TWI554904B - Method and system for web-based article protection - Google Patents

Description

Web-based article protection method and system

The invention relates to a network-based article protection method and system, in particular to a method for protecting copyright of a web article through a server-end transcoding technology and a related computer network system.

Due to the fast delivery of the Internet, the ease of searching and the characteristics of the platform used by the public, most people can easily publish their works in text and audio and video. The copyright of audio and video content is easy to judge, but the text is easily copied and difficult to distinguish. Most of the current web platforms lack effective copyright management mechanisms.

Although digital content has advantages, it still has the disadvantage of being easily copied and transmitted quickly. Although it promotes the exchange of information and the excessive exchange of information, the work of protecting the copyright of digital content is challenged. Since any user can transmit and interpret digital content as long as they have the correct encoder and decoder, there is no way to regulate the authorization of digital content or the copyright of digital content.

At present, digital content is used as a medium for data transmission in a publicly encoded manner. However, compared to the well-developed digital audio-visual rights management technology, digital articles lack a technology that can effectively declare their copyrights, making digital articles easily reprinted without authorization.

In general, the original web article from posting to reading can be divided into the following stages, including: the original author uploads the completed article to its designated original On the platform, if the web platform is used as an example, the reader can browse the article through the web browser. After the web browser is opened, the program will send a webpage request to the original platform to obtain the webpage content.

In the process of processing the web browser, the obtained file is taken according to the standard encoding rules set by the webpage, and the corresponding glyphs in the font file are taken out according to the font code of each word and the style setting in the webpage (such as CSS). The order is displayed on the screen.

Since the general web platform does not encrypt the article, any reader can easily reuse the web article in the browser. These re-uses may be carried out in a way that is not authorized by the original author, such as re-uploading, modifying or arbitrarily reprinting it on other reprinting platforms, so that other unsuspecting readers can read the reprinted content, which may result in copyright disputes.

Some existing network platforms provide ways to prevent copying: using a web page in-line script language or a server-side web page program to prevent readers from copying webpage text in a normal way, prohibiting direct reposting of articles; or requiring use A specific reading software is installed in the computer, which is commonly found in e-books.

For the general operation of the font server, refer to the system architecture diagram of the font server provided by the font server shown in FIG.

Under this framework, the general content platform provides services such as publishing, uploading, etc., such as blogs, forums, social networking sites, or other publications that authors 10 publish articles (101) over the Internet. The website of the service, etc., is represented by the content platform 12, and the general content platform 12 stores the article in plain text or standard encoding, so that the reader 14 can directly provide the Internet article (103) through the Internet. If the font and style design provided by the font server 16 is used in the article, when the reader 14 reads the article, the user will connect to the font server 16 according to the webpage setting, and simultaneously deliver the webpage content (105). To the font server 16, the content includes the entire article or part of the web article. Thereafter, the font server 16 can provide a font file (107) to the reader (such as a web browser) used by the reader 14, and the reader can display the article according to the font and style defined by the obtained font file.

In the above system architecture, the article is converted and transmitted from the posting to the reading in a publicly encoded manner. Therefore, as long as the original platform reader can receive the correct word data, it can be re-uploaded as a reprinter in the same way. platform.

In view of the lack of techniques for effectively protecting network articles from illegal copying, the present invention proposes a network-based article protection method and a system for implementing the same, in which a network article font is provided. The set font server, the present invention provides a copyright protection method for a network article through the font server.

According to one of the method embodiments, the article is received by the font server, and the author can publish the article through a content platform, and then the content platform transmits the article to the font server to perform ciphertext conversion; or the font server itself Provide an interface for authors to publish articles, and thus directly obtain articles for ciphertext conversion.

Then, in the font server, a word conversion table is generated on the article immediately, and the code conversion table is a unique conversion key for the article, and other articles are not applicable. Then, the word conversion table is used to convert the article into a ciphertext, and then the ciphertext is transmitted to the content platform, and the content platform provides the service for reading the article.

