JP2007265334A - Update information display program and update information display method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To display update information of a webpage which carries learning related information, in the order corresponding to a user's learning preference. <P>SOLUTION: When the webpage which carries the learning related information is browsed, a browsing recording section 10A computes precedence for every learning field provided in the webpage and every provided medium belonging to the learning field. When receiving a request for providing update information of the webpage which carries the learning related information, an update information acquisition section 10B acquires the update information using an RSS (rich site summary) information acquiring function. Further, a display content determining section 10C groups the update information for every learning field based on the learning field of each webpage specified by the acquired update information, and determines the display order of update information based on the precedence. A screen providing section 10D then rearranges and presents the update information of the learning fields and the webpages grouped for every learning field. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a technique for displaying update information of a home page on which learning-related information is posted in an order corresponding to a user's learning preference.

  In recent years, an RSS (Rich Site Summary) reader is widely known as a technique for efficiently collecting learning-related information necessary for learning in various fields via the Internet. The RSS reader is characterized by an RSS document described in an XML (eXtensible Markup Language) file associated with a homepage of an address registered in advance by a user or a homepage obtained as a result of searching with a keyword specified by the user. An RSS information acquisition function for acquiring update information of a home page associated with an RSS document is provided, and the acquired update information is provided to the user. Using such an RSS reader, the user can efficiently collect update information on a homepage on which learning-related information is posted, and obtain new information from the homepage based on the update information.

In addition, as another technique that makes it possible to efficiently collect information, when a search keyword is input and an information search is performed on the information search screen, other keywords related to the input search keyword are displayed. A technique has been proposed in which search is further displayed on a search screen in order of strong relation to an input search keyword (for example, Patent Document 1).
JP 2002-269135 A

  By the way, the user generally has a learning preference such as a learning field of interest or a medium of preference. However, although the RSS reader has an advantage that it can efficiently collect update information of the home page on which the learning related information is posted, the update information is displayed in order from the newest update date regardless of the learning preference of the user. It was only done. In addition, the technique disclosed in Japanese Patent Laid-Open No. 2002-269135 also shows that keywords associated with the input search keyword are displayed on the search screen in a predetermined order regardless of the user's learning preference. It wasn't too much. Therefore, in these prior arts, information display cannot be performed in the order according to the learning preference of each user.

  Therefore, in view of the conventional problems as described above, the present invention utilizes the RSS information acquisition function that can efficiently collect the update information of the learning related information homepage, and the update information becomes a learning preference of the user. An object of the present invention is to provide an update information display program and an update information display method that are displayed in an order according to the order.

  For this reason, in the present invention, when a homepage on which learning-related information is posted is browsed, a priority is calculated for each learning field provided by the homepage and each provided medium belonging to the learning field, and these are stored. Store in the device. Further, when a request for providing update information of a home page on which learning related information is posted is received, the update information is acquired using the RSS information acquisition function. Furthermore, based on the learning field of each homepage specified by the update information acquired by the RSS information acquisition function, the learning field is grouped. Then, based on the priority stored in the storage device, the learning field and the update information of the home page grouped for each learning field are rearranged and presented.

  According to the present invention, when a homepage is browsed, a priority is calculated for each learning field provided by the homepage and for each providing medium belonging to the learning field. In addition, when receiving a request for providing update information of a homepage on which learning related information is posted, the update information is acquired by the RSS information acquisition function, and the update information grouped according to the learning field and the learning field, Based on the calculated priority, they are rearranged and presented. For this reason, the browsing tendency of the homepage of the user who requested the provision of update information is reflected in the display order of the update information acquired by the RSS information acquisition function. In addition, the update information is displayed by being grouped in order from the learning field in which the user is interested. Furthermore, the update information grouped in the same learning field is displayed in order from the user's favorite providing medium. Therefore, the user can efficiently collect learning-related information that matches each learning preference. Moreover, even if the user's learning preference changes, the learning field and the update information can be displayed in an order corresponding to the change.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.
FIG. 1 shows an overall configuration of an update information display apparatus that embodies an update information display technique according to the present invention.
The update information display device 10 is constructed on a computer including at least a central processing unit (CPU) and a memory, and functions as a WEB server having an RSS information acquisition function. Further, by executing the update information display program loaded in the memory, the browsing recording unit 10A, the update information acquisition unit 10B, the display content determination unit 10C, and the screen providing unit 10D are realized.

