TW201222320A - CAPTCHA (Completely Automated Public Test to tell Computers and Humans Apart) data management methods and related data management systems and computer program products thereof - Google Patents

Abstract

CAPTCHA (Completely Automated Public Test to tell Computers and Humans Apart) data management methods and related management systems are provided. First, a server generates at least one CAPTCHA data according to a first data, wherein the first data represents data corresponding to an operation. Then, the server encodes the CAPTCHA data with an encoded data corresponding thereto and transmits the encoded CAPTCHA data to a client via a transmission medium such that the client inputs a second data corresponding to the operation using the encoded CAPTCHA data and transmits a third data corresponding to the second data to the server via the transmission medium. Thereafter, the server receives and decodes the third data to obtain data inputted by the client.

Description

201222320 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a data management method and related data management system, and more particularly to a method for automatically generating computer and human test data generation and related management system thereof Can enhance the protection of transmission data. '[Previous technology·] In recent years, as the application and development of the Internet has become more mature, users have more and more opportunities to obtain information through the Internet. Users can use their electronic «such as computer pure, portable silk, etc., through the network for a large number of services and applications. In some network services, the user must register or hide the specific service. Someone: In the process of riding the video, the user must check the information provided by the player to turn off the information, and use the information to make relevant information. Losing people to register or transfer the system to the makers is tampering with malicious programs such as computers or Trojans. Even with the 3 type, the transfer after the user input is completed is transmitted via computer text. For example, the mountain L force is input by the user end (4) or presented in the input of the bedding material, and is transmitted by the user terminal and transmitted by M = virtual disk. The server thinks that the transaction content is lang. Transfer to 祠 by electronic text method In order to prevent the content of these personal data or cats from being stolen by others,

Client’s Docket No.: TT’s Docket No: 卯96-A42766-TW/Final 201222320 To strengthen the confidentiality of data transmission between the server and the client. Therefore, there is a need for a method and system that can ensure the correctness of transmitted data when performing any operation between the server and the client. SUMMARY OF THE INVENTION In view of the above, the present invention provides a data management method based on a fully automatic computer and human test data and a related data management system thereof to solve the above problems. The embodiment of the present invention provides a method for automatically testing computer and human test data, including the following steps. First, a server generates at least one fully automatic computer and human test data based on a first data, wherein the first data is data related to an operation. The server then hides the fully automated computer and human test data into a corresponding coded material. The server transmits the encoded fully automatic computer and human test data to a user terminal through a first transmission medium, so that the user end uses the coded fully automatic computer and human test data to input a second data and transmit the data. The second data corresponds to one of the third materials. After that, the server receives and decodes the third data to obtain the data input by the client. Another embodiment of the present invention further provides a test data management system for automatically distinguishing between a computer and a human, comprising at least one server. The server generates a fully automatic computer and human test data according to a first data, and hides the fully automatic computer and human test data into a corresponding coded data, and transmits the coded automatic transmission through a first transmission medium. The computer and human test data are sent to a user end, so that the user end uses the coded fully automatic computer and human test data to input a second data and transmit

Client's Docket No.: TT’s Docket No: 9096-A42766-TW/Final c 201222320 Sends the second data corresponding to one of the third data, and receives and decodes the third data to obtain the data input by the client. Among them, the first data is the information related to an operation. The above method of the present invention can be recorded in physical media through code. When the code is loaded and executed by the machine, the machine becomes the means for carrying out the invention. The above and other objects, features and advantages of the present invention will become more <RTIgt; [Embodiment] In the embodiment of the present invention, a data management method based on fully automatic distinguishing computer and human-based Turing test (Completely Automated Public Test to Tell Computers and Humans Apart) (CAPTCHA) data and related data management system are provided. For performing an operation between a server (server) and a client (cnent), wherein the server converts the data into individual CAPTCHA data according to the data set used by the user and the CAPTCHA data. After being encoded, the data is transmitted to the client through a transmission medium (for example, a network), and the user terminal selects the received CAPTCHA data for data input, and returns the coded data or identification data corresponding to the selected CAPTCHA data to the servo. The device performs data verification to verify whether the data is valid data, to confirm that the data sent by the client can be correctly received by the server, and then the input data is obtained to prevent improper tampering during the transmission. In an embodiment, an encoding data technique is provided for use in an operation