When the reader wants to read the article through the reader to the content platform, if the ciphertext is not converted by the font server using the word conversion table, the converted ciphertext file cannot be obtained, and only the converted meaning is meaningless. The ciphertext, so to read the original article, the font server is required to agree to perform the conversion, thereby providing a method for copyright protection of the online article.

The action of generating the ciphertext conversion file in the font server comprises first parsing the obtained article to obtain a font subset in the article, thereby reducing the font file, improving the processing performance, and then obtaining the code conversion table according to the instant operation. Then convert the article to ciphertext using this code conversion table.

The related web-based article protection system can be implemented by a computer system, wherein The software means realizes the article, the parsing article, the code conversion table, the ciphertext generation, and the database and the font database for storing the code conversion table.

The system can be implemented by a font server, and can further include a user management means for verifying the identity of the author and the reader.

In order to further understand the technology, method and effect of the present invention in order to achieve the intended purpose, reference should be made to the detailed description and drawings of the present invention. The drawings and the annexed drawings are intended to be illustrative and not to limit the invention.

10‧‧‧Author

101‧‧‧ published an article

12‧‧‧Content Platform

103‧‧‧Read online articles

14‧‧‧ Readers

105‧‧‧Transfer web content

107‧‧‧Get font file

16‧‧‧ font server

20‧‧‧Author

22‧‧‧Content Platform

24‧‧‧ Readers

26‧‧‧ font server

201‧‧‧ published an article

203‧‧‧Transmitted articles in converted ciphertext

205‧‧‧Get online articles

207‧‧‧Transmission of online articles

209‧‧‧Get a secret text file

60‧‧‧Author

62‧‧‧Content Platform

620‧‧‧ ciphertext service program

64‧‧‧ Readers

66‧‧‧ font server

601‧‧‧ published an article

603‧‧‧Transmission of online articles

605‧‧‧Transmitted articles in converted ciphertext

607‧‧‧Get online articles

609‧‧‧Transmission of online articles

611‧‧‧Get a secret text file

801‧‧‧ original text

803‧‧‧ original word

805‧‧‧Transfer code

807‧‧‧ Display text

90‧‧‧General word display

92‧‧‧ font server

94‧‧‧ ciphertext conversion table

11‧‧‧Content Platform

13‧‧‧Author

15‧‧‧ Readers

100‧‧‧ font server

111‧‧‧ article acquisition module

112‧‧‧ article parsing module

113‧‧‧word conversion table generation module

114‧‧‧ ciphertext generation module

115‧‧‧word conversion table database

116‧‧‧User Management Module

117‧‧‧ font database

118‧‧ ‧ secret text file generation module

Step S301~S309‧‧‧ article protection process

Step S401~S409‧‧‧ article protection process

Step S501~S507‧‧‧ article protection process

Step S701~S707‧‧‧ article protection process

1 is a system architecture diagram of a general font server providing a font service; FIG. 2 is a schematic diagram showing an embodiment of a system architecture of a network-based article protection system according to the present invention; One of the embodiments of the article protection method architecture; FIG. 4 is a second embodiment of the architecture of the network-based article protection method of the present invention; FIG. 5 is a network-based article protection method of the present invention. 3 is a schematic diagram of a system architecture 2 of a network-based article protection system according to the present invention; FIG. 7 is a second embodiment of a network-based article protection method according to the present invention. FIG. 8 is a diagram showing an embodiment of a word conversion in a network-based article protection method according to the present invention; FIG. 9 is a diagram showing an embodiment of a code conversion table in a network-based article protection method according to the present invention; FIG. 10 shows a functional block embodiment of a network-based article protection system of the present invention.

According to the embodiment of the network-based article protection method and system described in the disclosure, in order to effectively protect the copyright of the copyright, the online article is prevented from being reproduced or retrieved without authorization, through a word servo The article protection method provided by the device performs ciphertext conversion on the network article. One way to convert an article into ciphertext is to use the font server as a copyright control role. You can create a code conversion table based on the obtained article. When the reader needs to read the article, he needs to connect to the font server. After obtaining the converted secret text file, the correct article can be read. Otherwise, the converted secret text file cannot be obtained without authorization, so only the content of the error transcoding can be seen.

