and the process evaluation index are respectively set, the evaluation total index is calculated according to the target evaluation index and the process evaluation index result, so that the evaluation result of the operator digital transformation strategy duplication is obtained. The method uses a digital transformation strategy multiple-disc evaluation system combining process evaluation and target evaluation to quantify the landing effect and the overall progress of the strategy planning, and realizes global and systematic evaluation of the strategy planning.

Description

Evaluation method and device for operator digital transformation strategy multiple disc

Technical Field

The invention relates to the technical field of communication, in particular to an evaluation method and device for a digital transformation strategy multiple disc of an operator.

Background

The digital transformation is an important component of the social base in the digital economic age, and is a necessary path for realizing high-quality development. Under the digital transformation background, domestic telecom operators sequentially release digital transformation strategies and fully accept relevant development planning of countries, industries and areas, and a strategy planning system suitable for development requirements in new period is respectively formed. The method is a main challenge in the current digital transformation strategy implementation landing process for effectively promoting each work implementation of strategy planning and guaranteeing the strategy landing effect.

In industry-accepted strategic management methodologies (e.g., BLM, PDCA), strategic disk assessment is a very important ring in the strategic management workflow. The strategy multiple disc evaluation establishes a scientific evaluation system through strategy planning and decoding, performs multiple disc evaluation on strategy, optimizes and improves short plate deficiency, realizes high-efficiency coordination between strategy and execution, and promotes continuous optimization and upgrading of strategy. In the aspect of construction of digital transformation evaluation indexes, related enterprises or organizations have conducted some researches on digital transformation evaluation, and the general observation is different from the other in terms of the importance of transformation evaluation systems which are promoted by different industry organizations, but most of evaluation objects face to mass enterprises, and evaluation dimensions mainly cover enterprise strategy, clients, technologies, operation, data, cultural talents and the like, and an evaluation result is usually formed by combining objective data with subjective analysis.

However, in the prior art, no digital transformation strategy multiple disc evaluation system or method exists, and the grounding effect and the overall progress of the strategy planning can be quantified simultaneously, so that the particles of the strategy planning result are ensured to be in a warehouse.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides an evaluation method and device for the operator digital transformation strategy multiple disc, and the method uses a digital transformation strategy multiple disc evaluation system combining process evaluation and target evaluation to quantify the landing effect and the whole progress of strategy planning, and can realize global and system evaluation of strategy planning execution.

In a first aspect, the present invention provides a method for evaluating a digitized transformation strategy compact disc of an operator,

the method comprises the following steps:

step S1: acquiring an evaluation index in a digital transformation strategy complex of an operator;

step S2: analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy complex;

step S3: after weights of the target evaluation index and the process evaluation index are set respectively, calculating an evaluation total index according to the target evaluation index and the process evaluation index result to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

the estimated total index I _{Strategic complex disc total index} Is calculated according to the following formula (1):

I _{strategic complex disc total index} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ； (1)

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure the process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

Further, in the step S1, the evaluation index in the operator digital transformation strategy complex is obtained as the five-longitudinal-four-transverse evaluation index in the operator digital transformation strategy complex; the five longitudinal and four transverse evaluation indexes are combined evaluation indexes of deep connection, strong calculation, live data, optimal application, precise and safe five longitudinal and strategic guarantees, quick service, platform sharing and leading four transverse calculation networks;

The step S2 specifically includes:

calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy compound disc;

the method comprises the steps of,

according to the evaluation index in the operator digital transformation strategy complex disc, calculating a three-stage process evaluation index of five longitudinal and four transverse; the five-longitudinal and four-transverse three-stage process evaluation index comprises a five-longitudinal and four-transverse safeguard measure evaluation index, a five-longitudinal and four-transverse landing process evaluation index and a five-longitudinal and four-transverse result expression evaluation index;

the five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} As shown in formula (2):

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i the target weight corresponding to the ith evaluation index is obtained;

the three-stage process evaluation index I of five longitudinal and four transverse _{Three stage process} As shown in formula (3):

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ the weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the formula (4),

Wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 and (5) taking the value of the ith evaluation index in the result expression process.

Further, the target weight K corresponding to the ith evaluation index _i The value of the K is between 0 and 1, and K ₁ +K ₂ +……K _i =1, the target evaluation index I _{Five longitudinal and four transverse directions} As shown in the formula (5),

the process weight W corresponding to the ith evaluation index _i Wherein the value of W is in the range of 0 to 1 ₁ +W ₂ +……W _i =1, the [ s ] ₁ s ₂ s ₃ ]The result is represented by the following formula (6),

further, when I _{Five longitudinal and four transverse directions} Not less than 50 and I _{Three stage process} When the digital transformation strategy target is more than or equal to 50, confirming that the digital transformation strategy target is completed and executing the three-stage process in place;

when I _{Five longitudinal and four transverse directions} >50 and I _{Three stage process} <50, confirming that the digital transformation strategy target is completed, but the three-stage process is not performed in place;

when I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} >50, confirming that the digital transformation strategy target is not completed, but the three-stage process is executed in place;

when I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} <At 50, it is confirmed that the digitized transformation strategy target is not complete, but that the three-stage process is not in place.

Further, in the step S1, the evaluation index in the operator digital transformation strategy complex is obtained automatically by IT means, and specifically includes the following steps:

step S11: determining a first evaluation index to be acquired;

step S12: according to a first evaluation index to be acquired, docking with an evaluation index data source;

step S13: and automatically grabbing the first evaluation index from an evaluation index data source by using a data grabbing tool or an automatic script in an IT (information technology) means, so as to obtain the evaluation index in the operator digital transformation strategy complex.

Further, after the step S3, the method further includes a step S4,

step S4: according to the estimated total index I _{Strategic complex disc total index} The method for carrying out overall grade evaluation on the current digital transformation strategy complex disc specifically comprises the following steps:

when I _{Strategic complex disc total index} If the total grade is more than or equal to 75, the total grade of the current digital transformation strategy complex disc is evaluated to be an excellent grade;

when 50 is less than or equal to I _{Strategic complex disc total index} <75, evaluating the overall grade of the current digital transformation strategy complex disc as a standard grade;

when I _{Strategic complex disc total index} <At 50, the overall rating of the current digital transformation strategy compact disc is evaluated as the laggard rating.