  The update information display device 10 includes a database, and the database includes a learning field determination word table 10E, a provision medium determination word table 10F, a provision medium price ranking table 10G, and a learning field priority integration point table 10H. A provision medium priority integration point table 10I, a provision medium ranking point table 10J, a learning field priority table 10K, a provision medium priority table 10L, an update information list table 10M, and a browsing history table 10N. Consists of including. Furthermore, the update information display device 10 includes a user terminal 30 having a general-purpose browser function via the Internet 20, an RSS public WEB server 40 on which a learning related information is posted and a home page associated with an RSS document is published. They are connected to each other and send and receive data.

  The browsing recording unit 10A functions as a priority calculation step. When the home page is browsed on the user terminal 30, the browsing recording unit 10A calculates the priority for each learning field and each providing medium belonging to the learning field, and further records the browsing record in the database. do. The update information acquisition unit 10B functions as an update information acquisition step. When an update information provision request for a home page is received from the user terminal 30, the update information acquisition unit 10B uses the RSS information acquisition function via the Internet 20 according to the request content. Update information including the update date and update article of the home page is acquired from the RSS document associated with the home page published by each RSS public WEB server 40.

  The display content determination unit 10C functions as a grouping step, a display order determination step, a point integration step, a point subtraction step, and an information insertion step, and determines the display content of the update information acquired by the update information acquisition unit 10B. The screen providing unit 10 </ b> D functions as an update information presentation step, generates a screen on which update information is displayed, and returns the screen to the user terminal 30.

  The learning field determination word table 10E is registered with words indicating the contents of the learning field provided by each home page, and includes the learning field and words 1 to 3 as shown in FIG. The provided medium determination word table 10F registers words indicating the contents of the provided medium provided by each homepage, and includes the provided medium and words 1 to 3 as shown in FIG. In this embodiment, only four types of “seminar”, “e-learning”, “book”, and “article” are assumed as providing media. However, the present invention is not limited to this.

The provision medium price rank table 10G is set with a price rank corresponding to a learning cost necessary for learning by each provision medium, and includes the price rank and the provision medium as shown in FIG. .
The learning field priority integration point table 10H and the provision medium priority integration point table 10I define points to be integrated according to the provision medium provided by the homepage when the homepage is browsed. As shown in FIG. 5, the learning field priority accumulation point table 10 </ b> H is configured to include accumulation points for determining the priority of the providing medium and the learning field. On the other hand, as shown in FIG. 6, the provision medium priority accumulation point table 10I defines the accumulation points for determining the priority of the provision medium and the provision medium belonging to the learning field.

The provision medium ranking point table 10J is added according to the priority order that is the order in which the priority of the provision medium is reflected in order to determine the display order in the update information grouped for each learning field. The provision medium ranking point is defined, and as shown in FIG. 7, the provision medium ranking point includes the priority order and the provision medium ranking point.
In the learning field priority table 10K, information related to the priority of the learning field is stored for each user. As shown in FIG. 8, the number of times of browsing and browsing corresponding to each of the user, the learning field, and each providing medium are shown. Points, learning field priority points and priorities reflecting priorities are configured. The provision medium priority table 10L stores information related to the priority of the provision medium for each user and for each learning field. As shown in FIG. 9, the user, the learning field, the provision medium, the number of browsing times, and the provision The medium priority point and the priority order reflecting the priority are configured.

  The update information list table 10M is stored when update information is grouped and stored for each user and for each learning field, and is used when determining the display order of the update information in the same user and the same learning field. As shown in the following, the user, the learning field, the update article of the update information, the supply medium, the provision medium ranking point, the date adjustment point, the price ranking adjustment point, the update information display point and the display set according to the priority of the provision medium Constructed including order. The date adjustment point is a point that is subtracted when browsing of the same providing medium has not been performed within the past predetermined period. The price rank adjustment point is a point that is added when a homepage belonging to a providing medium whose learning cost is lower than that of the providing medium provided by the homepage is viewed a predetermined number of times within a predetermined period.