Online articles can refer to articles published by authors on specific web platforms, such as on websites, blogs, social networking sites, or digital content on various discussion platforms, especially text. When a reader wants to view such an article, it is generally possible to obtain an article through the terminal's reader link to the relevant network platform, including determining the style file (such as HTML markup, CSS style, etc.) in the form of the article layout, and downloading it to the reader. The reader can be a web browser or a specific reading software, by interpreting such style files and font encoding, that is, correctly presenting the content of the article according to the encoding rules.

When a user views a web article through a reader, the font style is used to define the font style in the article. The main function of the font file is to store a plurality of fonts belonging to the same style in one or several files, so as to facilitate The user adjusts the visual effect of the text they want to present. However, in addition to storing a large number of fonts, the font file also stores a series of font and glyph comparison tables, which will link each word in the specified character set with the glyph. Therefore, when reading a web article, the glyphs are called from the specified font file according to the code, and are sequentially displayed on the screen, so that the reader can understand the content of the article.

The general operation of the font server can be referred to the description of FIG. 1. Under this architecture, the general content platform does not provide an effective action to prevent illegal copying, reprinting, and the like. However, when the service of the font and the style provided by the font server is used in the article, one of the embodiments of the present invention implements a web-based article protection system through the font server, and the system is used for each article. The article provides its unique ciphertext conversion file to implement a copyright protection method.

According to one of the technical objects of the network-based article protection method and system described in the disclosure of the present invention, the system can provide an encoding rule specific to the original author or the original article for each original author or original article, through the encoding rule. The content of the article can be encoded and then transmitted to the original reader. The original reader can receive the content of the encoded article, and the purpose of protecting the article is achieved by the exclusive coding rules. Furthermore, if the encoding rule has undergone a certain degree of encryption processing, the reprinter will not be able to obtain the content of the article before encoding if the encoding rule is not known; if the reprinter wants to copy or modify the content of the received article Only get the encoded ciphertext. Furthermore, when a unique font file is formed, the font file is equivalent to the signature of the author of the article. If the author authorization statement information can be embedded in the font file at the same time, or the image type copyright statement is added by using the blank code. , can increase the effect of infringement identification, for example, when the exclusive font file is stolen, but the copyright labeling will help identify the copyright owner and can handle the piracy problem legally.

On the other hand, although the original reader can get the original article according to the correct coding rules, if the original reader copies the content of the encoded article and displays it using the font file of the general standard encoding, the font file will still sequentially code each word. Corresponds to each glyph. However, because the content of the received article has been compiled into the ciphertext using the aforementioned personalized encoding, the part of the ciphertext is meaningless garbled. When displayed, the font corresponding to the font does not show any meaning. The code shown in Fig. 8 corresponds to the glyph example, which causes the original reader to read the encoded content even if it is copied.

The above techniques for providing the exclusive encoding rules for each original author article can be provided by a provider providing a font library service, via a font server, or specific The servo system provides a personalized coding service.

According to one of the embodiments of the present invention, when a service provided by a font server is provided with a unique code, the server can create a special font file, that is, a file carrying ciphertext conversion information, and the special word. The profile is placed on the original platform in the form of a webpage font, and is linked to the webpage containing the article, so that the part of the webpage containing the article can apply the special font. In particular, the font files provided by the system are also encoded by the personalized coding rules to generate a new correspondence between the characters and the glyphs, so that the content of the article is "garbled" after being personalized, but the "garbled" can be transmitted through The special font file corresponds to the glyph that should be displayed.

[Embodiment Architecture 1]

One of the related system architectures can be referred to the schematic diagram of an embodiment of the network-based article protection system of the present invention shown in FIG. 2.

The figure shows that the web-based article protection system can be implemented in a font server 26 that provides a network font service, and does not exclude another server that can be paired with the font server 26, as a whole. Still referred to as a system implemented in font server 26.