Further, before the step S1, the method further includes a step S0,

step S0: constructing a visual data billboard for displaying an evaluation process and an evaluation result of the operator digital transformation strategy complex;

the step S0 specifically includes the following steps:

step S01: determining target audience and demand;

step S02: designing and displaying data indexes according to target audiences and demands; the display data indexes comprise target evaluation results, digital image indexes, key milestone progress monitoring indexes and multi-level perspective indexes;

step S03: based on the data visualization tool, carrying out chart visualization on the designed display data indexes, thereby constructing a visual data billboard;

the chart visualization comprises target evaluation result chart visualization, digital image index chart visualization, key milestone progress monitoring index chart visualization and multi-level perspective index chart visualization.

In a second aspect, the present invention provides an evaluation device for operator digital transformation strategy compact discs, the device comprising:

the acquisition unit is used for acquiring the evaluation index in the operator digital transformation strategy complex disc;

the analysis unit is connected with the acquisition unit and used for analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy compound disc;

The calculation unit is connected with the analysis unit and is used for calculating an evaluation total index according to the target evaluation index and the process evaluation index result after the weights of the target evaluation index and the process evaluation index are respectively set so as to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

the estimated total index I _{Strategic complex disc total index} Is calculated according to the following formula (1):

I _{strategic complex disc total index} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ； (1)

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure the process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

Further, the computing unit includes:

the first calculation module is used for calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy complex disc;

the five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} The following formula is shown:

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i the target weight corresponding to the ith evaluation index is obtained;

the second calculation unit is used for calculating three-stage process evaluation indexes of five longitudinal and four transverse according to the evaluation indexes in the operator digital transformation strategy complex disc;

The three-stage process evaluation index I of five longitudinal and four transverse _{Three stage process} The following formula is shown:

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ the weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the following formula,

wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 the value of the ith evaluation index in the result expression process is taken;

the third calculation module is respectively connected with the first calculation module and the second calculation module and is used for calculating an evaluation total index I according to the target evaluation index of five longitudinal and four transverse directions and the three-stage process evaluation index of five longitudinal and four transverse directions _{Strategic complex disc total index} ；

I _{Strategic complex disc total index} ＝W _{Five longitudinal and four transverse directions} *I _{Five longitudinal and four transverse directions} +W _{Three stage process} *I _{Three stage process} Wherein,

W _{five longitudinal and four transverse directions} The weight of the target indexes of five vertical and four horizontal in the total index is calculated;

I _{five longitudinal and four transverse directions} Evaluating fingers for five-longitudinal four-transverse targets Marking;

W _{three stage process} The weight of the three-stage process index to the total index;

I _{three stage process} The index is evaluated for a three-stage process.

The invention has the beneficial effects that:

1. according to the invention, the overall situation of the operator digital transformation strategy project is comprehensively evaluated by combining target evaluation and process evaluation, and the obtained evaluation analysis result is more comprehensive and more accurate, so that the landing effect and the overall progress of the strategy planning can be quantified, and the global and system evaluation of the operator digital transformation strategy complex disc can be realized.

2. Aiming at the operator digital transformation strategy complex disc, the five-longitudinal four-transverse target evaluation index and the three-stage process evaluation index are designed and calculated.

3. According to the invention, the operator digital transformation strategy target adjustment and improvement suggestion can be provided according to the five-longitudinal and four-transverse target evaluation index and the three-stage process evaluation index.

4. The invention can evaluate the overall grade of the current digital transformation strategy complex disc according to the total index of the digital transformation strategy complex disc of the operator.

5. The evaluation index of the invention is automatically obtained by IT means; the automatic index collection is realized by a plurality of modes such as docking with a data source system, report collection and the like, so that the quantifiable and traceable data are ensured; meanwhile, the system provides the functions of multi-version index tree construction, index attribute visual configuration, digital portrait and the like, calculates and updates the evaluation result in real time, and dynamically portrays each evaluation object.

6. According to the invention, the visual data billboard is constructed in advance, the diversified index data is visually displayed, and the target evaluation result display view, the digital image view, the key milestone progress monitoring view and the index multi-level perspective view are constructed, so that the real-time monitoring strategic target landing effect and the overall progress are supported.

Drawings

FIG. 1 is a schematic diagram of an evaluation method of an operator digital transformation strategy complex disc in an embodiment of the present invention;

FIG. 2 is a block diagram of an operator digital transformation strategy compact disc in an embodiment of the invention;

FIG. 3 is a diagram of five vertical and four horizontal indexes of a digital transformation strategy complex disc of an operator in an embodiment of the invention;

FIG. 4 is a schematic diagram of a three-stage process evaluation in an embodiment of the invention;

FIG. 5 is a schematic diagram of a set of five vertical and four horizontal axes in an embodiment of the present invention;

FIG. 6 is a schematic diagram showing the fusion of five-vertical-four-horizontal target evaluation index and three-stage process index evaluation in an embodiment of the invention;

FIG. 7 is a schematic diagram of a visual data sign in an embodiment of the invention;

fig. 8 is a schematic diagram of an evaluation device of an operator digital transformation strategy complex disc in an embodiment of the invention.

The reference symbols in the drawings: 10. acquisition unit, 20, analysis unit, 30, calculation unit.

Detailed Description

In order to make the technical scheme of the present invention better understood by those skilled in the art, the following detailed description of the embodiments of the present invention will be given with reference to the accompanying drawings.

It is to be understood that the specific embodiments and figures described herein are merely illustrative of the invention, and are not limiting of the invention.

It is to be understood that the various embodiments of the invention and the features of the embodiments may be combined with each other without conflict.

It is to be understood that only the portions relevant to the present invention are shown in the drawings for convenience of description, and the portions irrelevant to the present invention are not shown in the drawings.

