KR101022254B1 - Traffic Reduction Schedule Management System and Method for the same - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a traffic reduction schedule management technology, and more particularly, to a schedule management technology for setting, maintaining, managing, and synchronizing schedules related to business schedules and appointments, missed calls, and the like. According to the present invention, when a message including a schedule received by a business, a missed call, etc. cannot be confirmed while not being carried, lost or operated by a communication terminal, or when a message is intentionally and accidentally deleted, Information about missed calls can be sent to a web application server, stored in a personal account, updated, and updated information can be viewed through a web page, and messages including schedules can be viewed as processed data on a communication terminal or the web. By providing it, it is possible to check and manage data on schedules and appointments in a web-enabled place regardless of a communication terminal.

Calendar, Message, Parsing, Web Page

Description

Traffic Reduction Schedule Management System and Method for the same

TECHNICAL FIELD The present invention relates to a schedule management technology, and more particularly, to a schedule management technology for setting, maintaining, managing, and synchronizing schedules related to business-related schedules and appointments, missed calls, and the like.

Conventional schedule management technology configures a menu to add a schedule to the calendar by setting the input from the user and outputs a notification sound notifying the schedule when the scheduled date. Conventional schedule management technology employs a passive method of executing a schedule notification only for a schedule input from a user.

Conventional schedule management technology adds a new schedule to a calendar based on schedule information input by a user directly selecting a schedule management menu for a schedule known through phone call and message reception. In the conventional schedule management technology, the communication terminal receives a message including schedule information, recognizes that the user has a schedule in the received message, and then selects a schedule management menu to add the schedule to the calendar.

Since such a schedule management technology corresponds to schedule management based on user operation, there is a problem in that a user directly manages a schedule.

It is an object of the present invention to receive a message containing a schedule or to automatically recognize the schedule notification by the missed call to extract the schedule contained in the message to register in the schedule management or add information about the missed call to the schedule management It is to provide scheduling technology that does not overlook the phone.

The schedule management system according to the present invention receives a schedule data from a user, generates a schedule in a preset format, processes the metadata into a composer module for storing the processed data in a web application server, and a text message received from the outside. And a communication terminal including a message extractor for extracting schedule data included in an email, and an application module for processing the extracted schedule data into metadata and storing the processed data in a web application server. And a page providing unit for providing a schedule management page to the communication terminal, a data storage unit storing meta data received from the communication terminal in a storage medium, and processing the meta data in a predetermined format to transmit a schedule message to another communication terminal. And a web application server including a message transmission unit.

The message extractor of the communication terminal according to the present invention separates data of time, location, content, place, sender and attachment from a message received from the outside, generates data for generating metadata for each data, and Characterized in that it is configured to retrieve the map information.

The data storage unit of the web application server according to the present invention is configured to store information generated in the communication terminal according to a user account in a database, and the application module of the communication terminal is received in response to a data request to the web application server. And a callback function that displays the updated calendar based on the result value.

The composer module of the communication terminal according to the present invention converts the data into a metadata format by formatting the format according to each field of time, place, comment, repetition number, duration setting, attachment and notification sound. Receive a location to upload from the web application server via the URI request, and characterized in that configured to upload the attachment to the received location to upload.

The message extractor of the communication terminal according to the present invention is configured to extract a value for generating a schema of metadata through pattern matching of a word related to a schedule through natural language processing and reserved word search.

The composer module of the communication terminal according to the present invention is characterized in that it is configured to set the number of repetitions, start periods and notification sounds to inform the schedule of the schedule extracted from the message.

The page providing unit of the web application server according to the present invention is characterized in that configured to start the page in one or more forms selected from the pop-up message, page list and page table on the web browser.