The content platform 22, such as a service provider that provides article publishing, has a servo system that provides web services such as blogs, forums, and social networking sites, and a font server 26, which mainly includes a font database. Under this architecture, the font server 26 provides an interface that allows the author 20 to first pass the article to the font server 26 to complete the article publication (201), after which the font server 26 performs a series of steps (eg, article parsing). And encoding to form a ciphertext, etc., to generate a coding rule exclusive to the article, one of the embodiments is a code conversion table, wherein the word conversion information of the font in the article is recorded, thereby converting the article into a ciphertext.

Next, the font server 26 passes the converted ciphertext (203) to the content platform 22, which may include information that links the font server 26. The article is then published by the content platform 22. When a reader 24 obtains a web article (205) through the content platform 22, such as accessing the article content through a web browser, the web browser will be based on the word The type server 26 actively links to the font server 26 and transmits the network article (207) to the font server 26. The content transmitted at this time is ciphertext, and the font server 26 determines that the article corresponds to the article. The exclusive code conversion table, and then return the secret text file formed by the conversion of the ciphertext by the code conversion table to the reader's 24-web browser (209). According to an embodiment, the secret text file records a comparison table of words and glyphs in the related articles. The comparison table links the words in the subset of fonts with the glyphs, and the secret text files are transmitted back to the reader 24 here.

The font server 26 can be provided with a user management mechanism. The authorized reader 24 can legally obtain the word conversion table from the font server 26, so that the web browser can correctly display the article through the word conversion table, so the reader can see Go to the right content. On the other hand, when the article is unauthorizedly reprinted, it will not be authenticated, nor can it obtain the code conversion table that was originally converted to ciphertext from the font server 26, making the article appear to be incomprehensible. Text. This can achieve the purpose of copyright protection.

Next, reference may be made to the flow of an embodiment of the architecture of the network-based article protection method of the present invention shown in FIG.

In this embodiment of the process, starting with step S301, the font server or the servo system providing the related service provides a user interface, and can receive the article transmitted from the author online, as in step S303. Then, the servo system obtains the font type in the article by parsing the content of the article, and can generate a personalized word conversion table correspondingly. In step S305, the code conversion table can be a newly generated word code conversion table, wherein the word code and the glyph are recorded. Control information.

Thereafter, the font server converts the article into a ciphertext by the font conversion table through the software method (step S307), and the ciphertext formed by converting the original article is delivered to the content platform (step S309). The content platform provides services for reading the article.

The process of forming the code conversion table in the above example can refer to the flow shown in FIG.

When the system receives the author article (step S401), it is generally submitted to the system (such as a font server) in a clear text manner, and the system parses the article by software means (step S403). The main purpose is to obtain the font used by the article, exclude the reused words, and form a subset of fonts (step S405). This step is called font subsetting, because the duplicate words are excluded. Or the symbol and reduce the font file, which reduces the memory usage, speeds up the processing, and improves the reading experience of the article.

Then, a specific algorithm can be added to generate a word conversion table unique to the font subset of the article (step S407). For example, the general font type can be arranged according to a specific mathematical equation, such as random numbers. Arrange, or you can add timestamps or other factors that can form unique kinds of values, and each time you calculate a new set of glyph and word alignment tables. Referring to the example shown in FIG. 8, since the work of forming the ciphertext can be performed by the font server, the code conversion table can be a font file corresponding to the new glyph code. Another embodiment can calculate a new encryption and decryption key as a basis for ciphertext conversion.

Next, the article is converted into a ciphertext using the obtained code conversion table (step S409). It is worth mentioning that when the author modifies the article, because the original font subset may be changed, the system will re-execute the step 4 and recalculate the new code conversion table.

When the reader wants to read the ciphertext-converted article, the character-to-symbol conversion table that originally converts the article into ciphertext is obtained by verifying the font server, and the related embodiment can refer to the implementation of the architecture shown in FIG. Example process.

The reader can access the content platform through a specific reader (such as a web browser, a specific reading software, etc.), and first request the content platform to obtain a specific article. According to an embodiment, when the reader obtains the content of the webpage by using the reader, the style setting of the webpage may be obtained together, wherein the font is defined in the style from the specific font server, so the reader sends the font server to the font server. Web page font request.