It should be understood that each unit and module in the embodiments of the present invention may correspond to only one physical structure, may be formed by a plurality of physical structures, or may be integrated into one physical structure.

It will be appreciated that, without conflict, the functions and steps noted in the flowcharts and block diagrams of the present invention may occur out of the order noted in the figures.

It is to be understood that the flowcharts and block diagrams of the present invention illustrate the architecture, functionality, and operation of possible implementations of systems, apparatuses, devices, methods according to various embodiments of the present invention. Where each block in the flowchart or block diagrams may represent a unit, module, segment, code, or the like, which comprises executable instructions for implementing the specified functions. Moreover, each block or combination of blocks in the block diagrams and flowchart illustrations can be implemented by hardware-based systems that perform the specified functions, or by combinations of hardware and computer instructions.

It should be understood that the units and modules related in the embodiments of the present invention may be implemented by software, or may be implemented by hardware, for example, the units and modules may be located in a processor.

Example 1:

as shown in fig. 1, the present embodiment provides a method for evaluating a digital transformation strategy multiple disc of an operator,

the method comprises the following steps:

step S1: and acquiring an evaluation index in the operator digital transformation strategy complex.

In step S1, the evaluation index in the operator digital transformation strategy complex is obtained as the five-vertical-four-horizontal evaluation index in the operator digital transformation strategy complex; five longitudinal and four transverse evaluation indexes are combined evaluation indexes of deep connection, strong calculation, activity data, optimal application, precise and safe five longitudinal and strategic guarantees, quick service, platform sharing and advanced four transverse calculation networks.

As a specific implementation manner, the step S1 of obtaining the evaluation index in the operator digital transformation strategy complex disc is automatically obtained through IT means, and specifically includes the following steps:

step S11: determining an evaluation index to be acquired;

Step S12: according to the evaluation index to be obtained, docking with an evaluation index data source;

step S13: and automatically capturing the evaluation index from the evaluation index data source by using a data capture tool or an automatic script in an IT (information technology) means, thereby obtaining the evaluation index in the operator digital transformation strategy complex.

Step S2: and analyzing out target evaluation indexes and process evaluation indexes according to the evaluation indexes in the operator digital transformation strategy complex.

As a specific embodiment, step S2 specifically includes:

calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy compound disc;

the method comprises the steps of,

according to the evaluation index in the operator digital transformation strategy complex disc, calculating a three-stage process evaluation index of five longitudinal and four transverse; the five-longitudinal and four-transverse three-stage process evaluation indexes comprise five-longitudinal and four-transverse safeguard measure evaluation indexes, five-longitudinal and four-transverse landing process evaluation indexes and five-longitudinal and four-transverse result performance evaluation indexes;

five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} The following formula is shown:

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i The target weight corresponding to the ith evaluation index is obtained;

five-longitudinal four-transverse three-stage process evaluation index I _{Three stage process} The following formula is shown:

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ the weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the following formula,

wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 and (5) taking the value of the ith evaluation index in the result expression process.

In order to make the calculation result more effective, the weight is normalized and limited, and the target weight K corresponding to the ith evaluation index _i The value of the K is between 0 and 1, and K ₁ +K ₂ +……K _i =1, five vertical and four horizontal target evaluation index I _{Five longitudinal and four transverse directions} As shown in the following formula,

process weight W corresponding to the i-th evaluation index _i Wherein the value of W is in the range of 0 to 1 ₁ +W ₂ +……W _i ＝1，[s ₁ s ₂ s ₃ ]The results of the (c) are shown in the following formula,

specifically, the evaluation index of five vertical and four horizontal specifically includes:

Talent team structure, technological innovation capability, customer service satisfaction, integration level of a computing network convergence product, leading level of big data business industry, 5G and broadband convergence business market competitiveness, safety product service supply level, full-quantity customer intensive operation level, computing network operation service capability, big data core basic capability, platform operation service capability, network information safety protection capability, exquisite network coverage rate, computing network convergence basic capability, resource visualization level, intelligent home universal level and basic network safety capability;

the target evaluation indexes of five vertical and four horizontal specifically comprise:

talent team structure target evaluation index, technological innovation capability target evaluation index, customer service satisfaction target evaluation index, calculation network fusion product integrated level target evaluation index, big data business industry leading level target evaluation index, 5G and broadband fusion business market competitiveness target evaluation index, security product service supply level target evaluation index, full-scale customer intensive operation level target evaluation index, calculation network operation service capability target evaluation index, big data core basic capability target evaluation index, platform operation service capability target evaluation index, network information security protection capability target evaluation index, fine network coverage rate target evaluation index, calculation network fusion basic capability target evaluation index, resource visualization level target evaluation index, intelligent home comprehensive intelligent level target evaluation index and basic network security capability target evaluation index;

The three-stage process evaluation index of five vertical and four horizontal comprises the following specific steps:

talent team structure process evaluation index, technological innovation capability process evaluation index, customer service satisfaction process evaluation index, calculation network fusion product integrated level process evaluation index, big data business industry leading level process evaluation index, 5G and broadband fusion business market competitiveness process evaluation index, safety product service supply level process evaluation index, full-scale customer intensive operation level process evaluation index, calculation network operation service capability process evaluation index, big data core basic capability process evaluation index, platform operation service capability process evaluation index, network information security protection capability process evaluation index, fine network coverage rate process evaluation index, calculation network fusion basic capability process evaluation index, resource visualization level process evaluation index, intelligent level process evaluation index of intelligent family and basic network security capability process evaluation index.