The schedule management method according to the present invention comprises the steps of: (a) when the message extractor receives a message from the outside, extracting information about a schedule from the received message and delivering the extracted information to the application module; (b) the application module processing the information extracted by the message extractor into metadata to deliver the processed metadata to a web application server; (c) the web application server storing the processed metadata in a storage medium and informing the application module of the storage result; (d) the composer module creating a schedule message based on the information input by the user and delivering the created schedule message to the application module; (e) the application module processing the schedule message created by the composer module into metadata and delivering the processed metadata to the web application server; And (f) invoking, on the user interface, information on updating a schedule message of the composer module processed by the web application server.

According to the present invention, step (a) comprises: transmitting the received message to the natural language processing module when the message extractor receives the message from the outside; The natural language processing module extracts time, place, comment, and recipient information from the received message and transfers the extracted information to the message extractor; Forwarding the message extractor to the mime parser when the message extractor receives the email from the outside; And a mime parser parsing the multi-part content and delivering the parsed content information to the message extractor.

Step (b) according to the present invention includes the steps of: requesting a URI for uploading content to a web application server when the application module uploads content among information extracted by the message extractor; The web application server sending an uploading URI for the content to the application module in response to the URI request; And if the application module receives the uploading URI for the content from the web application server, uploading the content to the web application server using the corresponding URI.

According to the present invention, step (a) comprises: informing the message extractor that the call log unit receives the call while the user is absent; Informing the message extractor of the telephone number and time of the missed call by the call log unit; And extracting the caller's name corresponding to the telephone number in response to the phone book for the missed call of the call log unit and delivering the caller's name, the telephone number, and the time to the application module.

According to the present invention, step (a) includes a message informing a message extractor that a schedule event is generated by a user's operation including a content of a schedule in a text input window; And extracting, by the message extractor, information on a schedule of the messenger's conversation and delivering the extracted information to the application module.

According to the present invention, the schedule created on the web can be confirmed in various types of communication terminals, and the user's schedule is added and managed in the server even when using a messenger, a short message, a multimedia message, an e-mail, etc. in the communication terminal. There is.

In addition, according to the present invention, when a message including a schedule received by a business, a missed call, etc. cannot be confirmed during the uncarried or lost and driving of a communication terminal, or when a message is intentionally and accidentally deleted, Information about messages or missed calls can be sent to a web application server, stored and updated in a personal account, and updated information can be viewed through a web page, and messages including schedules can be viewed as processed data on a communication terminal or the web. By providing a route, it is possible to check and manage data on schedules and appointments in a web connection regardless of a communication terminal.

In addition, according to the present invention, when driving without carrying a communication terminal or even if you carry the communication terminal when driving or can not check the call or message because the schedule is automatically stored and managed by the schedule for missed calls in the car When the web is available, a navigation terminal or other web-connected communication terminal capable of accessing the web without using a portable communication terminal is installed in an automobile, and thus, the message received by the user through the terminal can be confirmed.

In addition, the present invention has the effect of checking the schedule using a different communication terminal anywhere, even if the businessman does not carry or carry the portable communication terminal, by checking the missed call does not interfere with the business.

The present invention transmits a received message to a web application server and stores it in a personal account in case the message containing a schedule is missed (no mobile terminal / lost, driving) or intentionally and accidentally deleted. By checking the schedule through the page and providing a path to retrieve the message as processed data from the user terminal or the web, it maintains and manages the schedule and appointment data regardless of the location or loss of the communication terminal.

The present invention extracts time, place, and sender through natural language processing for a message having a certain pattern when extracting certain data from the message, and stores the attachment as it is.

In the present invention, in the case of place data extracted from a message, a map is searched for a location through the web, and the map information is extracted and stored. The present invention extracts and stores incoming time and caller information in conjunction with a call log when a missed call occurs, and adds a schedule to a web application server when a communication terminal is lost or not carried by a user.

According to the present invention, the schedule message created through the composer module is created in the form of XML-based metadata, stored in the web application server, and the user can further edit the schedule by an authenticated user, and an authorized person accesses the web application server to add the schedule. Can be added.