When the reader uses the reader to obtain the article to be read on the content platform, the stage is cipher text, and in step S501, according to the font server information (such as the URL) indicated by the webpage information, the font server is actively connected, and The font server can perform an authentication procedure to prevent unauthorized persons from obtaining ciphertext conversion information. After authentication, the terminal can automatically pass the ciphertext to the font server, and the font server is connected. The receiving terminal (reader opened by the reader) transmits the ciphertext obtained from the content platform, and simultaneously determines the corresponding character conversion table and the font subset associated with the ciphertext (step S503), and generates the converted ciphertext file. , which is a comparison table of words and glyphs, and each word in the specified subset of fonts is linked with the glyphs. Then, the secret text file is transmitted to the reader by the reader via the network or the specific file transmission method, and after the converted font is obtained (step S505), the article is correctly displayed in the terminal reader (step S507).

In the above, since the self-server obtains the secret text file converted by the original conversion article into the ciphertext code conversion table, the reader can match the corresponding word conversion information to correctly display the article content.

On the contrary, because the article has undergone ciphertext conversion processing, such as re-encoding processing, in order to read the article, the corresponding word-to-word conversion table must be used, which can be a dedicated font file (the correspondence between the glyph and the word code has been rearranged). If the reprinter directly copies the article, he will only get the illegible ciphertext (ciphertext), and protect the rights of the original author.

[Embodiment Structure 2]

The second embodiment of the architecture of the present invention is described. The architecture may refer to the embodiment shown in FIG. 6. The content platform 62 for providing a web article publishing service is also displayed, and the article protection method of the present invention is further provided. The servo system is preferably a font server 66 provided by the operator.

In this example, the author 60 can directly publish the article (601) through the interface initiated by the content platform 62. To implement the copyright protection measures of the article in the content platform, the content platform 62 can be embedded in a ciphertext service program. 620, the ciphertext service program 620 can be provided by the font server provider, and can be a program instruction resident in the content platform server program, for intercepting and parsing the webpage content, to obtain the article in the webpage content, and intercepting the author. When the article is published 60, the web article 603 is passed to the font server 66.

When the font server 66 obtains an article, it is generally plaintext, and the knot is analyzed according to the article. If you get a subset of fonts, then form a personalized code conversion table, especially to get personalized coding rules.

The steps performed by the font server can be referred to the description of FIG. 4, including parsing the article, obtaining a subset of the fonts of the article, and performing a random arrangement of the arithmetic operations to obtain a code conversion table and converting the article into a ciphertext.

Thereafter, the ciphertext-transferred article (605) is transmitted by the font server 66 to the content platform 62, and can be processed by the ciphertext service program 620, including the program for confirming the font server 66 and the ciphertext, and then storing the ciphertext. The ciphertext is on the content platform 62.

When the reader 64 wants to read the article on the content platform 62, the web article (607) is obtained through the reader, and the reader will obtain the information (such as the URL) of the font server 66 from the web content, and the reader actively links. Go to the font server 66 to deliver the network article (609), which is the ciphertext, and then the font server 66 obtains the word conversion table and the corresponding font subset of the restored article according to the information contained in the ciphertext. Finally, the subset of transmitted fonts is combined with the formed ciphertext file onto the reader of the reader (611). It is mentioned that the word conversion table formed on the server end is not transmitted to the terminal reader to ensure that the conversion rules are not arbitrarily transferred, and the secret text file transmitted if necessary can be transmitted symmetrically. The original article content is correctly displayed by the reader in a secret text file, and if necessary, the font server 66 will perform a preliminary authentication on the reader 64 to transmit the secret text file.

The method embodiment of the above architecture 2 may refer to the process shown in FIG. 7.

The system can be implemented on the font server. In step S701, the system receives the article published by the author from the content platform, and implements, for example, the content platform to perform a ciphertext service program for intercepting and parsing the content of the webpage, which can be obtained in the webpage content. Article, then pass the article to the font server.