As a specific embodiment, the talent team structural process evaluation index includes: talent team structure safeguard measure evaluation index, talent team structure landing process evaluation index and talent team structure result expression evaluation index;

The technological innovation capability process evaluation index comprises: technological innovation capability guarantee measure evaluation indexes, technological innovation capability landing process evaluation indexes and technological innovation capability result expression evaluation indexes;

the customer service satisfaction process evaluation index includes: customer service satisfaction guarantee measure evaluation index, customer service satisfaction landing process evaluation index and customer service satisfaction result expression evaluation index;

the evaluation index of the integrated horizontal process of the computing network fusion product comprises the following steps: the evaluation index of the integrated level guarantee measure of the integrated product of the calculation network, the evaluation index of the integrated level landing process of the integrated product of the calculation network and the evaluation index of the integrated level result representation of the integrated product of the calculation network;

the advanced horizontal process evaluation indexes in the big data service industry comprise: leading level guarantee measure evaluation indexes in the big data service industry, leading level landing process evaluation indexes in the big data service industry and leading level result expression evaluation indexes in the big data service industry;

the 5G and broadband convergence business market competitiveness process evaluation index comprises: 5G and broadband integration business market competitiveness guarantee measure evaluation indexes, 5G and broadband integration business market competitiveness landing process evaluation indexes and leading level result representation evaluation indexes in the big data business industry;

The safety product service provision level process assessment index includes: safety product service supply level assurance measure evaluation index, safety product service supply level landing process evaluation index and safety product service supply level result expression evaluation index;

the full-scale customer intensive operation level process evaluation index comprises: full-quantity customer intensive operation level guarantee measure evaluation index, full-quantity customer intensive operation level landing process evaluation index and full-quantity customer intensive operation level result expression evaluation index;

the evaluation index of the operation service capability process of the computing network comprises the following steps: the computing network operation service capability guarantee measure evaluation index, the computing network operation service capability landing process evaluation index and the computing network operation service capability result expression evaluation index;

the big data core basic capability process evaluation index comprises: the big data core basic capability guarantees measure evaluation indexes, big data core basic capability landing process evaluation indexes and big data core basic capability result expression evaluation indexes;

the platform operation service capability process evaluation index comprises: platform operation service capability guarantee measure evaluation index, platform operation service capability landing process evaluation index and platform operation service capability result expression evaluation index;

The network information security protection capability process evaluation index comprises the following steps: network information security protection capability protection measure evaluation index, network information security protection capability landing process evaluation index and network information security protection capability result expression evaluation index;

the fine network coverage rate process evaluation index comprises the following steps: the method comprises the steps of ensuring measure evaluation indexes of the top-quality network coverage, evaluating the landing process evaluation indexes of the top-quality network coverage and representing the evaluation indexes of the top-quality network coverage result;

the evaluation index of the computing network fusion basic capability process comprises the following steps: the computing network fusion basic capability guarantees measure evaluation indexes, computing network fusion basic capability landing process evaluation indexes and computing network fusion basic capability result expression evaluation indexes;

the resource visualization level process evaluation index comprises: resource visual level guarantee measure evaluation index, resource visual level landing process evaluation index and resource visual level result expression evaluation index;

the intelligent level process evaluation indexes of the intelligent family comprise: intelligent level guarantee measure evaluation index of intelligent level of intelligent family, intelligent level falling process evaluation index of intelligent family and intelligent level result expression evaluation index of intelligent family;

The basic network security capability process evaluation index comprises: basic network security capability guarantee measure evaluation index, basic network security capability landing process evaluation index and basic network security capability result expression evaluation index.

Step S3: after weights of the target evaluation index and the process evaluation index are set respectively, calculating an evaluation total index according to the target evaluation index and the process evaluation index result to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

evaluation of Total index I _{Strategic complex disc total index} Is calculated according to the following formula:

I _{strategic complex disc total index} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ；

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure the process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

As a specific embodiment, when I _{Five longitudinal and four transverse directions} Not less than 50 and I _{Three stage process} When the digital transformation strategy target is more than or equal to 50, confirming that the digital transformation strategy target is completed and executing the three-stage process in place;

when I _{Five longitudinal and four transverse directions} >50 and I _{Three stage process} <50, confirming that the digital transformation strategy target is completed, but the three-stage process is not performed in place;

When I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} >50, confirming that the digital transformation strategy target is not completed, but the three-stage process is executed in place;

when I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} <At 50, it is confirmed that the digitized transformation strategy target is not complete, but that the three-stage process is not in place.

As a specific implementation manner, in step S1, the evaluation index in the operator digital transformation strategy complex is obtained automatically through IT means, and specifically includes the following steps:

step S11: determining a first evaluation index to be acquired;

step S12: according to a first evaluation index to be acquired, docking with an evaluation index data source;

step S13: and automatically grabbing the first evaluation index from an evaluation index data source by using a data grabbing tool or an automatic script in an IT (information technology) means, so as to obtain the evaluation index in the operator digital transformation strategy complex.

As a specific embodiment, after step S3, step S4 is further included,

step S4: according to the estimated total index I _{Strategic complex disc total index} The method for carrying out overall grade evaluation on the current digital transformation strategy complex disc specifically comprises the following steps:

when I _{Strategic complex disc total index} If the total grade is more than or equal to 75, the total grade of the current digital transformation strategy complex disc is evaluated to be an excellent grade;

When 50 is less than or equal to I _{Strategic complex disc total index} <75, evaluating the overall grade of the current digital transformation strategy complex disc as a standard grade;

when I _{Strategic complex disc total index} <At 50, the overall rating of the current digital transformation strategy compact disc is evaluated as the laggard rating.

As a specific implementation manner, before step S1 of this embodiment, step S0 is further included,

step S0: constructing a visual data billboard for displaying an evaluation process and an evaluation result of the operator digital transformation strategy complex;

the step S0 specifically comprises the following steps:

step S01: determining target audience and demand;

step S02: designing and displaying data indexes according to target audiences and demands; the display data indexes comprise target evaluation results, digital image indexes, key milestone progress monitoring indexes and multi-level perspective indexes;

step S03: based on the data visualization tool, carrying out chart visualization on the designed display data indexes, thereby constructing a visual data billboard;

the chart visualization comprises target evaluation result chart visualization, digital image index chart visualization, key milestone progress monitoring index chart visualization and multi-level perspective index chart visualization.

