KR20210121638A - An Object Tracking Management System to support the multiful analysis intention in development project and the method - Google Patents

Abstract

The present invention relates to a goal tracking and management system for supporting multiple analysis intentions in a development project, and a method thereof and, more specifically, to a goal tracking and management system which tracks and manages development goals according to various analysis intentions, such as a process of achieving goals in various development projects, the fact whether the goals are achieved, and the like, and a method thereof. To this end, the goal tracking and management system comprises: a traceability plan management unit (10) managing traceability for tracking according to the progress of a development project; a tracking setting unit (20) setting a setting method according to the tracking and a tracking setting method according to a tracking purpose; a traceability analysis unit (30) analyzing an item to be tracked or a project result according to the progress of the project; and a traceability expression unit (40) displaying an analysis result of the traceability analysis unit (30) in a dashboard type.

Description

An Object Tracking Management System to support the multiful analysis intention in development project and the method

The present invention relates to a goal tracking management system and method that support a plurality of analysis intentions in a development project, and to track and A management system and method therefor.

In general, in project development, traceability management is used to verify whether project goals are being reflected, and such traceability plays a very important role in development projects.

Here, the development project proceeds through a gradual process to achieve the goal, the project goal is detailed with the requirements agreed with the developer, the implementation method is designed and implemented, and the implemented content is tested whether it meets the requirements. .

Going through this series of processes, the project develops products step by step.

Examples of representative outputs include requirements documents, design documents, implementation documents, and test results, and it is possible to check whether the contents of the previous stage are all reflected in the next stage through traceability analysis between outputs.

In addition, when one component of the project is changed, it helps to maintain the integrity of the project by identifying the affected part and tracking which elements need to be changed.

Among these development projects, in the case of traditional software development, requirements traceability technology is often mentioned. In particular, in the case of a project that develops a system where safety is important, such as aviation, automobile, railroad, and nuclear power, traceability confirmation is very difficult. It is important. This is because it must be checked whether the safety requirements are fully reflected in the system.

Accordingly, traceability requirements are provided in the form of standards and must be followed. In the case of a conventional simple project, traceability can be managed by organizing and managing a table in the form of a table. The table makes it difficult for administrators to manage separately.

In order to solve this problem, the traceability management support device using a computer is used for the purpose of providing convenience to users, but in order to automate and manage traceability, most of the relationships between the elements composing the project are based on the database. Most of the methods were designed to be tracked as a database.

However, in the case of a method that can track the relationship between components by designing a database as described above, because the design is based on commonalities or linkages between components, atypical data or false linkages between various types of project products are lacking. In the case of the result, there was a problem in that it was difficult to apply the prior art described above.

Republic of Korea Patent Registration No. 10-2018943 (Software requirements integrated tracking management system and its management method, registered on August 30, 2019) Republic of Korea Patent No. 10-1370973 (Requirement data management system and requirements management method, registered on February 28, 2014) Republic of Korea Patent No. 10-1292312 (Requirement scale calculation device and method considering goals and constraints, registered on July 24, 2013) Republic of Korea Patent Publication No. 10-2019-0054676 (A method and device for tracking and managing code changes for multiple projects, published on May 22, 2019)

In order to solve the above problems, the present invention tracks development goals according to various analysis intentions, such as a process of achieving goals in various development projects (a concept including a development program or an application program, etc.) and whether the goals are achieved and to provide a system and method for managing it.

A target tracking management system supporting a plurality of analysis intentions in a development project to achieve the above object is a traceability plan management unit 10 that manages traceability for tracking according to the progress of the development project; and the traceability plan The tracking setting unit 20 sets and executes the tracking setting method according to the traceability plan of the management unit 10 and the tracking setting method according to the tracking purpose; and based on the result of the tracking execution of the tracking setting unit 20 a traceability analysis unit 30 for analyzing a trackable item or a project result according to the progress of the project; and a traceability expression unit 40 that displays the analysis result of the traceability analysis unit 30 in the form of a dashboard to provide a target tracking management system that supports a plurality of analysis intentions in a development project do.

At this time, the traceability plan management unit 10 is equipped with a platform for reflecting the user's or manager's tracking intention for the results generated during the project, and analysis intention based on the information input by the user or manager judged and reflected.