Client's Docket No.: TT,s Docket No:9096-A42766-TW/Final 201222320 Required information, such as the method of trading information, the encoded data may be unencrypted or unencrypted data such as a watermark, a digital signature or a The specific key generated by the algorithm, and so on. First, a server generates digital content that can be discerned by humans or computers. The information required for the transaction process is embedded in the digital content by the technique of encoding the data. Among them, the digital content includes any digit type such as text, picture, sound, movie, 2D barcode. Then, the server transmits the digital content of the embedded encoded material to a user end by using a transmission medium. The user can use the digital content embedded in the encoded data as the input of the operation data to process the transaction, and transmit the digital content embedded in the encoded data to the server through the transmission medium. Finally, the server can extract the digital content embedded in the encoded data according to an algorithm or a multi-algorithm to identify the information required for the operation process and achieve the information security method. It should be reminded that the transaction information is different from the transaction transmission, the transaction transmission is similar to the digital certificate, and the user can verify the object of the server. Figure 1 shows a data management system in accordance with an embodiment of the present invention. The data management system 100 according to the embodiment of the present invention includes at least a server 110 and a client 120. The server 110 can transmit data to and from the client 120 through a transmission medium, such as the network 130. An operation. The transmission medium, for example but not limited to, includes the network 130. Network 130 may include a wired or wireless network, such as the Internet, but is not limited thereto. The server 110 can convert the data set of the information required for the operation into individual CAPTCHA data according to the content of the operation to be performed, such as the data attribute, and transmit it to the client 120 through the network 130.

Client's Docket No.: TT's Docket No: 9096-A42766-TW/Final 201222320 The round-in, to identify the text of the automatic display - a display ° Note to avoid a large number of malicious or repetitive behavior caused by computers or programs, CAPTCHA Techniques can be used to distinguish between computers or humans that the relevant input is entered by the user or generated by the computer. In general, CAPTCHA distinguishes the relevant input system by requiring the user to compare the characters or numbers on the picture that are not easily recognized by some recognition programs, such as the distortion or the image displayed on the line. Computers or humans have created that, in the embodiments of the present invention, the concept of CAPTCHA technology is used to provide CAPTCHA data corresponding to relevant data required for operation. However, during operation, the user can enter the data through the user interface provided by the client 120, for example, by clicking on the CAPTCHA data through the browser. The server 110 further includes a generating module 112, an encoding module 114, and a decoding module 116. The generating module 112 is configured to determine a set of first data sets according to the first data. The generating module 112 can determine a set of first data sets and generate a set of CAPTCHA data corresponding to the first data set according to one or more first materials in the operation to be performed. The 'first data' may be information related to the operation, such as user-related information or important information, such as the user's personal identification data, account number, transfer amount, address, and the like. The first set of data may contain all possible data corresponding to the first material. For example, when the first data is a digital data, the corresponding first data set may be the numbers 0-9. Therefore, the generation module 112 can generate a set of CAPTCHA data including the number 〇-9 according to the characteristics of the digital material, but the present invention is not limited thereto. When the first data includes one

Client's Docket No_: TT's Docket No:9096-A42766-TW/Final 8 201222320 When the character data consists of - or more characters, the generation module ιι2 can generate the English letter a_z according to the characteristics of the character data. A set of CAPTCHA data. For example, but not limited to, in an embodiment, in the silver transfer operation, the data required for input during operation may include an account number and a transfer amount, so the server 110 will respectively generate 10 numbers corresponding to the number 〇_9. CAPTCHA data 200-209 'as shown in Figure 2. The 10 CAPTCHAs in Figure 2 will be encoded and then transmitted to the client 12 for data input. It should be noted that in this example, the captcha data 200-209 is a picture. However, in some embodiments, in addition to the pictures, the CAPTCHA data may also be video or sound. After the generating module 112 generates a set of CAPTCHA data corresponding to the first data set, the encoding module 114 can individually store all the generated CAPTCHA data of the generating module 112 into a corresponding encoded data. In some examples, the encoded data may be unencrypted data or encrypted data, such as a watermark, a digital signature, or a specific key generated by an algorithm. In some embodiments, the encoded data is an identification code corresponding to one of the fully automated δ computer and human test data. Referring to Figure 3, there is shown a schematic diagram of a CAPTCHA data in accordance with an embodiment of the present invention. As shown in FIG. 3, the CAPTCHA data 300 further includes an encoded data 310. This encoded data 310 can be a unique hash number corresponding to each CAPTCHA data. 'This hash number can be passed through a hash. The table is generated in a table lookup manner or directly by a given hash function.