Example 2:

as shown in fig. 8, the present embodiment provides an evaluation apparatus for operator digital transformation strategy multiple disc, the apparatus comprising:

an acquiring unit 10, configured to acquire an evaluation index in an operator digital transformation strategy complex;

the analysis unit 20 is connected with the acquisition unit 10 and is used for analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy complex;

the calculating unit 30 is connected with the analyzing unit 20, and is configured to calculate an evaluation total index according to the target evaluation index and the process evaluation index result after the weights of the target evaluation index and the process evaluation index are set respectively, so as to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

evaluation of Total index I _{Strategic complex disc total index} Is calculated according to the following formula (1):

I _{strategic complex disc total index} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ； (1)

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure the process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

As a specific embodiment, the computing unit includes:

The first calculation module is used for calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy complex disc;

five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} The following formula is shown:

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i the target weight corresponding to the ith evaluation index is obtained;

the second calculation unit is used for calculating three-stage process evaluation indexes of five longitudinal and four transverse according to the evaluation indexes in the operator digital transformation strategy complex disc;

five-longitudinal four-transverse three-stage process evaluation index I _{Three stage process} The following formula is shown:

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ the weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the following formula,

wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 The value of the ith evaluation index in the result expression process is taken;

the third calculation module is respectively connected with the first calculation module and the second calculation module and is used for calculating an estimated total index I according to the target estimated indexes of five longitudinal and four transverse directions and the three-stage process estimated indexes of five longitudinal and four transverse directions _{Strategic complex disc total index} ；

I _{Strategic complex disc total index} ＝W _{Five longitudinal and four transverse directions} *I _{Five longitudinal and four transverse directions} +W _{Three stage process} *I _{Three stage process}

Wherein,

W _{five longitudinal and four transverse directions} The weight of the target indexes of five vertical and four horizontal in the total index is calculated;

I _{five longitudinal and four transverse directions} The evaluation index is five-longitudinal and four-transverse target evaluation indexes;

W _{three stage process} The three-stage process index is the total indexWeights of (2);

I _{three stage process} The index is evaluated for a three-stage process.

As a specific embodiment, the device further comprises an evaluation unit connected to the calculation unit for evaluating the total index I _{Strategic complex disc total index} General grade evaluation of current digital transformation strategy complex disc

The overall grade assessment includes:

when I _{Strategic complex disc total index} If the total grade is more than or equal to 75, the total grade of the current digital transformation strategy complex disc is evaluated to be an excellent grade;

when 50 is less than or equal to I _{Strategic complex disc total index} <75, evaluating the overall grade of the current digital transformation strategy complex disc as a standard grade;

When I _{Strategic complex disc total index} <At 50, the overall rating of the current digital transformation strategy compact disc is evaluated as the laggard rating.

Example 3:

as shown in fig. 2, the embodiment provides a strategic complex disc evaluation index system and system combining target evaluation and process evaluation. The concrete explanation is as follows:

operator digital transformation strategy multiple disc overall evaluation framework

The overall framework is shown in fig. 2, takes a digital transformation strategy target of a telecom operator as a guide, and follows an operator digital transformation strategy multiple disc evaluation concept on the basis of referencing a strategy closed-loop management thought in an industry strategy management methodology and fully referencing an industry digital evaluation research result.

The evaluation system is a core element, mainly focuses on the operator digital transformation strategy, decodes the strategy, constructs a strategy multiple disc evaluation system combining target evaluation and process evaluation, realizes quantitative evaluation on the strategic landing effect, and evaluates and tracks the strategic landing process.

The assessment tool is a capability element, the real-time quantitative assessment capability is built by depending on an assessment system, a visual data billboard is built, and the execution progress and the global effect of the strategic plan are visually displayed.

The evaluation mechanism is a basic element, takes an evaluation result as a grip, establishes a special evaluation work group, definitely participates in the responsibility main body and task division of the evaluation activity, simultaneously strengthens process management and control, timely rectifies and changes the problems found in the evaluation, feeds back an execution result to the iteration of a strategy system of the next round, and forms a closed loop evaluation mechanism from strategy to execution and from problem finding to problem solving.

(II) operator digital transformation strategy multiple disc evaluation system

And (3) following an operator strategy multiple-disc evaluation concept, taking an operator high-quality development target as a value guide, decoding a telecom operator strategy plan, constructing a strategy rule multiple-disc evaluation index system combining target evaluation and process evaluation, quantitatively evaluating the effect of a strategy landing target, and evaluating and tracking the strategy landing process.

1. Five-longitudinal four-transverse target evaluation system

Five vertical and four horizontal target evaluations take a strategic target as a core, five aspects of deep connection, strong calculation, activity data, optimal application and precision safety are longitudinally performed, 17 key indexes capable of reflecting overall efficiency are selected from four aspects of strategic guarantee, service agility, platform sharing and network leading, an evaluation system is constructed, and quantitative evaluation of operator enterprise-level, headquarter and molecular company strategic landing targets is realized. The five-vertical four-horizontal target evaluation system is shown in fig. 3.

The five-axis market layout of the operators in digital economy reflects the energy value of the operators to the industries in the five fields of telecom basic business, cloud computing business, big data business, 5G industry application and security product service based on digital technology. Wherein:

(1) Deep connection is carried out: and evaluating the energized value of operators to industries by creating high-quality 5G networks, gigabit broadband networks and power networks.

(2) And (5) performing strong calculation: and evaluating the energized value of operators to industries by establishing the integrating basic capability of the computing network and providing the integrating service of the computing network.

(3) And (3) making living data: the evaluation operator takes the value of the released data element as a guide, and improves the energized value of the network resource visualization to the industry by improving the basic capability of the big data core and promoting the commercialization of the data technology.

(4) The method comprises the following steps: the evaluation operators aim at the 5G application scale development, and the energized value of the industry is achieved by constructing the 5G platform capability, the 5G application innovative product and the 5G intelligent terminal capability of the important industry.