In addition, the traceability analysis unit 30 checks and confirms 'connectivity of goal achievement process', 'goal achievement or not', 'goal achievement performance chart', 'confirmation of impact evaluation when changing items' and 'non-tracked items' ' menu is further included, and the traceability plan management unit 10 tracks items defined in the item set definition unit 11 and the item set definition unit 11 that define items that are all products calculated in the project development process. The item selection unit 12, which selects a target item according to the purpose of It is composed of a data connection unit 14 that selects an upper item to be tracked from a lower item among the lower items and finds a linkage by matching or the like with respect to the tracking data.

In addition, as the project progresses, the traceability plan management unit 10 determines 'completeness', which determines whether the previous contents are reflected in the next stage, and 'accuracy', which determines whether the project outputs for each stage have been accurately completed, and 'completeness' ' places the index in the transverse direction, and 'accuracy' causes the index to be placed in the longitudinal direction.

The arrangement of the index as described above is a 'line type' arranged in time series order, and when distributing several projects at the same time, it can be applied in any one form of 'root type' or 'star type' and 'closed loop type', By applying the drag-and-drap method based on the GUI (Graphic User Interface), the user or administrator can selectively apply the form using the input window and the progress arrow to input the index.

In addition, the tracking setting unit 20 sets the difficulty and consistency of tracking, but in the case of an atypical heterogeneous relationship in which the expression method of the result derived by each stage of the project is different, the user or the manager directly enters each item and matches, or Alternatively, through analysis and learning of indexes, texts, and images, the degree of similarity is automatically determined according to the level of difficulty and consistency set by the user, and matching by item is performed to support multiple analysis intentions in a development project. It is possible to achieve the object of the present invention by providing a target tracking management system.

The target tracking management method supporting a plurality of analysis intentions in a development project using the system of the present invention is a traceability planning step (S10) of planning the traceability by item or item according to the progress of the development project in the traceability plan management unit (10) ); and, based on the traceability planned in the traceability planning step (S10), set the trace setting method according to the user or manager's requirements in the trace setting unit 20 and the trace setting method according to the trace purpose, and complete the setting After the traceability execution step (S20) of executing the trace; and the traceability execution step (S20), the traceability is executed and on the basis of the obtained information, the traceable item according to the project progress in the traceability analysis unit 30 or Traceability analysis step (S30) of analyzing the results of tracking execution to analyze the project results; and a traceability expression step (S40) in which the results analyzed in the traceability analysis step (S30) are expressed in a visible form in the traceability expression unit 40 and displayed. A goal tracking management method that supports

In addition, the traceability planning step (S10) is

an item set definition process (S110) in which the item set definition unit 11 defines an item, which is all products calculated in the project development process; a tracking target item selection process (S120) of selecting a target item through the item selection unit 12 according to the purpose of tracking among the items defined in the item set definition process (S110); an item arranging process (S130) of arranging the items selected in the tracking target item selection process (S120) through the item arranging unit 13; In the item arranging process (S130), the upper item to be tracked from the lower item is selected, the linkage is found through matching with respect to the tracking data, and the tracking data connection process for each purpose is connected in the data connection unit 14 (S140) ; and a traceability connection completion process (S150) that completes the connection between items through the purpose-specific tracking data connection process (S140). By doing so, the object of the present invention can be better achieved.

The present invention has the effect of providing a system and method for tracking and managing development goals according to various analysis intentions, such as a process of achieving a goal in various development projects and whether the goal is achieved.

1 is a configuration diagram of a target tracking management system supporting a plurality of analysis intentions in a development project of the present invention.
2 is an embodiment of a platform mounted on the traceability plan management unit 10 of the present invention.
3 is a detailed configuration diagram of the traceability plan management unit 10 according to the present invention.
4 is an exemplary diagram for traceability connection according to the present invention.
5 is an exemplary diagram for setting tracking mapping and the like according to the present invention.
6 is an exemplary diagram of an item definition according to the present invention.
7 is an exemplary diagram for setting tracking data according to the present invention.
8 is an exemplary view of a dashboard expression form according to the present invention.
9 is a flowchart of a target tracking management method supporting a plurality of analysis intentions in a development project of the present invention.
10 is a flowchart of the traceability planning step (S10) according to the present invention.

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, and only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is only defined by the scope of the claims. Accordingly, in some embodiments, well-known process steps, well-known device structures, and well-known techniques have not been specifically described in order to avoid obscuring the present invention. Like reference numerals refer to like elements throughout.