Client's Docket N〇,: TT's Docket No:9096-A42766-TW/Final 201222320 The CAPTCHA data hidden in the encoded data will be transmitted to the client 120', causing the client 120 to use these generated fully automated computer and human test data. Make the input and perform this operation with the server terminal 11〇. The client 120 can receive and display the CAPTCHA data generated by the server u through the network 13 and input the corresponding data by using the received captCHA data. In the operation process, the user terminal 12 may first input a second data 'after' using the coded fully automatic computer and human test data to transmit a third data (eg, coded data) corresponding to the second data to The feeder end 110 is verified. The client 120 may further include a decoding module 122' for analyzing the CAPTCHA data to obtain the coded data, and then generating the corresponding third data according to the input second data and the analyzed coded data. For example, when the encoded data in the CAPTCHA data is an identification code (for example, a hash number), the decoding module 122 can analyze the CAPTCHA data to obtain the corresponding identification code, and then according to the input second data and the analyzed The identification code generates an identification code (third data) corresponding to the second data. The decoding module 116 is configured to decode the data transmitted by the client 120, decode the encoded data (for example, an identification code) from the third data transmitted by the client 120, and determine whether the data is based on the content indicated by the encoded data. The original information was the same, and the content of the input was obtained. The detailed CAPTCHA data management method will be introduced below. Figure 4 is a flow chart showing a CAPTCHA data management method in accordance with an embodiment of the present invention. Please refer to both Figure 1 and Figure 4. The CAPTCHA data management method according to the embodiment of the present invention can be applied to data management

Client's Docket No.: TT*s Docket No: 9096-A42766-TW/Final 201222320 System 100 is used to input the information required for an operation. First, as shown in step S402, the server 11 generates one or more CAPTCHA data according to the data attributes in the operation and concatenates the generated plurality of CAPTCHA data into a coded data, respectively, in step S404. For example, the code may be an identification code corresponding to one or more CAPTCHA data. After the encoded data is hidden, the server 11 transmits the encoded CAPTCHA data to the client terminal 12 via a first transmission medium (such as the network 130) in step S406. For example, but not limited to, in an embodiment, when the operation is a online banking transfer operation, the information required for the operation may include an account number and a transfer amount data. Therefore, the server 110 will generate a number 〇_9, respectively. Corresponding one CAPTCHA data, and each identification code of each CAPTCHA data is specified. In another embodiment, if the account information includes a combination of English letters and numbers, the server 11 can generate 36 CAPTCHA data corresponding to the letters AZ and 0-9, respectively, and assign a specific hash to each CAPTCHA data. Numbering. Then, in step S408, the client 120 receives and displays the CAPTCHA data, and in step S410, uses the CAPTCHA data to input a first data and, as in step S412, generates a second data corresponding to the first data. The first data may be composed of one or more CAPTCHA data, and the second data may be the identification data corresponding to the first data. For example, the second data may be an identification code corresponding to the first data (eg, a specific hash number), a corresponding CAPTCHA data or its summary information, a first data and a corresponding operation result (eg, a riddle answer) or a coordinate Information, but not limited to this. In an embodiment, when the operation to be performed is an online banking transfer operation,