(5) The refining is safe: and evaluating the energized value of an operator to the industry in the aspects of upgrading the service supply of the security products, enhancing the security protection capability of network information and tamping the security foundation capability of the cloud network.

The four-bar system embodies the key points of construction from strategy, service and platform to each layer of network, which are included in the requirement of operators for realizing value energy of industry, and the innovation of the operators can be developed in a structural mode through the four layers. Wherein:

(1) Strategic support: the ability of enterprises to optimize the structure of digital talents in advancing digital transformation strategies and the ability to organize technological autonomous innovations are evaluated.

(2) Service agility: the ability to assess three aspects of customer service, product innovation offer, and business market competitiveness.

(3) Platform sharing: and evaluating intelligent brain digitizing ability construction effect and intelligent operation ability facing to four fields of clients, business, management and network.

(4) Calculating the leading of the network: and evaluating the construction success of a communication network (a mobile network, a fixed network and an Internet of things), the integration capability of an algorithm network, the management of network resources, the security guarantee of the network and the like.

Five vertical and four horizontal indexes are shown in the following table:

three kinds of

Stage process evaluation system

The three-stage process evaluation takes reinforced strategic landing as a core, adheres to the evaluation in the event, surrounds three stages of guarantee measures in strategic execution and landing process to result representation, periodically evaluates the landing execution progress condition of a strategic target, timely knows the internal coordination condition in strategic target key index propulsion and the IT, network and business through linkage condition, reveals that the strategic target achieves milestone target gap and execution risk, and dynamically adjusts the working priority. The three-stage process evaluation system is shown in fig. 4.

The three-stage process evaluation system consists of a safeguard measure, a landing process, a result expression stage and evaluation indexes corresponding to the stages. Wherein:

(1) The safeguard measure is as follows: to push the strategic targets to land, the CAPEX and OPEX resource allocation efficiency is evaluated from a guarantee perspective.

(2) The floor process comprises the following steps: and evaluating whether the milestone target and the promised delivery object in the strategic target landing are executed according to the normal time schedule progress.

(3) The results show that: from the aspects of user experience, manager decision, operator efficiency and constructor benefit, the change and the generated value of the strategic target ground brought to the user perception are comprehensively evaluated.

Three-stage process evaluation index table:

3. description of strategic multiple disc assessment method

The digital transformation strategy multi-disc evaluation comprises a target evaluation part and a process evaluation part, and the strategy multi-disc total index and the dimensionality index are formed by quantitatively evaluating the operator enterprise level, headquarter and molecular company strategy landing.

The first step, five vertical and four horizontal target evaluation, specifically comprises the following steps:

and calculating the single index target completion degree of the five-vertical and four-horizontal target evaluation system.

The five-longitudinal four-transverse evaluation system is crossed in two longitudinal and transverse dimensions to form 16 index sets, and 17 target evaluation indexes are distributed in the 16 index sets according to the five-longitudinal four-transverse evaluation system. As shown in fig. 5, the five-longitudinal four-transverse evaluation system crosses two dimensions in a longitudinal and transverse direction to form 16 index sets.

Table: correspondence between 16 index sets and 17 target evaluation indexes

16 index sets	17 target evaluation indexes
		Set 1	Talent team structure, technological innovation ability
Set 2	Customer service satisfaction
		Set 3	Integrated level of calculation network integration product
Set 4	Leading level of big data business industry
		Set 5	5G and broadband convergence service market competitiveness
Set 6	Secure product service provision level
		Set 7	Full customer intensive operation level
Set 8	Computing network operation service capability
		Set 9	Big data core basic capability
Set 10	Platform operation service capability
		Set 11	Network information security protection capability
Set 12	Exquisite network coverage
		Set 13	Computing network convergence foundation capability
Set 14	Resource visualization level
		Set 15	Smart home universal intelligent level
Set 16	Basic network security capability

And (3) by combining index quantification calculation with field expert evaluation, determining the current values a, target values t and weights w of the 17 indexes evaluated by the five-longitudinal and four-transverse targets, and calculating the target completion degree i of each index. The calculation formula of the completion degree of the index target is as follows:

(2) And calculating the sub-indexes of each dimension of five longitudinal and four transverse directions. Five-vertical (deep connection, strong calculation, activity data, optimal application and precision safety) and four-horizontal (strategic guarantee, service agility, platform sharing and network leading) dimension sub-indexes I of each evaluation object are obtained by weighting and calculating the target completion degree I and the weight w of the target evaluation indexes of the corresponding set.

Taking a strategic guarantee dimension sub-index as an example, if the strategic guarantee dimension comprises 2 target evaluation indexes of talent team structure and technological innovation capability, the strategic guarantee dimension sub-index I _{Strategic support objective assessment} The calculation formula is as follows:

(3) Calculating five-longitudinal and four-transverse target evaluation index I _{Five longitudinal and four transverse directions} The calculation formula is obtained by the upward weighting recursive calculation of 17 target evaluation indexes:

and secondly, evaluating a three-stage process. Firstly, the weights h of 3 evaluation indexes in three-stage process evaluation are defined by combining index quantitative calculation and field expert evaluation, and then the values of all indexes and indexes of all stages are calculated respectively. The three-stage process evaluation index is shown in fig. 6.

The specific calculation steps for the three-stage process assessment are as follows:

(1) And respectively carrying out three-stage process evaluation on the 17 five-longitudinal four-transverse target evaluation indexes, and determining the value b of the 17 five-longitudinal four-transverse target evaluation indexes under the indexes corresponding to each stage of the three-stage process evaluation through a mode of combining index quantitative calculation and field expert evaluation.

(2) The values of all the dimensions of five longitudinal (deep connection, strong calculation, live data, optimal application and precision safety) and four transverse (strategic guarantee, agile service, platform sharing and network leading) in the three-stage process evaluation are calculated.

