CN114357192A - DIKW-based content integrity modeling and judging method - Google Patents
DIKW-based content integrity modeling and judging method Download PDFInfo
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Abstract
The invention provides a DIKW-based content integrity modeling and judging method, which comprises the following steps: the method comprises the steps that a transmitting party and a receiving party establish a transmitting party DIKW content atlas model and a receiving party DIKW content atlas model based on DIKW; and respectively carrying out integrity judgment on the transmission contents of the sender and the receiver; if the transmission contents of the sender and the receiver are judged to be in accordance with the integrity by the DIKW content atlas model of the sender and the DIKW content atlas model of the receiver, the sender and the receiver transmit the contents; if the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model judge that the transmitting contents of the transmitting side and the receiving side do not accord with the integrity, the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively mark and intercept the transmitting contents of the transmitting side and the receiving side; and decomposing and recombining the transmission contents subjected to the mark interception on the transmission contents of the sender and the receiver. The invention can judge the integrity of the transmission content, thereby improving the efficiency of the transmission content.
Description
Technical Field
The invention relates to the technical field of transmission content, in particular to a DIKW-based content integrity modeling and judging method.
Background
With the development of networks, people also utilize networks to transmit contents, and the contents are transmitted between a sender and a receiver all the time, but no qualitative judgment is made on whether the transmission contents are complete on the transmission contents, so that the sender and the receiver cannot receive the transmission contents of the two parties in an integrated manner, and the efficiency of transmitting the contents is reduced.
Disclosure of Invention
Accordingly, the present invention is directed to a method for content integrity modeling and determination based on a DIKW, which solves at least the above problems.
The technical scheme adopted by the invention is as follows:
a DIKW-based content integrity modeling and judging method comprises the following steps:
s1, the sender and the receiver establish a DIKW content map model of the sender and a DIKW content map model of the receiver based on DIKW;
s2, respectively judging the integrity of the transmission contents of the sender and the receiver by the DIKW content map model of the sender and the DIKW content map model of the receiver;
s3, if the DIKW content map model of the sender and the DIKW content map model of the receiver judge that the transmission contents of the sender and the receiver accord with the integrity, the sender and the receiver transmit the contents;
s4, if the transmitting content of the transmitting party and the receiving party does not accord with the integrity, the transmitting party DIKW content map model and the receiving party DIKW content map model respectively mark and intercept the transmitting content of the transmitting party and the receiving party;
s5, decomposing and recombining the transmission contents marked and intercepted by the DIKW content map model of the sender and the DIKW content map model of the receiver.
Further, the DIKW content map of the sender comprises different sender type resource maps, the type resources forming the sender type resource map comprise sender data resources, sender information resources, sender knowledge resources and intention resources, the DIKW content map of the receiver comprises different receiver type resource maps, and the type resources forming the receiver type resource map comprise receiver data resources, receiver information resources, receiver knowledge resources and receiver intention resources.
Further, in step S2, the integrity judgment includes judgment of inconsistency of the data resource, the information resource, the knowledge resource and the intention resource, incorrect judgment of the data resource, the information resource, the knowledge resource and the intention resource, and inaccurate judgment of the data resource, the information resource, the knowledge resource and the intention resource.
Further, in step S3, the integrity judgment of the transmission content of the sender and the transmission content of the receiver by the sender didw content mapping model and the receiver didw content mapping model is specifically that: the DIKW content map model of the sender carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the sender and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the sender respectively, and the DIKW content map model of the receiver carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the receiver and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the receiver.
Further, in step S4, the marking and intercepting of the transmission content of the sender and the transmission content of the receiver by the sender didw content mapping model and the receiver didw content mapping model specifically includes: and the DIKW content map model of the sender and the DIKW content map model of the receiver respectively mark and intercept data resources, information resources, knowledge resources and intention resources which respectively accord with the inconsistent judgment standard, the incorrect judgment standard and the inaccurate judgment standard.
Further, in step S5, the decomposing and recombining of the transmission content, which is obtained by the sender didw content atlas model and the receiver didw content atlas model by performing the mark interception on the transmission content of the sender and the receiver, specifically includes: and the DIKW content map model of the sender and the DIKW content map model of the receiver decompose the data resources, information resources, knowledge resources and intention resources marked and intercepted respectively.
Further, before the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively judge the integrity of the transmitting content of the transmitting side and the receiving side, the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively divide the types of data resources, information resources, knowledge resources and intention resources of the transmitting content and the transmitting content of the receiving side.
Compared with the prior art, the invention has the beneficial effects that:
the invention provides a DIKW-based content integrity modeling and judging method, which is characterized in that a transmitting party DIKW content map model and a receiving party DIKW content map model which are established by a transmitting party and a receiving party based on DIKW are used, integrity of transmission content is judged through the transmitting party DIKW content map model and the receiving party DIKW content map model, the transmission content which does not accord with the integrity is marked and intercepted, and the transmission content which is marked and intercepted is decomposed and recombined through the transmitting party DIKW content map model and the receiving party DIKW content map model so as to meet the integrity requirement, so that the transmission content requirement of the transmitting party and the receiving party can be met quickly, and the efficiency of the transmission content can be improved.