The browsing history table 10N stores the browsing history for each user when the home page is browsed. As shown in FIG. 11, the user, the update article included in the update information of the browsed home page, learning It is configured to include field, provided medium, browsing date and browsing time.
FIG. 12 shows the browsing recording process executed by the browsing recording unit 10A. This process is executed when a user browses a home page on which learning related information is posted.

In step 1 (abbreviated as “S1” in the figure, the same applies hereinafter), a subroutine for learning field determination processing for determining a learning field provided by the browsed home page is called.
In step 2, a subroutine of a provided medium determination process for determining a provided medium provided by the browsed home page is called.
In step 3, learning field priority points are accumulated based on the determined learning field and providing medium. Specifically, referring to the learning field priority accumulation point table 10H, the accumulated points of the determined provided medium are acquired. Next, for the determined learning field in the learning field priority table 10K, the determined number of browsing of the provided medium is incremented, and the acquired points are integrated into the browsing points. Furthermore, the total of the browsing points of each providing medium is stored in the learning field priority points.

  Here, the processing of step 3 will be described using a specific example with reference to FIGS. 5 and 8. For example, when the learning field is “SOX method” and the provision medium is “book”, referring to the learning field priority accumulation point table 10H shown in FIG. 5, the accumulation point “2” corresponding to the provision medium “book”. Can be acquired. Next, the number of times of browsing the “book” of the “SOX method” data providing medium in the learning field priority table 10K shown in FIG. 8 is incremented, and “2” is added to the browsing points. Here, for example, when the provided medium is “seminar”, the corresponding accumulated point is “4”. Therefore, in the learning field priority table 10K, the number of times of viewing “seminar” of the provided medium is incremented. “4” is added to the points.

In step 4, the priority of the learning field is calculated in order from the highest learning field priority point, and stored in the learning field priority table 10K.
In step 5, a provision medium priority point is calculated. Specifically, referring to the provided medium priority accumulated point table 10I, the accumulated points of the determined provided medium are acquired. Next, among the data in the learning field of the provided medium priority table 10L, for the data in the determined learning field, the determined number of browsing of the provided medium is incremented, and the obtained accumulated points of the provided medium are added to the browsing points.

  Here, the processing of step 5 will be described using a specific example with reference to FIGS. 6 and 9. For example, when the learning field is “SOX method” and the provided medium is “book”, the accumulated point “4” corresponding to the provided medium “book” is referred to with reference to the provided medium priority accumulated point table 10I shown in FIG. Can be acquired. Next, among the data in which the learning field of the provided medium priority table 10L shown in FIG. 9 is “SOX method”, the number of times that the provided medium is “book” is incremented, and “4” is set as the viewing point. Accumulate. Here, for example, when the provided medium is “e-learning”, the corresponding accumulated point is “6”. Therefore, in the provided medium priority table 10K, the number of times of viewing “e-learning” of the provided medium is incremented. , "6" is added to the browsing points. Note that the processing of steps 3 and 5 corresponds to a point integration step.

In step 6, the priority order of the provided media is calculated in descending order of the provided media priority points, and stored in the provided media priority table 10L. Note that the processing in steps 4 and 6 corresponds to a priority calculation step.
In step 7, the browsing history of the home page is recorded in the browsing history table 10N.
FIG. 13 shows processing of a subroutine for learning field determination processing.

In step 11, all words of the homepage specified by the update information are searched.
In step 12, the word with the highest number of appearances is acquired from all the words included in the home page.
In step 13, the learning field determination word table 10E is referred to, and it is determined whether or not the most frequently occurring word is included in any one of the learning field words 1 to 3 stored in the learning field determination word table 10E. judge. If the word is included, the process proceeds to step 14 (Yes), and if the word is not included, the process proceeds to step 15 (No).

  In step 14, it is determined that the learning field provided by the home page is the learning field in which the most frequently occurring words are registered among the learning fields registered in the learning field determination word table 10E. Referring to the specific example of FIG. 2, for example, when the word having the highest number of appearances among all the words included in the homepage is “internal control method”, the update information of the homepage is the learning field. It is determined to belong to the “SOX method”.