Taking a strategic guarantee dimension as an example, the strategic guarantee dimension comprises 2 target evaluation indexes of talent team structure and technological innovation capability, and the values of the 2 target evaluation indexes in three-stage process evaluation are assumed to be as follows:

the value calculation formula of the strategic support dimension in the three-stage process evaluation is as follows:

(3) Calculating the values of 3 evaluation indexes in a three-stage process evaluation system, wherein the calculation formula is as follows:

(4) Calculating three-stage process evaluation indexes, wherein the three-stage process evaluation indexes are obtained by weighting and calculating the values of the 3 evaluation indexes and the corresponding weights thereof, and the calculation formula is as follows:

thirdly, calculating and grading the total index of the digital transformation strategy complex disc evaluation, wherein the method comprises the following steps of:

(1) The principle of process and result repetition is adhered to, and the calculation formula of the digital transformation strategy complex disc evaluation total index of each evaluation object is as follows:

I _{strategic complex disc total index} ＝I _{Five longitudinal and four transverse directions} *50％+I _{Three stage process} *50％

(2) The digitized transformation strategy is rated. And (3) evaluating the total index value according to the digital transformation strategy complex disc of each evaluation object, and grading the total of the digital transformation strategy complex disc according to the grading rule.

Table: rating rules

(3) And further analyzing the five-longitudinal four-transverse target evaluation index and the three-stage process evaluation index on the basis of the rating to form strategic target adjustment and improvement suggestions.

Table: improved policy example

The telecom operator strategy evaluation operation tool provided by the invention is composed of the following modules:

as shown in fig. 7, the strategy evaluation operation tool is constructed based on the strategy planning execution evaluation system of the telecom operator, and the automatic index acquisition capability is constructed to support real-time quantitative evaluation of the strategy planning; meanwhile, a global visual data billboard is constructed for strategic planning floor, and implementation effects are comprehensively observed and monitored.

(1) Constructing a visual data billboard: and visually displaying diversified index data, constructing a target evaluation result display view, a digital image view, a key milestone progress monitoring view and an index multi-level perspective view, and supporting a real-time monitoring strategic target landing effect and an overall progress.

(2) Constructing index collection computing capacity: through an IT means, the automatic acquisition of indexes is realized through various modes such as docking with a data source system, report collection and the like, so that the quantifiable and traceable data are ensured; meanwhile, the system provides the functions of multi-version index tree construction, index attribute visual configuration, digital portrait and the like, calculates and updates the evaluation result in real time, and dynamically portrays each evaluation object.

It is to be understood that the above embodiments are merely illustrative of the application of the principles of the present invention, but not in limitation thereof. Various modifications and improvements may be made by those skilled in the art without departing from the spirit and substance of the invention, and are also considered to be within the scope of the invention.

Claims (10)

1. An evaluation method of operator digital transformation strategy multiple disc is characterized in that,

the method comprises the following steps:

step S1: acquiring an evaluation index in a digital transformation strategy complex of an operator;

step S2: analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy complex;

step S3: after weights of the target evaluation index and the process evaluation index are set respectively, calculating an evaluation total index according to the target evaluation index and the process evaluation index result to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

the estimated total index I _{Strategic complex disc total index} Is calculated according to the following formula (1):

I _{strategic compound discTotal index of} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ； (1)

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure the process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

2. The method for evaluating a digitized transformation strategy compact of an operator according to claim 1, wherein,

in the step S1, the evaluation index in the operator digital transformation strategy complex is obtained as five longitudinal and four transverse evaluation indexes in the operator digital transformation strategy complex; the five longitudinal and four transverse evaluation indexes are combined evaluation indexes of deep connection, strong calculation, live data, optimal application, precise and safe five longitudinal and strategic guarantees, quick service, platform sharing and leading four transverse calculation networks;

The step S2 specifically includes:

calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy compound disc;

the method comprises the steps of,

according to the evaluation index in the operator digital transformation strategy complex disc, calculating a three-stage process evaluation index of five longitudinal and four transverse; the five-longitudinal and four-transverse three-stage process evaluation index comprises a five-longitudinal and four-transverse safeguard measure evaluation index, a five-longitudinal and four-transverse landing process evaluation index and a five-longitudinal and four-transverse result expression evaluation index;

the five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} As shown in formula (2):

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i the target weight corresponding to the ith evaluation index is obtained;

the three-stage process evaluation index I of five longitudinal and four transverse _{Three stage process} As shown in formula (3):

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ the weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the formula (4),

Wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 and (5) taking the value of the ith evaluation index in the result expression process.

3. The method for evaluating a digitized transformation strategy compact of an operator according to claim 2, wherein,

the target weight K corresponding to the ith evaluation index _i The value of the K is between 0 and 1, and K ₁ +K ₂ +……K _i =1, the target evaluation index I _{Five longitudinal and four transverse directions} As shown in the formula (5),

the process weight W corresponding to the ith evaluation index _i Wherein the value of W is in the range of 0 to 1 ₁ +W ₂ +…W _i =1, the [ s ] ₁ s ₂ s ₃ ]The result is represented by the following formula (6),

4. the method for evaluating a digitized transformation strategy compact of an operator according to claim 2, wherein,

when I _{Five longitudinal and four transverse directions} Not less than 50 and I _{Three stage process} When the digital transformation strategy target is more than or equal to 50, confirming that the digital transformation strategy target is completed and executing the three-stage process in place;

when I _{Five longitudinal and four transverse directions} >50 and I _{Three stage process} <50, confirming that the digital transformation strategy target is completed, but the three-stage process is not performed in place;

when I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} >50, confirming that the digital transformation strategy target is not completed, but the three-stage process is executed in place;

when I _{Five longitudinal and four transverse directions} <50 and I _{Three stage process} <At 50, it is confirmed that the digitized transformation strategy target is not complete, but that the three-stage process is not in place.

5. The method for evaluating a digitized transformation strategy compact of an operator according to claim 1, wherein,

in the step S1, the evaluation index in the operator digital transformation strategy complex is automatically obtained through IT means, and specifically includes the following steps:

step S11: determining a first evaluation index to be acquired;

step S12: according to a first evaluation index to be acquired, docking with an evaluation index data source;

step S13: and automatically grabbing the first evaluation index from an evaluation index data source by using a data grabbing tool or an automatic script in an IT (information technology) means, so as to obtain the evaluation index in the operator digital transformation strategy complex.