The present invention extends the function of the message extractor to additionally store missed call information in a web application server through a call log and a phonebook connection. The present invention can manage and maintain a personal schedule through a calendar-type widget or application, and notifies the schedule according to the notification cycle or the number of times edited by the schedule setter.

According to the present invention, a user can check his / her schedule regardless of the terminal in a web-enabled communication terminal, and does not need additional editing on the schedule and appointment created by himself or another person, and automatically backs up a schedule message to a server. Provides a way to process.

According to the present invention, a person who wants to notify or share a schedule may set the importance, the number of notifications / notification sounds, a place image, and the like. In addition, the present invention supports files related to schedules and appointments such as voice, video, image, and document files, so that various schedule messages received by the business are stored in the web application server when the first schedule message is confirmed even if intentionally and accidentally deleted. As a result, the schedule message can be backed up at any time, and the schedule can be checked wherever the web connection is possible even when the communication terminal is changed and the connection location is changed.

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

1 is a block diagram showing the configuration of a schedule management system according to the present invention.

The schedule management system includes a communication terminal 100 on the client side and a web application server 200 on the server side. The communication terminal 100 includes a composer module 110, an application module 120, and a message extractor 130. The web application server 200 includes a page provider 210, a data storage 220, and a message. It includes a transmitter 230.

In a web environment, the composer module 110 may create, store, and manage a schedule in the form of a web calendar, and the message extractor 130 uses an additional storage menu of the schedule among short message, multimedia message, email, and messenger conversation contents. Extracts the schedule information from the message and extracts the content through multi-part parsing of the email.

The application module 120 reproduces the extracted data as XML-based data about a schedule and transmits the extracted data to the web application server 200. The application module 120 receives a location to be uploaded through the URI request to the web application server 200 for the content extracted through parsing, and uploads and stores the content extracted at the corresponding location to the web application server 200.

In the case of the information about the place included in the message, the message extractor 130 generates place information by searching and extracting location information based on a map and stores the place information together with the schedule data in the web application server 200.

The web application server 200 services the schedule information to the communication terminal 100 as a client through a web page, and starts to read the updated schedule information to various information communication devices capable of web access.

The page providing unit 210 of the web application server 200 provides a schedule management page to the communication terminal 100, and the data storage unit 220 stores meta data including work information received from the communication terminal on a storage medium. The message transmitter 230 stores the meta data in a predetermined format and transmits a predetermined message to another communication terminal.

2 is an exemplary view showing mutual communication between a communication terminal and a web application server according to the present invention.

The message extractor 130 of the communication terminal 100 separates data such as time, location, content, place, sender, and attachment from the received message, and generates data for XMLHttpRequest through an interaction function for each schema. . In the case of the information on the place, the message extractor 130 generates place information by searching and extracting location information based on a map, and transfers the generated place information to the application module 120, and the application module 120 receives a message from the message. The data related to the extracted schedule is processed into metadata and the processed data is uploaded to the web application server 200.

The callback function of the application module 120 provides updated web calendar information with reference to the result value received in response to the request for information.

The web application server 200 reflects the schedule data generated by the communication terminal 100 to the user account and stores the schedule data added to the storage medium through the database.

3 is an exemplary view illustrating a case of setting a schedule through a composer module in the communication terminal according to the present invention and a process of creating metadata by extracting schedule information from a message.

In the web environment, the composer module 110 composes a schedule message in a preset format according to each field such as time, place, comment, repetition number, duration setting, attachment, and notification sound, and converts the message into XML metadata. . In this case, in the case of an attachment, an application module interworking with the composer module 110 requests a URI for uploading an attachment to the web application server 200 and uploads the attachment to the web application server 200 with reference to the received URI. do.

The message extractor 130 inputs a value required to generate an XML schema through pattern matching of words related to a schedule through natural language processing or reserved word search, and in case of information on a place, searches and extracts location information based on a map. Create information and attach an image of the place.

The message extractor 130 is a URI for uploading an attachment to the web application server 200 with an attachment obtained through multi-part parsing or data parsing within a supported range in the case of an attachment received through an email, a multimedia message, or a messenger. Request and upload the attachment to the web application server 200 with reference to the received URI.