Client’s Docket No.: TT's Docket No:9096-A42766-TW/Final 201222320 The first data entered may include transfer related information such as account number, transfer amount, name of the transaction object, currency unit, and so on. In another embodiment, when the operation to be performed is a login operation, the input first data may include login related information that can be used for identity identification, such as a user's account number, password, and/or other login requirements. Authentication information. In this step, the decoding module 122 of the client 120 can analyze the CApTCHA data to obtain its corresponding encoded data, such as a unique hash number, and generate corresponding first data according to the input first data and the analyzed encoded data. Encoding data (second data). After the second data is generated, the client 120 transmits the second data to the server 110 as in step S414. For example, if a step is the step of inputting the amount, the user can input the number by clicking the CAPTCHA data corresponding to the amount of the amount to be input, and the client 120 will corresponding code corresponding to the CAPTCHA data or the CAPTCHA data ( For example, the hash number is transmitted to the server 110 to verify whether the data correctly communicates with the server 110, thereby causing the server 110 to obtain the input data content. If the server 110 receives the second data transmitted by the client 120 in step S416', step S418' is performed to determine whether the received data is valid data. In an embodiment, the server 110 may determine whether the data is valid according to the format or content of the received data. When the format and content of the received data are correct, the server 110 determines that the received data is valid data, and vice versa. When it is determined that the data is invalid data (No in step S418), it indicates that the received data may not be generated by the server 110 or not by the client 120.

Client’s Docket No·: TT*s Docket No:9096-A42766-TW/Final 201222320 The data has been changed, so the process ends. At this point, the user can be prompted to re-enter or directly prohibit the user from performing subsequent inputs. When it is determined that the data is valid data (YES in step S418), in step S420, the server 110 can obtain the data input according to the received data. For example, when the received data is a hash number, the server 110 may obtain a hash number from the received data, and use the lookup table or a hash function to obtain the client 120 according to the hash number. Enter the information. Thereafter, in step S422, the server 110 may continue to receive the next data from the client 120 and repeat steps S416 to S422 to obtain the input data content. If any invalid data is found in the middle, the entire process is stopped. Therefore, it is ensured that the data entered will not be arbitrarily falsified, ensuring the safety of the operation. In some embodiments, the encoded material can be a unique identification code. For example, the server 110 may assign a unique hash number to each generated CAPTCHA data, and then transmit it to the client 120 for selection, and then use the hash number of the image returned by the client 120 to use the lookup table. To get the content of the input data. In some embodiments, the server 110 can also use the hash function of the picture returned by the client 120 to obtain the input data content by function verification. As mentioned above, the CAPTCHA data can include a picture, a video, and/or a sound. In some embodiments, server 110 can transmit one or a set of pictures, videos, and/or sounds to client 120 for selection. The client 120 can directly select pictures, videos and/or sounds or select pictures, videos and

Client's Docket No.: TT's Docket No: 9096-A42766-TW/Final 13 201222320 / or a certain data corresponding to the sound is input, and the selected data is transmitted to the server 110. In one embodiment, server 110 may transmit a picture or a set of pictures or a set of sounds to client 12 for selection. In some embodiments, when the CAPTCHA data is a picture, the server 100 can generate a clickable area on the picture, providing a plurality of selectable targets for selection. For example, the clickable area can be a block representing a keyboard, the keyboard is randomly displayed in a specific area of the picture, and the arrangement of the input data is also randomly generated. Referring to Figures 5A and 5B, there is shown a schematic diagram of a CAPTCHA data according to another embodiment of the present invention. As shown in FIG. 5A, the CAPTCHA data 500 further includes a clickable area 510 'This selectable area 510 is displayed in a specific area 520 of the CAPTCHA material and the numbers 0-9 in the selectable area 510 are sequentially Arranged in a specific area. As shown in FIG. 5B, the clickable area 510 in the CAPTCHA data 500 is displayed in the specific area 530 of the CAPTCHA data and the number key 〇_9 in the selectable area 51 is arranged as shown in the figure, instead The order is arranged in the keyboard area. The server 11A can transmit the CAPTCHA data containing the selectable area 510 to the client 120. When the user 120 receives and displays the CAPTCHA data, the user of the client 120 can click on a location of the clickable area 510 in the specific area to input the desired material. For example, the user can click on the position P9 of the area 520 of Fig. 5A or the position P6 of the area 530 of the 5B figure to input the number "9". When the client 120 receives the selection, the coordinate information corresponding to the location is transmitted to the server 110. Therefore, the server 11 receives the user