In step 15, it is determined that the learning field provided by the home page is a new learning field, and a new learning field is created based on the word having the highest number of appearances.
FIG. 14 shows the processing of the subroutine of the provided medium determination process.
In step 21, all words on the homepage specified by the update information are searched.
In step 22, it is determined whether or not any word among the words 1 to 3 corresponding to “seminar” stored in the provided medium determination word table 10 </ b> F is included in the home page. If the word is included, the process proceeds to step 23 (Yes), and if the word is not included, the process proceeds to step 24 (No).

In step 23, it is determined that the providing medium provided by the home page is “seminar”.
In step 24, it is determined whether or not any word among the words 1 to 3 corresponding to the “e-learning” provided medium is stored in the provided medium determination word table 10F. If the word is included, the process proceeds to step 25 (Yes), and if the word is not included, the process proceeds to step 26 (No).

In step 25, it is determined that the providing medium provided by the homepage is “e-learning”.
In step 26, it is determined whether or not any one of the words 1 to 3 corresponding to “book” as the providing medium stored in the providing medium determination word table 10F is included in the home page. If the word is included, the process proceeds to step 27 (Yes), and if the word is not included, the process proceeds to step 28 (No).

In step 27, it is determined that the providing medium provided by the home page is “book”.
In step 28, it is determined that the providing medium provided by the home page is “article”.
Here, the provided medium determination processing will be described with reference to the specific example of FIG. 3. For example, when the word “publishing” is included in all words included in the homepage, the learning related information provided by the homepage is provided. Is determined to be a “book”. In addition, when there is a word “class”, it is determined that the providing medium is “seminar”.

FIG. 15 shows an update information display process executed in the update information acquisition unit 10B, the display content determination unit 10C, and the screen providing unit 10D. This process is executed when a request for providing homepage update information is received from the user terminal 30.
In step 31, the RSS information acquisition function is used in accordance with the update information provision request received from the user terminal 30, and it is associated with the homepage published on each RSS public WEB server 40 obtained via the Internet 20. Update information including the update date and update article included in the RSS document is acquired. Note that the processing in step 1 corresponds to an update information acquisition step.

In step 32, the priority of the learning field is acquired from the learning field priority table 10K.
In step 33, the learning field of the homepage specified by each acquired update information is determined, and only the update information of the homepage whose priority of the learning field falls within a predetermined value is grouped and updated for each learning field. A subroutine for update information list creation processing stored in the information list table 10M is called. The update list creation process corresponds to a grouping step.

In step 34, the learning related information providing medium of the home page specified by each update information in the update information list is determined, and the display order of the update information is determined based on the priority of the providing medium in the same learning field. Call a subroutine of update information display order determination processing.
In step 35, the groups for each learning field in the update information list stored in the update information list table 10M are rearranged according to the priority of the learning field.

In step 36, the update information in the update information list stored in the update information list table 10M is rearranged in the same learning field group according to the display order of the update information.
In step 37, a screen as shown in FIG. 16 is generated in the order in which the update information in the learning field and the update information list is rearranged in steps 35 and 36, and is returned to the user terminal 30. In the user terminal 30, such a screen can be displayed on the display device by a browser. The update information display order determination process and the processes in steps 35 to 37 correspond to the update information presentation step.

FIG. 17 shows the subroutine of the update information list creation process.
In step 41, the update information acquired by the RSS information acquisition function is read.
In step 42, a subroutine of learning field determination processing for determining the learning field of the home page specified by the update information is called.
In step 43, it is determined with reference to the learning field priority table 10K whether or not the determined priority of the learning field is within a predetermined order. If the priority of the learning field is within the predetermined value, the process proceeds to step 44 (Yes), and if the priority of the learning field is not within the predetermined value, the process proceeds to step 45 (No). Note that the predetermined value is a value that is defined in advance as to how many learning fields are displayed from the top, and can be arbitrarily changed.

  In step 44, update information is registered in the update information list table 10M to create an update information list. At this time, the user is the user who requested the update information, the learning field is the determined learning field, and the update article is the update article of the update information. The provision medium is blank at this stage, and the provision medium priority point, date adjustment point, price rank adjustment point, and update information display point are set to 0 at this stage.

In step 45, it is determined whether there is any other update information acquired by the RSS information acquisition function. When there is other update information, the process returns to step 41 (Yes), and when there is no other update information, the update information list creation process is terminated (No).
FIG. 18 shows the subroutine processing of the update information display order determination processing. This process is executed for each learning field of the update information list created in the update information list table 10M by the update information list creation process.