In order to clearly express various layers and regions in the drawings, the thicknesses are enlarged. Throughout the specification, like reference numerals are assigned to similar parts. When a part, such as a layer, film, region, plate, etc., is "on" another part, it includes not only the case where it is "directly on" another part, but also the case where there is another part in between. Conversely, when we say that a part is "just above" another part, we mean that there is no other part in the middle. Also, when a part of a layer, film, region, plate, etc. is said to be “under” another part, it includes not only the case where the other part is “directly under” but also the case where there is another part in between. Conversely, when we say that a part is "just below" another part, it means that there is no other part in the middle.

Relative terms "below", "beneath", "lower", "above", "upper", etc., as shown in the figure, refer to one element or It can be used to easily describe the correlation between components and other devices or components. Spatially relative terms should be understood as terms including different orientations of the device during use or operation in addition to the orientation shown in the drawings. For example, when an element shown in the figures is turned over, an element described as "beneath" or "beneath" another element may be placed "above" the other element. Accordingly, the exemplary term “below” may include both directions below and above. The device may also be oriented in other orientations, and thus spatially relative terms may be interpreted according to orientation.

In the present specification, when it is said that a part is connected to another part, it includes not only a case in which it is directly connected, but also a case in which it is electrically connected with another element interposed therebetween. In addition, when it is said that a part includes a certain component, this means that other components may be further included, rather than excluding other components, unless otherwise stated.

In this specification, terms such as first, second, third, etc. may be used to describe various components, but these components are not limited by the terms. The above terms are used for the purpose of distinguishing one component from other components. For example, without departing from the scope of the present invention, the first component may be referred to as a second or third component, and similarly, the second or third component may also be alternately named.

Unless otherwise defined, all terms (including technical and scientific terms) used herein may be used with the meaning commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not to be interpreted ideally or excessively unless clearly specifically defined.

In the present disclosure, an embodiment may be used in a sense including one of various embodiments, aspects, or aspects of the present disclosure. The following description is illustrative for helping understanding of the present disclosure, and the present disclosure is not limited only to the embodiments described below. In addition, the accompanying drawings may enlarge, exaggerate, briefly show or omit some or all of the configuration for convenience of description.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of a target tracking management system supporting a plurality of analysis intentions in a development project of the present invention.

With reference to FIG. 1, the target tracking management system that supports a plurality of analysis intentions in the present invention development project will be described in detail. It consists of an analysis unit 30 and a traceability expression unit 40 .

The goal tracking management system supporting a plurality of analysis intentions in the development project of the present invention as described above uses a web-based interface so that administrators and users can use it, so that administrators and users can access it regardless of conditions such as location, time, etc. make it possible

In the development project of the present invention, the target tracking management system supporting a plurality of analysis intentions should be understood as a concept including a hardware system and/or a hardware-based application program.

The traceability plan management unit 10 manages a traceability plan for tracking according to the progress of the development project, and is equipped with a platform for reflecting the user's or manager's tracking intention, and based on the information input by the user or manager. It plays a role in judging the intention of analysis and reflecting it.

Here, the platform mounted on the traceability plan management unit 10 determines the analysis intention through the user's index input and arrangement of the results generated while the project is in progress.

More specifically, in the platform mounted on the user's traceability plan management unit 10, the 'progress item' and the 'progress item', which are the same or similar category items that are generated step by step as the project progresses, have goals within the It consists of 'detailed result items' that show the progress up to the result.

For example, in the 'progress item', a 'goal' is set according to the progress of the development project, a 'requirement' according to the 'goal' is generated in the next step, and the 'requirement' is reflected in the next step. The 'design' proceeds, and the 'unit implementation' reflecting the 'design' is carried out in the next step.

Here, the 'goal', 'requirement', 'design' and 'unit implementation' have different names, but the actual content is the same or similar, and the intention or intention of the developer or orderer in the previous stage for each content is different. It should be checked and tracked for reflection.

At this time, the 'progress item' such as 'goal', 'requirement', 'design' and 'unit implementation' is a category of the same level between the previous stage and the adjacent next stage. It is arranged so that the user or administrator can easily deploy it according to the project schedule.