Client's Docket No_: TT's Docket No:9096-A42766-TW/Final 14 201222320 The coordinate information transmitted by terminal 120 determines the data input by the client based on the coordinate information. For example, if the coordinate of the position 9 of the area 52 of the 5A map is (X, y), when the server 11 receives the coordinate information, the information input by the server 11 can be inferred according to its position. The content is the number "9,." Note: The guest can be an absolute coordinate or a relative coordinate (relative to a coordinate at a certain position). For example, the user terminal can set the coordinate of the confirmation key. After the coordinates (0, 0)', the corresponding flag information is transmitted to the server 110, and the server 110 can obtain the data content input by the server 110. It should be reminded that although in FIG. 5A and FIG. 5B, The clickable area 510 only displays the numeric keys. In some embodiments, the clickable area 51 can also include the keys of all the physical keyboards for input and selection by the user of the user terminal 120. Figure 6 shows the basis A flowchart of a data management method according to another embodiment of the present invention. Please refer to both FIG. 1 and FIG. 6. The data management method according to an embodiment of the present invention can be applied to a data management system for inputting an operation. Required information. In step S602, the server 11 generates a CAPTCHA data according to the data attribute in the operation, wherein the CAPTCHA data includes a clickable area 'this selectable area is randomly displayed in a specific area of the picture' and input data The arrangement is also randomly generated (such as the clickable area 510 shown in FIG. 5A). For example, but not limited to, in an embodiment, when the operation is a online banking transfer operation, the information required for the operation may be Including the account number and the transfer amount information 'Thus, the server 11 will generate the CAPTCHA material containing the clickable area 510 as shown in FIG. 5A.

Client's Docket No:: TT's Docket No: 9096-A42766-TW/Finai 15 201222320 After 'step S604', the server sends the CAPTCHA data containing the clickable area to the client terminal 12〇. The server 11 transmits the cApTCHA data containing the clickable area to the client 120 through a first transmission medium (e.g., the network 130). The client 120 receives and displays the CApTCHA data, and in step S606, the client 120 selects a specific location of the clickable area of the specific area (for example, a certain known key position), and returns the coordinate information of the location to the servo. U0. Then, in step 8608, the server 11 can obtain the input data according to the returned coordinate information. In some embodiments, the compiled material may be a piece of text or a picture for prompting the client 12 to perform a specific operation, causing the client 120 to generate a result corresponding to the specific operation to the feeder 11 Hey. In--shooting, subtracting text or pictures can represent an operation that a human can understand, for example, representing a riddle or a game. For example, the server 11A may add the singular data representing the riddle to the CAPTCHA data and transmit it to the client 120, so that the client 120 must return the information including the answer corresponding to the riddle for verification by the server 110. . An embodiment is exemplified below to assist in explaining the details of data management in accordance with the present invention, but the present invention is not limited thereto. In this embodiment, assuming that an operation is an online banking transfer transaction, the data of the "transfer account number" and the "amount" in the transaction may be defined as the input data in the transaction. The data set corresponding to the "transfer account" and "amount" data can be a number and letter "A" - "Z" 'for example' "transfer account number, which can be "a 123456" and "amount" can be "1000", so , number, 〇,, _ "9,, with the letters" A,, - "Z"