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In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is apparent that the drawings in the following description are only preferred embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained based on these drawings without inventive efforts.
Fig. 1 is a schematic overall flow chart of a method for modeling and determining content integrity based on a DIKW according to an embodiment of the present invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, the illustrated embodiments are provided to illustrate the invention and not to limit the scope of the invention.
Referring to fig. 1, the present invention provides a content integrity modeling and determining method based on a DIKW, the method including the steps of:
s1, the sender and the receiver establish a DIKW content map model of the sender and a DIKW content map model of the receiver based on DIKW;
s2, respectively judging the integrity of the transmission contents of the sender and the receiver by the DIKW content map model of the sender and the DIKW content map model of the receiver;
s3, if the DIKW content map model of the sender and the DIKW content map model of the receiver judge that the transmission contents of the sender and the receiver accord with the integrity, the sender and the receiver transmit the contents;
s4, if the transmitting content of the transmitting party and the receiving party does not accord with the integrity, the transmitting party DIKW content map model and the receiving party DIKW content map model respectively mark and intercept the transmitting content of the transmitting party and the receiving party;
s5, decomposing and recombining the transmission contents marked and intercepted by the DIKW content map model of the sender and the DIKW content map model of the receiver.
Exemplarily, a transmitting party DIKW content atlas model and a receiving party DIKW content atlas model which are established by the transmitting party and the receiving party based on DIKW are used, integrity judgment is carried out on transmission contents through the transmitting party DIKW content atlas model and the receiving party DIKW content atlas model, the transmission contents which are not in accordance with the integrity are marked and intercepted, and then the transmission contents which are marked and intercepted are decomposed and recombined through the transmitting party DIKW content atlas model and the receiving party DIKW content atlas model so as to meet the integrity requirement, so that the transmission content requirement of the transmitting party and the receiving party can be met quickly, and further the efficiency of the transmission contents can be improved.
The DIKW content map of the sender comprises different sender type resource maps, the type resources forming the sender type resource map comprise sender data resources, sender information resources, sender knowledge resources and intention resources, the DIKW content map of the receiver comprises different receiver type resource maps, and the type resources forming the receiver type resource map comprise receiver data resources, receiver information resources, receiver knowledge resources and receiver intention resources.
Illustratively, there is no specific meaning without context, not associated with some particular purpose of a human being. The information resources are used for analyzing and expressing the interaction relationship between the two entities, the entities can be people or things, can be directly obtained by typing the target, and can also be obtained by converting the data resources and the information resources, the knowledge resources are obtained by the data resources and the information resources through structured and formalized statistics and deduction, and the information resources are abstracted and summarized on the basis of the entity relationship. The intention resources are specifically intended matters or intended results of the individual, the intention resources are considered by combining the intention resources and the data resources into the form of information resources, and the intention resources are mapped with the related data resources, information resources and knowledge resources, and the intention resources have the relations of containing, cascading and the like.
In step S2, the integrity judgment includes a data resource, information resource, knowledge resource and intention resource inconsistency judgment, a data resource, information resource, knowledge resource and intention resource incorrect judgment, and a data resource, information resource, knowledge resource and intention resource imprecise judgment.
Illustratively, by dividing the integrity judgment into an inconsistent judgment, an incorrect judgment and an inaccurate judgment, the content can be transmitted more efficiently when the sender and the receiver transmit data resources, information resources, knowledge resources and intention resources.
In step S3, the integrity judgment of the transmission content of the sender and the transmission content of the receiver by the sender and the receiver didw content mapping models is specifically: the DIKW content map model of the sender carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the sender and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the sender respectively, and the DIKW content map model of the receiver carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the receiver and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the receiver.
Illustratively, when a sender and a receiver want to transmit content, the integrity of the transmission content is judged according to an inconsistency judgment standard, an incorrect judgment standard and an inaccurate judgment standard by a sender DIKW content atlas model and a receiver DIKW content atlas model, wherein the transmission content about information resources, receiver knowledge resources and receiver intention resources can be transmitted by both parties only through the transmission content judged by the integrity.
In step S4, the marking and intercepting of the transmission content of the sender and the transmission content of the receiver by the sender and the receiver didw content atlas models are specifically: and the DIKW content map model of the sender and the DIKW content map model of the receiver respectively mark and intercept data resources, information resources, knowledge resources and intention resources which respectively accord with the inconsistent judgment standard, the incorrect judgment standard and the inaccurate judgment standard.