In step 51, the update information stored in the update information list table 10M is read.
In step 52, a subroutine of a provision medium determination process for determining a provision medium of a homepage specified by the read update information is called, and the determined provision medium is stored in the provision medium of the update information list table 10M.
In step 53, the provided medium priority table 10L is referred to, and the determined priority order of the provided medium is acquired.

In step 54, the provided medium rank point table 10J is referred to, and the provided medium rank point corresponding to the priority of the provided medium is acquired. Then, the provision medium ranking point is stored in the provision medium priority point of the update information list table 10M.
In step 55, the browsing history table 10N is referred to, and the predetermined number is stored in the date adjustment point only when the browsing history of the same learning field and the same provided medium is not within the past predetermined period. The predetermined number is a value set in advance for subtraction from the update information display point of the update information. Note that the processing in step 55 corresponds to a point subtraction step.

In step 56, a subroutine for the provision medium price rank point addition process is called. The provision medium price ranking point addition process corresponds to an information insertion step.
In step 57, the total value of the ranking point, date adjustment point, and price ranking adjustment point of the update information list table 10M is calculated and stored in the update information display point of the update information list table 10M.

  In step 58, it is determined whether there is any other update information of the home page grouped in the same learning field in the update information list table 10M. When there is other update information of the homepage grouped in the same learning field, the process returns to step 51 (Yes), and when there is no other update information of the homepage grouped in the same learning field, the process proceeds to step 59 (No). .

In step 59, for each update information in the update information list table 10M, the display order is calculated from the one with the highest update information display point, and stored in the display order of the update information list table 10M.
In step 60, update information whose update information display order is within a predetermined value is specified. Note that the predetermined value is a value defined in advance for how many pieces of update information are displayed for one learning field, and can be arbitrarily changed.

FIG. 19 shows the processing of a subroutine of provision medium price rank point addition processing.
In step 61, the browsing history table 10N is referred to, and it is determined whether or not the browsing history of the homepage of the same providing medium as the providing medium provided by the homepage specified by the update information exists within the past predetermined period. If the browsing history does not exist within the predetermined period, the process proceeds to step 32 (Yes), and if the browsing history exists within the predetermined period, the provision medium price ranking point addition process is terminated (No).

In step 62, the providing medium price ranking table 10G is referred to, and the providing medium whose price rank is one higher than the providing medium of the update information is acquired.
In step 63, the browsing history table 10N is referred again, and it is determined whether or not the browsing history of the homepage of the provided medium having the same price ranking as that of the next provided medium exists within the past predetermined period. If the browsing history exists within the predetermined period, the process proceeds to step 64 (Yes), and if the browsing history does not exist within the predetermined period, the provision medium price ranking point addition process is terminated (No).

In step 64, it is determined whether or not the browsing history determined in step 63 exists more than a predetermined number of times. If the browsing history exists more than the predetermined number of times, the process proceeds to step 64 (Yes), and if the browsing history does not exist more than the predetermined number of times, the provision medium price ranking point addition process is ended (No).
In step 65, a predetermined value is stored in the price rank adjustment point of the update information display order table. The predetermined value is a value set in advance to be added to the update information display point so that the update information is inserted above the update information of the other providing medium.

  According to the browsing record processing and the update information display processing, when a home page on which learning related information is posted is browsed by a user, learning is performed according to a learning field provided by the home page and a providing medium belonging to the learning field. Predetermined values are added to the field priority point and the provision medium priority point, and the priority order is calculated. In addition, when a user requests to provide update information on a homepage on which learning-related information is posted, update information including the update date and update article of each homepage is acquired, and the homepage specified by these update information The learning field and the providing medium provided by are determined. Furthermore, the learning field and the update information grouped for each learning field are displayed in advance from the learning field calculated at the time of browsing the home page and the priority of the providing medium belonging to the learning field. For this reason, the learning field priority point and the provision medium priority point change according to the browsing tendency of the user's homepage, and the user's preference is changed in the display order of the learning field and the update information by changing the respective priority. It becomes possible to be reflected. Moreover, even if a user's learning preference changes, a learning field and update information can be displayed in the order according to the change.