Client's Docket No.: TT,s Docket No:9096-A42766-TW/Final 201222320 is a possible data set. Therefore, according to the CAPTCHA data management method of the present invention, the generating module 112 of the server 110 will generate 〇_9 respectively. Corresponding CAPTCHA data with AZ. The encoding module 114 of the server 110 then hides all of the generated CAPTCHA data into a coded material&apos; such as a hash number. Then, the encoded CAPTCHA data can be transmitted to the client terminal 12, and the encoded CAPTCHA data can be used for the transaction. Then, the client terminal 12 can transmit the encoded data corresponding to the selected CAPTCHA data to the server 110', so that the server 110 verifies and obtains the data content input by the user 120 according to the received data. In summary, the 'data management method according to the present invention and its related data management system' can generate a set of CAPTCHA data according to a possible data set of input data required for an operation to be performed, and then join the group of CAPTCHA data. A specific coded material, such as an identification code, to further protect the transmitted and received data, can enhance the security of the current transaction method, and is more easily replaced by the CAPTCHA data (such as pictures) on the server side and the user end. The computer text modified by viruses or Trojans is safer than computer text transmission in the past, and the technology of hiding messages can be applied to the operation content, such as the transmission of transaction content, to ensure the security of the data transmitted by the client and the server. It also ensures that important information in the transmission process is not lost or stolen. Furthermore, the data management method according to the present invention can further provide a variety of CApTCHA data such as a set of audio, video or CAPTCHA data containing the aforementioned clickable areas, riddles or games as an input choice of the user terminal, which can be further through

Client's Docket No.: TT,s Docket No:9096-A42766-TW/Final 201222320 Avoid input money ==:: interactive round-the-wheel approach to fine power ^ or specific type or part thereof, can be coded Included in physical media, such as a floppy disk, a CD-ROM, a hard disk, or a computer-readable storage medium that can be read by a computer, such as a computer, if the computer is loaded and executed, the machine becomes Used; and X is set to t. The method and apparatus of the present invention can also be transmitted in a coded form via a transmission medium such as a wire or a dragon, an optical fiber, or any transmission type, where 'when the code is received, loaded, and executed by a machine' such as a computer. At this time, the machine becomes a device for participating in the present invention. When the general purpose processing is implemented, the code is provided in conjunction with the processor to operate a unique device similar to the application specific logic. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the invention, and it is intended that the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 shows a data management system in accordance with an embodiment of the present invention. Figure 2 is a schematic diagram showing CAPTCHA data in accordance with an embodiment of the present invention. Figure 3 is a schematic diagram showing CAPTCHA data containing encoded data in accordance with an embodiment of the present invention. Figure 4 is a flow chart showing a CAPTCHA data management method in accordance with an embodiment of the present invention.

Client's Docket No.: TT*s Docket No: 9096-A42766-TW/Finai 18 201222320 Figures 5A and 5B show schematic diagrams of CAPTCHA data according to another embodiment of the present invention. Figure 6 is a flow chart showing a CAPTCHA data management method in accordance with another embodiment of the present invention. [Main component symbol description] 100~ data management system; 110~server; • 112~ generation module; 114~ coding module; 116~ decoding module; 120~user end; 122~analysis module; Road; 200-209, 300~CAPTCHA data; 310~ coded data, S402-S422~ execution steps; 500~CAPTCHA data; 510~clickable area; 520, 530~ area; P6, P9~ position; S602- S608~ execution steps.

Client’s Docket No·: TT’s Docket No:9096-A42766-TW/Final

Claims (1)