In the case of the schedule data extracted by the message extractor 130 from the message received from the outside, there are no fields for the number of repetitions, start periods, and notification sounds. Set the note.

The page providing unit of the web application server 200 may show a page containing schedule information as 'page creation' and may be displayed in various forms such as a popup, a list, and a table on a browser.

Meta data of XML type can define schedule type such as <Date>, <Place> by defining DTD (Document Type Definition) in tag. For example, the XML DTD data type can be constructed as follows: The data format consists of complex type, element type, and schedule.

<? xml version = "1.0" encoding = "UTF-8"?>

<!-

Widget Wrapper Document Type Definition

Copyright Mobilus Inc., 2009 All rights reserved

http://www.mobilus.co.kr

->

<!-Widget Complex types->

<complexType name = "widgetWrapper: data">

   <complexContent>

      <choice>

         <element name = "text" type = "widgetWrapper: text" />

         <element name = "image" type = "widgetWrapper: image" />

      </ choice>

   </ complexContent>

</ complexType>

<complexType name = "widgetWrapper: text">

   <complexContent>

      <choice>

         <element name = "id" type = "widgetWrapper: id" />

         <element name = "text type =" string "/>

      </ choice>

   </ complexContent>

</ complexType>

<complexType name = "widgetWrapper: image">

   <complextContent>

      <attribute name = "id" type = "widgetWrapper: id" use = "required" />

      <attirbute name = "align" type = "string" minOccurs = 0 "maxOccurs =" 1 "/>

   </ complexContent>

</ complexType>

<complexType name = "widgetWrapper: id">

   <complexContent>

      <element name = "id" type = "anyURI" />

   </ complexContent>

</ complexType>

<!-Widget element types->

<! ELEMENT widgetWrapper: widget (widgetWrapper: popup ?, widgetWrapper: list ?, widgetWrapper: table?) +>

<! ELEMENT widgetWrapper: table (widgetWrapper: tableItem +)>

<! ATTLIST widgetWrapper: table

          number CDATA #REQUIRED

>

<! ELEMENT widgetWrapper: tableItem (widgetWrapper: data +)>

<! ATTLIST widgetWrapper: tableItem

          start PCDATA #REQUIRED

          end PCDATA #IMPLIED

>

<! ELEMENT widgetWrapper: list (widgetWrapper: listData +)>

<! ATTLIST widgetWrapper: list

          number CDATA #REQUIRED

>

<! ELEMENT widgetWrapper: listData (widgetWrapper: title, widgetWrapper: data?) +>

<! ELEMENT widgetWrapper: popup (widgetWrapper: data +)>

<!-Schedule->

<! ELEMENT widgetWrapper: schedule (widgetWrapper: time, widgetWrapper: location, widgetWrapper: constraint, widgetWrapper: serverUrl?)>

<! ELEMENT widgetWrapper: time (#PCDATA)>

<! ELEMENT widgetWrapper: location (#CDATA)>

<! ELEMENT widgetWrapper: constraint (widgetWrapper: datetime ?, widgetWrapper: interval?)>

<! ELEMENT widgetWrapper: datatime (widgetWrapper: start, widgerWrapper: end?)?>

<! ELEMENT widgerWrapper: interval (#PCDATA)>

<! ELEMENT widgetWrapper: serverUrl type = "widgetWrapper: id">

4 is a flowchart illustrating a schedule management method according to the present invention.

When the message extractor receives a message from the outside through the user interface (ST10), the message extractor extracts information on a schedule from the received message and delivers the extracted information to the application module (ST20). The message extractor determines whether schedule information is included in the received message, and if schedule information is included, extracts information about the schedule from the message and delivers the extracted information to the application module.

The application module processes the information extracted by the message extractor into metadata in XML format and delivers the processed metadata to the web application server (ST30).