Illustratively, the DIKW content map model of the sender and the DIKW content map model of the receiver respectively mark and intercept data resources, information resources, knowledge resources and intention resources which meet the inconsistent judgment standard, the incorrect judgment standard and the inaccurate judgment standard, and the sender and the receiver can adjust next transmission content by checking the marked and intercepted transmission content so as to meet the requirement of completeness.
In step S5, the decomposing and recombining of the transmission content of the sender and the receiver, which is performed by the sender and the receiver didw content atlas models to mark and intercept the transmission content of the sender and the receiver, specifically includes: and the DIKW content map model of the sender and the DIKW content map model of the receiver decompose the data resources, information resources, knowledge resources and intention resources marked and intercepted respectively.
Illustratively, the DIKW content atlas model of the sender and the DIKW content atlas model of the receiver recombine the data resources, information resources, knowledge resources and intention resources marked and intercepted respectively according to the consistency judgment standard, the correct judgment standard and the accurate judgment standard, and the sender and the receiver can transmit the content by the transmission content after the recombination meeting the integrity requirement
Before the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively judge the integrity of the transmitting content of the transmitting side and the transmitting content of the receiving side, the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively divide the types of data resources, information resources, knowledge resources and intention resources of the transmitting content and the transmitting content of the receiving side.
Illustratively, by dividing the types of transmission contents, the transmission contents of the sender and the receiver can be quickly divided by the sender and receiver didw content atlas models, thereby improving the transmission efficiency of the sender and the receiver.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (7)
1. A DIKW-based content integrity modeling and judging method is characterized by comprising the following steps:
s1, the sender and the receiver establish a DIKW content map model of the sender and a DIKW content map model of the receiver based on DIKW;
s2, respectively judging the integrity of the transmission contents of the sender and the receiver by the DIKW content map model of the sender and the DIKW content map model of the receiver;
s3, if the DIKW content map model of the sender and the DIKW content map model of the receiver judge that the transmission contents of the sender and the receiver accord with the integrity, the sender and the receiver transmit the contents;
s4, if the transmitting content of the transmitting party and the receiving party does not accord with the integrity, the transmitting party DIKW content map model and the receiving party DIKW content map model respectively mark and intercept the transmitting content of the transmitting party and the receiving party;
s5, decomposing and recombining the transmission contents marked and intercepted by the DIKW content map model of the sender and the DIKW content map model of the receiver.
2. The DIKW-based content integrity modeling and judging method according to claim 1, wherein the DIKW content map of the sender comprises different sender type resource maps, the type resources constituting the sender type resource map comprise sender data resources, sender information resources, sender knowledge resources and intention resources, the DIKW content map of the receiver comprises different receiver type resource maps, and the type resources constituting the receiver type resource map comprise receiver data resources, receiver information resources, receiver knowledge resources and receiver intention resources.
3. The DIKW-based content integrity modeling and judging method according to claim 2, wherein in step S2, the integrity judgment comprises data resource, information resource, knowledge resource and intention resource inconsistency judgment, data resource, information resource, knowledge resource and intention resource incorrect judgment and data resource, information resource, knowledge resource and intention resource imprecise judgment.
4. The DIKW-based content integrity modeling and judging method according to claim 3, wherein in step S3, the integrity judgment of the transmission content of the sender and the receiver by the sender DIKW content atlas model and the receiver DIKW content atlas model respectively is specifically as follows: the DIKW content map model of the sender carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the sender and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the sender respectively, and the DIKW content map model of the receiver carries out integrity judgment on the data resource, the information resource, the knowledge resource and the intention resource of the receiver and the inconsistency judgment standard, the incorrect judgment standard and the inaccuracy judgment standard in the DIKW content map model of the receiver.
5. The DIKW-based content integrity modeling and judging method according to claim 4, wherein in step S4, the DIKW content atlas model of the sender and the DIKW content atlas model of the receiver mark and intercept the transmission content of the sender and the transmission content of the receiver respectively specifically: and the DIKW content map model of the sender and the DIKW content map model of the receiver respectively mark and intercept data resources, information resources, knowledge resources and intention resources which respectively accord with the inconsistent judgment standard, the incorrect judgment standard and the inaccurate judgment standard.
6. The DIKW-based content integrity modeling and judging method according to claim 1, wherein in step S5, the decomposition and recombination of the transmission content marked and intercepted by the DIKW content atlas model of the sender and the DIKW content atlas model of the receiver are specifically: and the DIKW content map model of the sender and the DIKW content map model of the receiver decompose the data resources, information resources, knowledge resources and intention resources marked and intercepted respectively.
7. The DIKW-based content integrity modeling and judging method according to claim 2, wherein before the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively judge the integrity of the transmitting content of the transmitting side and the receiving side, the transmitting side DIKW content atlas model and the receiving side DIKW content atlas model respectively divide the types of data resources, information resources, knowledge resources and intention resources of the transmitting content and the receiving content of the receiving side.
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