6. The method for evaluating a digitized transformation strategy compact of an operator according to claim 1, wherein,

after the step S3, the method further comprises a step S4,

step S4: according to the estimated total index I _{Strategic complex disc total index} The method for carrying out overall grade evaluation on the current digital transformation strategy complex disc specifically comprises the following steps:

When I _{Strategic complex disc total index} If the total grade is more than or equal to 75, the total grade of the current digital transformation strategy complex disc is evaluated to be an excellent grade;

when 50 is less than or equal to I _{Strategic complex disc total index} <75, evaluating the overall grade of the current digital transformation strategy complex disc as a standard grade;

when I _{Strategic complex disc total index} <At 50, the overall rating of the current digital transformation strategy compact disc is evaluated as the laggard rating.

7. The method for evaluating a digitized transformation strategy compact of an operator according to any one of the claims 1 to 6, wherein,

before the step S1, the method further comprises a step S0,

step S0: constructing a visual data billboard for displaying an evaluation process and an evaluation result of the operator digital transformation strategy complex;

the step S0 specifically includes the following steps:

step S01: determining target audience and demand;

step S02: designing and displaying data indexes according to target audiences and demands; the display data indexes comprise target evaluation results, digital image indexes, key milestone progress monitoring indexes and multi-level perspective indexes;

step S03: based on the data visualization tool, carrying out chart visualization on the designed display data indexes, thereby constructing a visual data billboard;

The chart visualization comprises target evaluation result chart visualization, digital image index chart visualization, key milestone progress monitoring index chart visualization and multi-level perspective index chart visualization.

8. An evaluation device for operator digital transformation strategy multiple discs, characterized in that the device comprises:

the acquisition unit is used for acquiring the evaluation index in the operator digital transformation strategy complex disc;

the analysis unit is connected with the acquisition unit and used for analyzing target evaluation indexes and process evaluation indexes according to evaluation indexes in the operator digital transformation strategy compound disc;

the calculation unit is connected with the analysis unit and is used for calculating an evaluation total index according to the target evaluation index and the process evaluation index result after the weights of the target evaluation index and the process evaluation index are respectively set so as to obtain an evaluation result of the operator digital transformation strategy duplication;

wherein:

the estimated total index I _{Strategic complex disc total index} Is calculated according to the following formula (1):

I _{strategic complex disc total index} ＝W _{Target object} *I _{Target object} +W _Procedure *I _Procedure ； (1)

Wherein,

W _{target object} The weight of the target index in the total index is calculated;

I _{target object} Evaluating the index for the target;

W _Procedure The process index is the weight of the total index;

I _Procedure evaluating an index for a process;

W _{target object} And W is _Procedure The value ranges are all between 0 and 1, and W _{Target object} And W is equal to _Procedure The sum is 1.

9. The apparatus for evaluating an operator digital transformation strategy compact disc according to claim 8, wherein,

the calculation unit includes:

the first calculation module is used for calculating target evaluation indexes of five longitudinal and four transverse directions according to evaluation indexes in the operator digital transformation strategy complex disc;

the five-longitudinal four-transverse target evaluation index I _{Five longitudinal and four transverse directions} The following formula is shown:

wherein,

i is a positive integer greater than 1;

X _i a target index score for the ith evaluation index;

K _i the target weight corresponding to the ith evaluation index is obtained;

the second calculation unit is used for calculating three-stage process evaluation indexes of five longitudinal and four transverse according to the evaluation indexes in the operator digital transformation strategy complex disc;

the three-stage process evaluation index I of five longitudinal and four transverse _{Three stage process} The following formula is shown:

wherein:

s1 is a safeguard measure evaluation index in a three-stage process evaluation system;

s2 is a landing process evaluation index in a three-stage process evaluation system;

s3, a result expression evaluation index in a three-stage process evaluation system;

h ₁ The weight corresponding to S1;

h ₂ the weight corresponding to S2;

h ₃ the weight corresponding to S3;

[s ₁ s ₂ s ₃ ]as shown in the following formula,

wherein:

W _i process weight corresponding to the ith evaluation index;

b _i1 the value of the ith evaluation index in the safeguard measure is taken;

b _i2 the value of the ith evaluation index in the landing process is taken;

b _i3 the value of the ith evaluation index in the result expression process is taken;

the third calculation module is respectively connected with the first calculation module and the second calculation module and is used for calculating an evaluation total index I according to the target evaluation index of five longitudinal and four transverse directions and the three-stage process evaluation index of five longitudinal and four transverse directions _{Strategic complex disc total index} ；

I _{Strategic complex disc total index} ＝W _{Five longitudinal and four transverse directions} *I _{Five longitudinal and four transverse directions} +W _{Three stage process} *I _{Three stage process}

Wherein,

W _{five longitudinal and four transverse directions} The weight of the target indexes of five vertical and four horizontal in the total index is calculated;

I _{five longitudinal and four transverse directions} The evaluation index is five-longitudinal and four-transverse target evaluation indexes;

W _{three-stageProcedure} The weight of the three-stage process index to the total index;

I _{three stage process} The index is evaluated for a three-stage process.

10. The apparatus for evaluating an operator digital transformation strategy compact disc according to claim 8 or 9, further comprising:

an evaluation unit connected with the calculation unit for evaluating the total index I _{Strategic complex disc total index} General grade evaluation of current digital transformation strategy complex disc

The overall grade assessment includes:

when I _{Strategic complex disc total index} If the total grade is more than or equal to 75, the total grade of the current digital transformation strategy complex disc is evaluated to be an excellent grade;

when 50 is less than or equal to I _{Strategic complex disc total index} <75, evaluating the overall grade of the current digital transformation strategy complex disc as a standard grade;

when I _{Strategic complex disc total index} <At 50, the overall rating of the current digital transformation strategy compact disc is evaluated as the laggard rating.