The web application server stores the schedule information, which is the metadata processed by the application module, in the storage medium (ST40) and informs the application module of the result of storing the metadata (ST50).

The composer module creates a schedule message based on the information input by the user's operation through the user interface required for the input of the schedule information (ST60) and delivers the created schedule message to the application module (ST70).

The application module processes the schedule message including schedule information created by the composer module into metadata for each field, and delivers the processed metadata to the web application server.

The application module starts updating the schedule message of the composer module processed by the web application server as a web page in which the schedule message is registered in the user interface (ST80).

5 is an exemplary view illustrating a process of extracting schedule information from a message by the message extractor according to the present invention.

When the message extractor receives the message from the outside, the message extractor transfers the received message to the natural language processing module (ST21).

The natural language processing module extracts time, place, comment, and receiver information from the received message and transfers the extracted information to the message extractor (ST22).

When the message extractor receives an email from the outside, it passes it to the MIME (Multipurpose Internet Mail Extensions) parser (ST23).

The mime parser parses the content composed of multi-parts and delivers the parsed content information to the message extractor (ST24).

6 is an exemplary view showing a process when an application module uploads content to a web application server according to the present invention.

When the application module uploads the content among the information extracted by the message extractor, the application module requests a URI for uploading the content to the web application server (ST31).

The web application server sends an uploading URI for the content to the application module in response to the URI request (ST32).

When the application module receives the uploading URI for the content from the web application server, the application module uploads the content to the web application server by referring to the URI.

7 is an exemplary view illustrating a process of adding information on a missed call to a schedule according to the present invention.

The call log unit notifies the message extractor that the call is received while the user is absent (ST11). The call log unit notifies the message extractor of the telephone number and time of the missed call (ST12).

The message extractor extracts the caller's name corresponding to the telephone number and transfers the caller's name, telephone number and time to the application module for the missed call in the call log unit.

8 is an exemplary diagram of generating a schedule page by extracting a schedule from a short message according to the present invention.

When the communication terminal receives the short message, the communication terminal transmits the message to the message extractor to check whether the short message includes schedule data, and extracts the schedule data from the short message if the short message includes data about the schedule.

The communication terminal transmits the extracted schedule data to the web application server, and the web application server generates the web page by processing the schedule data received from the communication terminal into data to be started on the calendar-type web page.

9 is an exemplary diagram of generating a schedule page by extracting a schedule from a multimedia message according to the present invention.

When the communication terminal receives the multimedia message, the communication terminal transmits the message to the message extractor to check whether the multimedia message includes the schedule data. If the multimedia message includes the schedule data, the communication terminal extracts the schedule data from the multimedia message through multi-part parsing.

The message extractor extracts information such as title, date, sender, etc. from the header of the multimedia message and extracts multi-part content. The message extractor can extract information such as an attached business card as an attachment supported by the multimedia message standard.

The communication terminal transmits the extracted schedule data to the web application server, and the web application server generates the web page by processing the schedule data received from the communication terminal into data to be started on the calendar-type web page.

10 is an exemplary view of generating a schedule page by extracting a schedule from an email according to the present invention.

When the communication terminal receives the e-mail, the communication terminal checks whether the e-mail contains schedule data. If the e-mail contains data about the schedule, the communication terminal extracts information on each field and extracts the content through multi-part parsing.

The communication terminal transmits the extracted schedule data to the web application server, and the web application server generates the web page by processing the schedule data received from the communication terminal into data to be started on the calendar-type web page.

The web application server provides the generated web page to the communication terminal and the communication terminal launches a web page including schedule information.

11 is an exemplary diagram of generating a schedule page by extracting a schedule from conversation contents of a messenger according to the present invention.

If Messenger generates information about the schedule during a conversation, the user can select the conversation with the schedule information and press RIGHT CLICK to select the Add Schedule menu or click the added menu icon. Register the extracted schedule in the web page.

The messenger notifies the message extractor that a schedule event occurs by user manipulation, including the contents of the schedule in the text input window.