  Further, when a homepage is browsed, the accumulated points weighted according to the medium provided by the homepage are integrated into the learning field priority points of the learning field provided by the homepage. Here, for example, if an accumulation point proportional to the learning cost is set, the more learning field priority points are accumulated by one browsing as the homepage of the providing medium having a higher learning cost is viewed. For this reason, the priority in the learning field is not simply calculated based on the number of times the homepage is browsed, but is calculated in consideration of a weight set arbitrarily according to the provided medium.

  Furthermore, the distribution medium priority points are also multiplied by the accumulated points weighted according to the distribution medium of the homepage, and in the same way as the learning field priority points, it is proportional to the learning cost according to the distribution medium. If the accumulated points are set, the more provided medium priority points are accumulated by one browsing as the homepage of the provided medium having a high learning cost is browsed. For this reason, the priority order of the provided media is not calculated simply based on the number of times the homepage is browsed, but is calculated in consideration of a weight set arbitrarily according to the provided media.

  Here, on the screen presented to the user, the update information grouped for each learning field and the learning field can be displayed in a limited manner by a predetermined number that can be changed independently and arbitrarily. For this reason, since only the update information that the user is particularly interested in can be displayed at a glance, it is possible to collect information more efficiently. In addition, if this predetermined number is a number that allows the learning field and the update information to be viewed on one screen, it is possible to make it easier to see. Moreover, while all the update information acquired by the RSS information acquisition function is displayed, a screen on which update information with a limited number of displays is displayed in a separate field or screen may be displayed.

  Also, when determining the display order of update information within a group of the same learning field, if the update information on the homepage of a specific supply medium has been browsed more than a predetermined number of times within a predetermined period, the supply medium is provided. A predetermined value is added to the update information display point of the homepage. For this reason, the update information of the homepage provided with the providing medium whose price rank according to the learning cost of the providing medium is earlier than that providing medium, that is, the providing medium having a high learning cost is inserted and displayed at the top. Therefore, the user can be given an opportunity to browse not only the provided medium that is frequently browsed in the learning field of interest, but also a home page that introduces a more expensive provided medium.

  Further, when determining the display order of the update information within the group of the same learning field, for the update information of the provided medium that does not have a browsing history within the past predetermined period, the predetermined number of date adjustment points are the update information display points. Subtracted from total. For this reason, with regard to the update information of the homepage of the provided medium that has not been browsed much recently, the display order is adjusted later so that the learning preference of the recent user is more accurately matched to the display order of the update information. It can be reflected.

  In the present embodiment, the update information is acquired from the RSS document by the RSS information acquisition function of the update information display device 10 and the update information is displayed on the browser of the user terminal 30. Update information may be acquired and displayed by an installed RSS reader.

  (Appendix 1) When a homepage on which learning-related information is posted is browsed, the priority is calculated for each learning field provided by the homepage and the providing medium belonging to the learning field, and these are stored in the storage device. A priority calculation step, an update information acquisition step of acquiring update information using an RSS information acquisition function when a request for providing update information of a homepage on which learning related information is posted is received, and the update information acquisition step Based on the learning field provided by the homepage specified by the update information, the grouping step for grouping for each learning field, and the priority stored in the storage device, Sort the update areas grouped by learning area and each learning area, and provide update information to present them. Update information display program for implementing the method, to a computer.

  (Additional remark 2) The said priority calculation step calculates the priority of the said learning field and a provision medium based on the value which applied the weight attached | subjected according to each provision medium with respect to the browsing frequency of a homepage, respectively. The update information display program according to supplementary note 1, characterized in that:

  (Supplementary note 3) The update information display program according to supplementary note 2, wherein the weighting is a value proportional to a learning cost necessary for learning by the providing medium.

(Supplementary Note 4) When a homepage on which learning-related information is posted is browsed, a numerical value attached according to the provision medium specified by the homepage is added to each of the learning field and the provision medium. It has a point accumulation step to accumulate,
The update information display program according to appendix 2 or appendix 3, wherein the priority calculation step calculates the priority of the learning field and the providing medium based on the points accumulated in the point accumulation step. .