In addition, as a sub-concept of the 'progress item' as described above, the progress of each 'progress item' can be tracked and checked. For example, in the case of a 'requirement' item, the progress of a specific process The results are arranged to proceed in the longitudinal direction arranged in the top down, so that the user or administrator can visually recognize it easily.

At this time, it is possible to provide the platform as described above and determine the tracking intention based on the index for each item entered by the user. And the 'accuracy' that judges whether the output of each phase project was completed accurately is to be judged.

Here, in the case of 'completeness' as described above, when a user or administrator inputs an index using the platform provided by the traceability plan management unit 10, when inputting in the lateral direction, the intention to track and analyze step-by-step completeness In the case of 'accuracy', when a user or administrator inputs an index in the longitudinal direction, it is understood that this is an intention to track and analyze 'accuracy' (see FIG. 2).

In the case of such a platform, a 'line type' arranged and arranged in a time series order, which is a basic form, is provided to a user or administrator in such a platform, and an index, which is information, is input. can be applied.

For example, in addition to the 'line type' arranged in time series order, when various projects are distributed at the same time, various forms such as 'root type' or 'star type' and 'closed loop type' can be applied, and GUI (Graphic User Interface) ) based drag-and-drap method, so that the user or administrator can selectively apply the form using the input window and the progress arrow to input the index.

In addition, the traceability plan management unit 10 includes an item set definition unit 11, an item selection unit 12, an item arrangement unit 13 and a data connection unit 14 for traceability planning processing. .

In the present invention, the meaning of the unit is interpreted to include a program unit and/or a hardware system for executing them.

Here, the item set definition unit 11 defines all products calculated in the development process, that is, the items.

The item selection unit 12 selects a target item according to the purpose of tracking among the items defined in the item set definition unit 11 .

The item arranging unit 13 arranges the items according to the tracking method of the tracking target item.

The data connection unit 14 selects an upper item to be tracked from a lower item among the arranged items, and finds and connects the trace data by matching or the like.

By using such a configuration, it is possible to manage the traceability plan.

The tracking setting unit 20 sets the tracking setting method according to the tracking and the tracking setting method according to the tracking purpose, and executes the tracking after the setting is completed.

This is to set the difficulty and consistency of tracking. In the case of an atypical heterogeneous relationship in which the expression method of the results derived at each stage of the project is different, the user or manager directly inputs and matches each item, or indexes, texts, images, etc. Through analysis and learning, the level of similarity is automatically determined according to the level of difficulty and consistency set by the user, and item-by-item matching is performed.

For example, if a step-by-step item is assumed to be an 'item', it is possible to set the traceability between items by using the arrangement and connectivity of the structures of adjacent or related items.

More specifically, in the case of a 'design book' item that is related to a 'requirement' item, matching is required to set traceability for the details in each item. Or, when detailed items are input, the detailed items are automatically matched through analysis or mechanical learning. make it possible

This is to determine the progress of detailed items, progress results, and omissions according to the user or manager's intention to track and analyze each project item. To understand the results through execution.

The traceability analysis unit 30 is to analyze the items to be tracked or the results of the project according to the progress of the project. It will include and perform the 'Check Impact Assessment' and 'Check and Check for Untracked Items' menus.

Here, the 'connection of the goal achievement process' refers to the process of how a specific item is linked by 'progress item' from the project start stage until the project is completed so that it can be analyzed and visually expressed in the form of mapping. will do

In addition, the 'goal achievement' is to determine whether the result has reached the initial target value, and only whether the result has been achieved, that is, whether the result has been derived, is determined by quantitative evaluation.

In addition, the 'goal achievement performance' is a qualitative evaluation that determines how well the result matches the initial target value, and determines the completeness of the result.

At this time, the degree of completion of the result is analyzed and judged through the matching of the image provided in the degree of completion point for the completed result or the design book.

The 'confirmation of impact evaluation when changing an item' is to evaluate and analyze the impact on the outcome when the name or content of an item is changed in the course of a project, for example, when a target item is changed It is to evaluate and reflect the expected form or process time of the final result, and the revision of the progress made in the meantime.

Here, the 'confirmation of impact evaluation when changing items' can be predicted and manually determined by the user or administrator, and also can be predicted and then guided based on a database of other similar cases.

In this case, the similar case database may be applied through a storage medium provided externally.