The message extractor extracts information on a schedule from the messenger conversation and transfers the extracted schedule information to the application module so that the schedule information extracted by the application module is delivered to the web application server.

The web application server registers the schedule information received from the application module to the calendar page in the calendar format, and serves the calendar page to the communication terminal.

12 is an exemplary diagram for generating a certain page based on the information on the missed call from the call log according to the present invention.

The communication terminal consults the call log to inform the message extractor that the call is received when the user is absent or smiles at the terminal. The communication terminal informs the message extractor of the telephone number and time of the missed call.

The message extractor interworks with the phonebook for missed calls in the call log, extracts the caller's name corresponding to the phone number, and sends the caller's name, phone number, and time to the application module.

The application module transmits the schedule information extracted by the message extractor to the web application server so that the schedule information is registered on the calendar page in the calendar format by the web application server to serve the schedule page in the communication terminal.

Although the present invention has been described in more detail with reference to the examples, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

1 is a block diagram showing the configuration of a schedule management system according to the present invention;

2 is an exemplary view showing mutual communication between a communication terminal and a web application server according to the present invention;

3 is an exemplary diagram illustrating a case of setting a schedule through a composer module in the communication terminal and a process of extracting schedule information from a message to create metadata;

4 is an operation flowchart of a schedule management method according to the present invention;

5 is an exemplary view illustrating a process of extracting schedule information from a message by the message extractor according to the present invention;

6 is an exemplary view showing a process when an application module uploads content to a web application server according to the present invention;

7 is an exemplary view illustrating a process of adding information on a missed call to a schedule according to the present invention;

8 illustrates an example of generating a schedule page by extracting a schedule from a short message according to the present invention;

9 illustrates an example of generating a schedule page by extracting a schedule from a multimedia message according to the present invention;

10 is an exemplary view of generating a schedule page by extracting a schedule from an email according to the present invention;

11 is an exemplary diagram for generating a schedule page by extracting a schedule from the conversation contents of the messenger according to the present invention;

12 is an exemplary diagram for generating a certain page based on the information on the missed call from the call log according to the present invention.

Claims (12)

Composer module that receives schedule data from user, generates schedule according to preset format, processes it into meta data, and stores the processed data in web application server, time, location, contents from text message and email received from outside A message extractor that extracts schedule data by separating data of a place, a sender, and an attached file, retrieves map information of the place, collects detailed location information, and processes the extracted schedule data into metadata; A communication terminal including an application module for storing the collected data in a web application server; And A page providing unit for providing a schedule management page to the communication terminal, a data storage unit storing meta data received from the communication terminal in a storage medium, and processing the meta data in the predetermined format to perform a predetermined message A web application server including a message transmitter for transmitting to a terminal; Traffic reduction schedule management system configured to include. delete The method according to claim 1, The data storage unit of the web application server is configured to store the information generated in the communication terminal according to the user account in a database, And the application module of the communication terminal comprises a callback function for displaying an updated calendar calendar based on a result value received in response to a data request to a web application server. The method according to claim 1, The composer module of the communication terminal converts the data into metadata in a formatted format according to each field of time, place, comment, repeat count, duration setting, attachment and notification sound, and requests URI for the attachment. Receiving a location to upload from the web application server via the traffic reduction schedule management system, characterized in that configured to upload to the received location to upload. The method according to claim 3 or 4, The message extractor of the communication terminal is a traffic reduction schedule management system, characterized in that for extracting the necessary value for generating the schema of the metadata through pattern matching of the words related to the schedule through natural language processing and reserved word search. The method according to claim 5, Composer module of the communication terminal is a traffic reduction schedule management system, characterized in that configured to set the number of iterations, the start period and the notification sound for the schedule extracted from the message. The method according to claim 6, The page providing unit of the web application server is a traffic reduction schedule management system, characterized in that configured to start the page in one or more forms selected from the pop-up message, page list and page table on the web browser. delete delete delete delete delete

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