Then, in the font server, the font subset in the article will be obtained first, and a special character code conversion table is formed according to the font subset operation. In step S703, the article is converted into the ciphertext by using the word code conversion table (step S705). ), the conversion method is, for example, re-encoding the font, and the related words are compared with the standard font conversion of the reader's reader. Become an unreadable ciphertext, and the ciphertext will pass the ciphertext to the content platform, as in step S707. The service that reads the article is available on the content platform.

According to the above embodiment, the ciphertext conversion method obtained in the special servo system of the font server or the method for protecting the article of the present invention is a word conversion table generated by an instant operation, and the implementation manner can refer to the code shown in FIG. An embodiment of the conversion.

In the example shown in the figure, if the author publishes an article through the content platform interface or the service provided by the font server, there is the original text 801: "text, tripod, word, type", and the original word of the four words 803 They are "6587 (text), 9F0E (did), 5B57 (word), 578B (type)". Then, the font server parses the received article by software means to capture the font subsetting in the article, and then obtains the word conversion table according to the instant operation.

The word code refers to the number defined by the text or symbol in a specific coding rule. Generally, the reader of a web browser or the like uses a common and standard code. In order to achieve the purpose of protecting the article of the present invention, the example is based on the word server according to the article. The font subset obtained in the middle generates a new code conversion table. In this case, the code 805: "7DB2, 9808, 78BC, 898F", that is, the code of the "text" in the code conversion table of this example is "7DB2". The code for "Ding" is "9808", the code for "Word" is "78BC", and the code for "Type" is "898F".

However, because the new code does not correspond to "text, tripod, word, and type" in the general standard code, when the reader obtains the article converted by the code conversion table of this example, the correct article cannot be obtained by the general standard code. , in the standard coding environment, the display text 807: "net, whisker, code, rules", which forms a ciphertext, does not have the original meaning, so that readers who are not authorized to obtain the aforementioned code conversion table cannot The original text is displayed correctly. Thereby, the invention can prevent unauthorized reprinting or misappropriation and achieve the purpose of article protection.

In contrast, if the read article is an authenticated reader, the corresponding word conversion table can be obtained through the font server to convert the ciphertext so that the original article is correctly displayed. Figure 9 further illustrates an example of word conversion.

According to this example, the reader obtains the ciphertext conversion code of the relevant article from the content platform through the reader as "7DB2, 9808, 78BC, 898F", and the general character code display 90 of these characters is "net (7DB2), must ( 9808), code (78BC), gauge (898F). Then, the font server 92 obtains the corresponding character code conversion table, and the content can be correctly displayed in the reader of the reader. In this example, according to the code conversion table 94, the text (7DB2), Ding (9808), Word (78BC), type (898F).

FIG. 10 is a diagram showing an embodiment of a related system function block for implementing the network-based article protection method of the present invention.

There is shown a font server 100 implementing the system of the present invention. One end is connected to the content platform 11, and the article and the ciphertext can be transmitted. One end provides the author 13 to publish the article directly on the font server 100, and the other end receives the reader 15 The content of the web page transmitted when the article is read, and the font server 100 also directly transmits the secret text file to the reader 15.

The network-based article protection system implemented by the font server 100 mainly has a software means implemented by a software mode and a computer hardware. The font server 100 is a server having functions of data processing, communication capability, and webpage servo. The system, the related software module has an article obtaining module 111, which is a software means for obtaining an article, including an article published by the author 13 on the platform by the content platform 11 via a network system or other pipeline, or directly Author 13 obtained the article.

The font server 100 has an article parsing module 112, which is a software means for parsing an article. The article parsing means parses the text in the article to obtain a font subset in the article, and this part of the work can reduce the size of the font file. And reduce the burden of word processing.

The font server 100 has a word conversion table generation module 113, which is a software means for calculating a word conversion table according to an article and/or a subset of fonts. In addition to the word conversion table, or Can be other means of conversion.

The font server 100 has a ciphertext generation module 114, which is a software means for generating ciphertext by a word conversion table, such as a ciphertext generated by converting an article according to a newly generated word.

The font server 100 has a code conversion table database 115 for storing a code conversion table, which will record all the word conversion tables corresponding to all the articles on the line using the article protection method of the present invention.