The 'checking and confirming untracked items' refers to checking and checking and guiding items that are missing during project progress, and searches for and analyzes items that are not matched by detailed items between items.

For example, among the details reflected in 'requirements', if there are items that are not reflected in the 'design document', which is an intermediate result, check them, analyze the reasons, and guide them to reflect the missing items. You decide whether or not to do so, or, if the reason for the omission is reasonable, ignore the omission and proceed to the next step.

The traceability expression unit 40 displays the analysis result of the traceability analysis unit 30 and displays the result in the form of a dashboard.

For example, in the case of the 'goal' item, the contents are provided in a top-down box format with the serial number and the details for the sub-concept sub-items. ', 'G002 R&D data and output setting', 'G003 goal traceability management', … … It is arranged and expressed like 'G010 Various R&D Type Support' and 'G011 R&D Data Type'.

In addition, with respect to the various analysis results of the traceability analysis unit 30, it can be further expressed in the form of matching for each item, the result diagram, etc. in the expression method of the dashboard type displayed by the traceability expression unit 40 in the form of a mapping.

A target tracking management method using a target tracking management system supporting a plurality of analysis intentions in the development project as described above will be described in detail below with reference to the drawings.

9 is a flowchart of a target tracking management method supporting a plurality of analysis intentions in a development project of the present invention. FIG. 10 is a flowchart of a traceability planning step (S10) according to the present invention.

9 and 10, the target tracking management method supporting a plurality of analysis intentions in the development project of the present invention is a traceability planning step (S10) in which the traceability plan management unit 10 plans the traceability. ), the traceability execution step (S20) of setting the setting method according to the tracking and the tracking setting method according to the tracking purpose in the tracking setting unit 20, and executing the tracking after completing the setting (S20), and the project in the traceability analysis unit 30 Traceability analysis step (S30) of analyzing the result of tracking execution to analyze the tracking target item or project result according to the progress; and a traceability expression step (S40) of displaying the traceability analysis result in a visible form in the traceability expression unit 40.

Here, the traceability planning step (S10) is to plan the traceability for each item or item according to the progress of the development project. The item set definition process (S110), the tracking target item selection process (S120), and the item arrangement process (S130) , it is composed of a process of connecting the tracking data for each purpose (S140) and a process of completing the connection of traceability (S150).

In this case, the item set definition process S110 refers to a process of defining all products calculated in the development process, that is, an item, and is defined through the item set definition unit 11 .

More specifically, it refers to a process in which a user or manager inputs information about an item, which is all products that can be conceived or produced for each process in a development project, and defines it. Then, through this, the definition information for the item is acquired.

Here, the definition information for the items as described above is directly inputted by a user or administrator using a platform mounted in the traceability plan management unit 10, or information is automatically entered through a similar case database, etc., When the project is attempted for the first time, the user or administrator inputs for each item, and through this, information is obtained and the definition of the item is performed through the item set definition unit 11 .

Conversely, if there is a history of the project being implemented or a similar project exists, if only recognition information about the project name is entered, manualized information is provided to the user through the platform through the similar case database, This is to allow the user to select or automatically define an item.

The tracking target item selection process (S120) is to select the tracking target items from among the items, to select the target item according to the purpose of tracking among the items defined in the previous process (S110), and to select through the item selection unit 12 do.

Here, when the user acquires and applies information on individually selecting the corresponding tracking target item or selects one representative item among the tracking target item, the remaining related items are automatically selected.

This is to predict based on the similar case database, guide the user or administrator, and reflect this in the tracking target item selection process (S120).

The item arrangement process ( S130 ) is to arrange items according to a tracking method, and the items are arranged through the item arrangement unit 13 .

At this time, according to the intention of tracking using the format provided by the platform mounted on the traceability plan management unit 10, that is, the analysis intention, the user acquires and applies the manually placed information, or the user performs the previous process ( When the analysis intention of the selected item is set in S120), it is automatically arranged and arranged accordingly.

In this arrangement process, for example, 'completeness' according to the progress of the project is arranged in the lateral direction, and in the case of 'accuracy', it is arranged in the longitudinal direction.

To this end, the item arrangement unit 13 is further provided with a logical operation function, so that 'completeness' in the case of a lateral arrangement or 'accuracy' in the case of a longitudinal arrangement can be distinguished according to the arrangement form.