201222320 VII. Patent application scope: 1. A fully automatic method for distinguishing computer and human test data, including the following steps: 1 4 server device (3⁄4 based on a first data to generate at least one fully automatic computer and human measurement) (Completely Automated Public Test to tell Computers and Humans Apart, CAPTCHA) data 'where the first data is data related to an operation; the server hides the fully automatic computer and human test data into a corresponding one Coding data; g The server transmits the encoded fully automatic computer and human test data to a client through a first transfer medium, so that the user uses the code to automatically distinguish between computer and human test data. Inputting a second data and transmitting a third data corresponding to the second data; and the server receives and decodes the third data to obtain the data input by the user terminal. Automatically distinguishing between computer and human test management methods, wherein the coded data system Corresponding to the identification code of one of the test data of the computer and the human being. The 3. The fully automatic computer and human test management method described in claim 2, wherein the identification code includes a hash number 4. The method of fully automatic computing human test management as described in claim 3, wherein the step of receiving and decoding the third material by the server to obtain the data input by the client further comprises: The word server obtains the hash number from the third material, and according to the Client's Docket No.: TT's Docket No: 9096-A42766-TW/Final 20 201222320 hash number, using the human test management method, 1 The fully automatic computer and material are divided to obtain the third wheel of the server to receive and decode the third server by the third data: the step of the step further comprises: a hash number, a complete-misc, m (four) Hash number, and according to &amp; If you apply for a patent. The human test management method, the 1 κ king automatic zone for the counting machine and the test data includes ^ slice, dynamic distinction between computer and human ^ ^ 矾 and / or a sound. 7. In the patent test method of the sixth application of the patent scope, in the 1st, the mobile computer and the selectable area are randomly displayed in the field of the picture, and the method further includes: (10) special area of the month And the square 俨:: two receives the coordinate information transmitted by the client and determines the data input by the user terminal according to the private message, and can point the coordinate consumption (4) the user terminal is in the specific area This is the location of one of the selected areas. Please refer to the method of fully automatic computer and human test management according to the patent specification, wherein the coded data is a paragraph text or a picture 'the text or picture is used to prompt the user to perform a specific operation, so that the The client generates a corresponding operation - the result is given to the feeder. 9. For example, the scope of the patent application! The fully automatic computer and human test management method described in the section, wherein the text or picture represents a riddle or a game. Client's Docket No.: TT's Docket No :9096-A42766-TW/FinaI 201222320 ιυ. System, including the mind-sewn computer and human test data management system - server 'generated according to a first data — and human test data, The automatic classification meter: dragging f computer data into a corresponding coded data, transparent and human test code, the fully automatic distinction between computer and human; transmitting the end, causing the user to use the stone After the horse's: the user's test data is input into a second data and the person's data is transmitted, and the third data is received and decoded to obtain the input data, and the user's first data is - Operational information. For example, the automatic classification meter and the human test tube (four) system described in the application of the patent (4) 1G item, the code data of the towel is an identification code corresponding to the test data of the automatic distinction between the computer and the human.乂王 12. If you apply for the fully automatic classification calculation and human security management management described in item U of the patent scope, the identification code includes the hash number. 13. The automatic distinguishing computer # and the human test management system according to claim 12, wherein the server further knows the hash number from the third material and uses one according to the hash number. The table lookup method obtains the data input by the client. $14. The fully automatic computer and human test management system as described in claim 12, wherein the server obtains the hash number from the third material and uses a hash function according to the hash number. To get the information entered by the client. Client's Docket No.: TT's Docket No:9096-A42766-TW/Final 22 201222320 15·If you apply for the automatic division and human test management system described in the hometown _ 1G item, where 'the fully automatic computer:: class The test data includes - pictures, - video and / or a sound. The second application of the patent computer is the sub-computer and human test management system, wherein the picture represents a domain, and the selectable area is displayed in the specific area of the picture ^ The server is connected to (4) the user (4) transmits the seat (10) and determines the data input by the user terminal according to the coordinate information, wherein the coordinate information is selected by the user endpoint in the selectable area of the specific area. 17. Produced by one location. 17. The fully automatic computer and human test management system as described in the patent application _1G, wherein the Μ(4) is a paragraph text or a picture 'the text or picture is used to prompt the user The end performs a specific operation, causing the user to generate a corresponding operation - the result is given to the feeder. φ 18. The fully automatic computer and human management line as described in claim 10 of the patent application A paragraph text or picture represents a riddle or a game. 19. A computer program product that is loaded by a machine to perform a fully automated computer and human test data management method. The computer program product comprises: a first code for generating at least one fully automatic metering and human testing (Completely Automated Public Test to tell Computers and Humans Apart, CAPTCHA) based on a first data. No.: TT's Docket No: 9096-A42766-TW/Final 23 201222320, wherein the first data is data related to an operation; a second code is used to automatically distinguish between computer and human testing The data is stored in a corresponding coded data, and a third code is used to transmit the encoded fully automatic computer and human test data to a client through a first transmission medium, so that the user uses the code. Automatically distinguishing computer and human test data into a second data and transmitting a third data corresponding to the second data; and a fourth code for receiving and decoding the third data to obtain the user terminal Enter the information. Client's Docket No.: TT's Docket No:9096-A42766-TW/Final 24