The font server 100 has a user management module 116, which can be a software means for managing users (including authors and readers), can be used to verify the identity of the author and the reader, and does not exclude the management of the article protection method using the present invention. The website identity, the website registered by the cloud font server 100, can obtain the corresponding word conversion table and related fonts, in order to adopt the method of the article protection.

The font server 100 is provided with a font database 117, which is a database for providing fonts within the article, and may also store a subset of fonts formed by the font subset capture program.

The font server 100 further includes a secret text file generation module 118. When the system (such as the font server 100) receives the ciphertext obtained by the terminal from the content platform, it determines the code conversion table corresponding to the ciphertext and the font subset of the ciphertext according to the information in the ciphertext, so that the secret is dense. The text file generation module 118 generates a secret text file that records the word code and the glyph comparison table in the article, and after being transmitted to the reader through a specific transmission method, the read ciphertext can be converted into the correct article content.

Therefore, according to the technology disclosed in the disclosure of the present invention, when the reader obtains the webpage in the terminal web browser, the style setting of the webpage, including the font type, is obtained, so the browser sends the webpage to the font server. Font request. At this point, after checking the authorization, the font server can transmit the previously created exclusive secret text file to the reader who legally reads the article, and can correctly display the article. Under this method, because the article can be re-encoded, to read the article, you must use the secret text file of the article. If you do not authorize and download the exclusive secret text file through the font server, As a result, the reprinter only got the ciphertext that he could not understand, thus protecting the rights of the original author.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

20‧‧‧Author

22‧‧‧Content Platform

24‧‧‧ Readers

26‧‧‧ font server

201‧‧‧ published an article

203‧‧‧Transmitted converted ciphertext

205‧‧‧Get online articles

207‧‧‧Transmission of online articles

209‧‧‧Get a secret text file

Claims (8)

A network-based article protection method includes: providing a font server for receiving an article; and in the font server, generating a word conversion table corresponding to an instant operation of the article; in the font server The character conversion table is specifically designed to convert the article into a ciphertext; the ciphertext is delivered to a content platform, wherein the content platform provides a service for reading the article; and when a reader uses a reader to obtain the content platform The ciphertext automatically passes the ciphertext to the font server, and the font server obtains the corresponding converted code conversion table to form a secret text file, and then transmits the ciphertext file to the ciphertext file. The reader. The network-based article protection method of claim 1, wherein the font server initiates providing an interface for an author to transmit the article. The network-based article protection method of claim 1, wherein the article is published by an author through the content platform, and the article is delivered to the font server by the content platform. The network-based article protection method of claim 3, wherein the content platform executes a ciphertext service program for intercepting and parsing webpage content to obtain the article in the webpage content, and then transmitting the article to the word. Type server. The network-based article protection method of claim 1, wherein the step of the font server generating the code conversion table to form the ciphertext comprises: parsing the received article in the font server, Obtaining a font subset in the article; and obtaining the word conversion table according to the font subset in the article, and converting the article into the ciphertext by using the word conversion table. A web-based article protection system that includes: An article obtaining means for obtaining an article; an article parsing means for parsing the article to obtain a font subset in the article; a word code conversion table generating means for generating a word code conversion for the instant operation of the article a ciphertext generating means for converting the article into a ciphertext; a word code conversion table database for storing the code conversion table; a font database for providing the article An internal font, and a database forming the subset of the font; and a secret text file generating module for generating a secret text file for describing a comparison table of the word and the font in the article; wherein, when receiving a terminal When the ciphertext is obtained from a content platform, the ciphertext is automatically transmitted to the font server, and the font server converts the corresponding converted code conversion table to form the ciphertext file. Determining the code conversion table corresponding to the ciphertext and the subset of the font, and generating the secret text file of the comparison table of the word code and the glyph related to the article through the secret text file generation module, and then The dense Text file transmitted to the terminal. The web-based article protection system of claim 6, wherein the article is obtained from a content platform, the content platform provides a service for publishing an article and providing an article; or the article is from the font server. One of the devices started by the device. The network-based article protection system according to any one of claims 6 or 7, further comprising a user management means for verifying the identity of the author and the reader.