  (Supplementary Note 5) A point subtracting step is provided for subtracting a predetermined number of points in the learning field and providing medium specified by the homepage when the homepage on which the learning related information related to the specific providing medium is not browsed for a predetermined period. The update information display program according to supplementary note 4, characterized by:

  (Appendix 6) When a homepage on which learning related information related to a specific providing medium is viewed a predetermined number of times or more within a predetermined period, update information of the providing medium that is expensive to learn is inserted above that providing medium The update information display program according to any one of supplementary notes 1 to 5, further comprising an information insertion step.

  (Supplementary note 7) The update information presentation step presents a predetermined number of independent learning fields and update information according to the priorities, according to any one of supplementary notes 1 to 6. Update information display program.

  (Supplementary Note 8) When a homepage on which learning-related information is posted is browsed, the priority is calculated for each learning field provided by the homepage and the provided medium belonging to the learning field, and these are stored in the storage device. A priority calculation step, an update information acquisition step of acquiring update information using an RSS information acquisition function when a request for providing update information of a homepage on which learning related information is posted is received, and the update information acquisition step Based on the learning field provided by the homepage specified by the update information, the grouping step for grouping for each learning field, and the priority stored in the storage device, Sort the update areas grouped by learning area and each learning area, and provide update information to present them. Update information display method characterized in that to execute the steps, to the computer.

  (Supplementary note 9) When a homepage on which learning-related information is posted is browsed, priority calculation means for calculating a priority for each learning field provided by the homepage and each providing medium belonging to the learning field, and the priority Storage means for storing the priority of the learning field and providing medium calculated by the degree calculating means, and when receiving a request for providing update information of the home page on which the learning related information is posted, the RSS information acquisition function is used to Update information acquisition means for acquiring update information, and grouping for grouping the update information acquired by the update information acquisition means for each learning field based on the learning field provided by the homepage specified by the update information And a learning field and an update grouped for each learning field based on the priority stored by the storage means Distribution respectively sorted, update information display device characterized by being configured to include an update information providing means, a presenting them.

Overall configuration diagram of an apparatus for executing an update information display program according to the present invention Explanatory drawing of learning field judgment word table Explanatory drawing of a provision medium judgment word table Illustration of the provided media price ranking table Explanatory drawing of learning field priority accumulation point table Illustration of the provided media priority accumulation point table Illustration of the provided media ranking point table Explanatory diagram of learning field priority table Illustration of the provided media priority table Illustration of update information list table Explanatory diagram of browsing history table Update information display process flowchart Flow chart of learning field determination processing Flow chart of provided medium determination processing Update information display process flowchart Illustration of update information display screen Update information list creation process flowchart Flow chart of update information display order determination process Flow chart of provision medium price ranking point addition processing

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Update information display apparatus 20 Internet 30 User terminal 40 RSS public WEB server

Claims (3)

Priority calculation step of calculating priorities for each learning field provided by the home page and each providing medium belonging to the learning field when the home page on which the learning-related information is posted is browsed, and storing these in the storage device When,
An update information acquisition step of acquiring the update information using the RSS information acquisition function when receiving a request for providing update information of the homepage on which the learning related information is posted;
A grouping step for grouping the update information acquired by the update information acquisition step for each learning field based on the learning field provided by the homepage specified by the update information;
Based on the priority stored in the storage device, each of the learning fields and the update information grouped for each learning field, respectively, and an update information presentation step for presenting them,
Update information display program for realizing on a computer.   The priority calculating step calculates the priority of the learning field and the providing medium based on a value obtained by applying a weight assigned to each providing medium to the number of times the homepage is browsed. The update information display program according to claim 1. Priority calculation step of calculating priorities for each learning field provided by the home page and each providing medium belonging to the learning field when the home page on which the learning-related information is posted is browsed, and storing these in the storage device When,
An update information acquisition step of acquiring the update information using the RSS information acquisition function when receiving a request for providing update information of the homepage on which the learning related information is posted;
A grouping step for grouping the update information acquired by the update information acquisition step for each learning field based on the learning field provided by the homepage specified by the update information;
Based on the priority stored in the storage device, each of the learning fields and the update information grouped for each learning field, respectively, and an update information presentation step for presenting them,
The update information display method characterized in that the computer executes.

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