The purpose-specific tracking data connection process (S140) is to select an upper item to be tracked from a lower item among the items arranged in the previous process (S130) and find and connect the linkage by matching the tracking data, etc., and connect the data connection unit 14 ) to carry out the process.

Here, various methods may be applied to the matching method for the tracking data, and the determination of whether or not the same or similarity is determined is connected accordingly.

The traceability connection completion process (S150) completes the connection between items through the purpose-specific tracking data connection process (S140).

In the traceability execution step (S20), based on the traceability planned in the previous process (S10), the setting method according to the trace and the trace setting method according to the purpose of the trace are set through the trace setting unit 20, and after the setting is completed tracing will be executed.

In more detail, after the traceability connection is completed, various types of tracking and analysis are performed based on the requirements of the user or manager, that is, the setting method according to the tracking and the method set according to the tracking purpose.

For example, if the target item is specified and then the linkage of the detailed item at each stage is traced and analyzed, the detailed item connected to each stage, that is, the item is extracted and highlighted, and then a separate linkage process is extracted. to obtain information.

In the traceability analysis step (S30), the traceability is executed in the previous step (S20) and based on the obtained information, various information about the traceability is analyzed. 'Connectivity of goal achievement process', 'goal achievement tracking item or project achievement', 'goal achievement performance chart', 'confirmation of impact assessment when changing items' 'Check and Confirm' menu is included and it is performed.

In addition, analysis of 'completeness' and 'accuracy' described above will also be conducted.

The traceability expression step (S40) performed after the traceability analysis step (S30) as described above is to express and display various results according to the traceability analysis, and various types of information are displayed through the traceability expression unit 40. will display

For example, it can be expressed in a dashboard type provided in the form of a top-down box in which the contents are written along with the serial number for the parent item and its sub-concept, a detailed item, or in various forms such as matching by item and mapping according to the result diagram. will provide

Through such a series of processes, a target tracking management system and method for supporting a plurality of analysis intentions in the development project of the present invention are provided.

10: Traceability plan management department
11: Item set definition unit
12: Item selection unit
13: Item arrangement unit
14: data connection unit
20: tracking setting control unit
30: traceability analysis unit
40: traceability expression unit

Claims (4)

In a target tracking management system that supports a plurality of analysis intentions in a development project,
A traceability plan management unit 10 that manages traceability for tracking according to the progress of the development project; and
and a tracking setting unit 20 for setting and executing a tracking setting method according to the traceability plan of the traceability plan management unit 10 and a tracking setting method according to the tracking purpose; and
a traceability analysis unit 30 for analyzing a tracking target item or a project result according to the progress of the project based on the result of the tracking execution of the tracking setting unit 20; and,
A target tracking management system supporting a plurality of analysis intentions in a development project, characterized in that it comprises a traceability expression unit 40 that displays the analysis result of the traceability analysis unit 30 in the form of a dashboard.
The method of claim 1,
The traceability plan management unit 10 is equipped with a platform for reflecting the user's or manager's tracking intention for the results generated during the project, and determines the analysis intention based on the information input by the user or manager A goal tracking management system that supports multiple analysis intentions in a development project, characterized in that it reflects the same.
The method of claim 1,
The traceability analysis unit 30 includes 'connection of goal achievement process', 'goal achievement status', 'goal achievement performance chart', 'confirmation of impact evaluation when changing items' and 'checking and confirming untracked items' menus Target tracking management system that supports a plurality of analysis intent in the development project, characterized in that it further comprises.
The goal tracking management method that supports multiple analysis intentions in a development project is
The traceability planning step (S10) of planning the traceability for each item or item according to the progress of the development project in the traceability plan management unit (10); and
Based on the traceability planned in the traceability planning step (S10), in the trace setting unit 20, according to the requirements of the user or manager, the trace setting method and the trace setting method according to the purpose of the trace are set, and the trace is executed after the setting is completed. Traceability execution step (S20); and
Traceability is executed in the traceability execution step (S20) and based on the obtained information, the traceability analysis unit 30 analyzes the trace execution result to analyze the traceable item or the project result according to the project progress sex analysis step (S30); and
A plurality of analysis intentions in a development project, characterized in that it consists of a traceability expression step (S40) that expresses and displays the results analyzed in the traceability analysis step (S30) in a visible form in the traceability expression unit 40 Supported goal tracking management method.

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