JP4761548B2 - Mobile terminal device, control program therefor, and server - Google Patents

Description

  The present invention relates to a mobile terminal device, a control program thereof, and a server.

  The development of wireless communication technology and device technology has been remarkable in recent years, and small mobile terminal devices such as mobile phones have become widespread as communication tools carried by individuals. Its functions are diverse, such as phone calls, e-mail, web browsing, camera photography, music playback, position detection (GPS), and the like.

  If the web browsing function of such a mobile terminal device is used, the user can actively input the name or keyword of a specific destination and search for and browse necessary information.

  However, it is not originally planned in stores and commercial facilities by automatically providing information to mobile terminals that have entered the area, regardless of such aggressive instruction operations by the user. It would be preferable if customers could be attracted.

  From such a point of view, various techniques for providing information related to stores and facilities around the current position using a mobile terminal device have been proposed.

  Non-Patent Document 1 is not a service for mobile terminal devices, but by specifying a station name as “XX station.jp.” As a URL address to be browsed on the web, various stores and facilities around the station The technology which provides the option information which can select advertisement, advertisement, and usage information, etc. is disclosed.

Patent Document 1 discloses a technology for accessing a predetermined portal site from a mobile phone, sending it to a user context information server such as location information and time of the mobile phone, and receiving and displaying information corresponding to this from the server. is suggesting. However, the information search based only on the position information and the user context information has a wide range of hit items, and is not suitable for browsing on a mobile phone. Therefore, the server extracts a keyword from information input in advance in the schedule book or the like by the user, and extracts appropriate information (advertisement) associated with the position based on the keyword.
JP 2001-236368 A Internet <URL: http: // Shinjuku Station. jp />

  Even if web browsing as described in Non-Patent Document 1 can be performed by the mobile terminal device, the user needs to input an individual station name, and a user who is resistant to such complicated operation uses such a service. There is a high possibility of not. The information provided by this service is various information around a certain station, and includes a lot of unnecessary information. That is, since the user's purpose in a certain place is various, the presented information is not necessarily information that matches the user's purpose and interest. In particular, for advertisement / advertisement information, information that does not match the user's purpose or the like is ineffective and provides annoying information for the user. For this reason, in the case of a service that provides information without being actively requested by the user, if the service is rejected by the user, the service cannot be realized.

  According to the technique described in Patent Document 1, it is possible to provide information according to the user's situation. For this purpose, it is necessary to transmit the user's schedule information in the terminal to the server for use. It cannot be used for users who have not entered such information. Further, the schedule information is personal information, and even a user who performs input may be hesitant to use it externally.

  The present invention has been made in such a background, and the purpose of the present invention is to provide a user's destination in a certain place without performing complicated operations such as inputting information on the place where the user is or where he / she will be visiting. It is to provide appropriate information related to a destination candidate based on statistical data.

  The mobile terminal device according to the present invention provides a weighting map that defines weight points indicating the degree of association of each other place with respect to the base point when a place is used as a base point for at least a plurality of places in a certain region. It is a mobile terminal device connected by a communication network with a server provided with a weighting map storage device stored for The mobile terminal device includes a position detection unit that detects a current position, and a weighted map acquisition that acquires the weighting map based on the location when the detected current position enters the vicinity area of any location. Means, transmitting means for transmitting a request for web information to a server via a communication network based on the content of the acquired weighting map, and receiving means for receiving web information extracted or generated from the server based on the request And display means for displaying the received web information.

  The weighting map is acquired based on the detected position of the mobile terminal device, that is, the position of the user carrying the weighted map. The weighting map is information that defines weight points that indicate the degree of association of each other place with respect to the base point when a certain place is used as a base point. Therefore, by requesting web information based on this information, the user himself Information related to a place where the user is highly likely to visit is preferentially acquired and provided to the user without performing a complicated operation such as inputting information on the place where the user is or will be visiting.

  A plurality of weighting maps based on one place may be prepared for each time zone, and the weighting map acquisition unit may acquire a weighting map corresponding to a time zone to which the current time belongs. Thus, even in the same place, the weight point of the weight map can be changed according to the time zone, and the weight map can be made to correspond to the flow of people different depending on the time zone.

  In the above-described configuration, preferably, the information processing apparatus includes condition information generation means for generating condition information based on the acquired weighting map, and the transmission means transmits the generated condition information as a request for the web information to a server via a communication network. Send to. Instead of using the acquired weight map information as it is, it is possible to make a web request based on condition information reflecting the user's attributes and the current situation.

  Further, when moving from the first place to the second place, the condition information generating means combines the weighting map used in the first place and the weighting map corresponding to the second place according to a predetermined rule. The predetermined condition information can also be generated based on the resultant weighting map. Thereby, even if it is the same place, it becomes possible to reflect in the request | requirement of web information the movement history which came to the place from where. Alternatively, it is possible to correct the weight point based on the direction of movement.

  At least a plurality of locations that can serve as a base point in a certain area, a base point distribution map storage unit that acquires and stores a base point distribution map that defines position information and identification information from the outside, and the weight map acquisition unit stores the current position It may be determined whether it is within the vicinity area of any place in light of the base point distribution map. By acquiring the base point distribution map from the outside, it becomes easy to recognize the existence of base points around the current position and determine whether the current position belongs to the base point.

  The mobile terminal device may further include history information storage means for storing history information of user movement between the plurality of places, and means for transmitting the history information to the server. As a result, the server can acquire actual user movement history information and use it to update the weighted map of the area.

  The present invention can also be understood as a control program for a mobile terminal device and a recording medium storing the program.

  A server according to the present invention is a server that provides information to a mobile terminal device via a communication network, and at least among a plurality of places in a certain area, each of the other points with respect to the base point A weighting map that defines weight points representing the degree of association of places is stored for each place, weight map storage means storing the current position information from the mobile terminal device, and a weight map corresponding to the current position is extracted. And means for transmitting to the mobile terminal device. Thereby, the system for information provision is comprised with the above mobile terminal devices.

  The further structure and effect | action by this invention are demonstrated in detail by the following embodiment.

  By using a weighting map that defines a weighting point representing the degree of association of each other place with respect to the base point when a place is used as a base point, at least among a plurality of places in a certain region, for the user, It is not necessary to perform complicated input operations, and it is possible to increase the suitability of information provided to the user based on statistical data without presenting schedule information or the like.

  In addition, the accuracy of the statistical data can be further increased by sequentially updating the weighting map based on the actual movement history of the user.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, preferred embodiments of the invention will be described in detail with reference to the drawings.

  FIG. 1 shows a schematic configuration of an information providing system according to the present embodiment. This system includes a mobile terminal device 100 that receives information (hereinafter, the terminal device is also simply referred to as a terminal), and a server group that is connected to the terminal 100 via a communication network 150. The communication network 150 can include a mobile phone network, a gateway, the Internet, and the like.

  The server group includes a base point distribution map server 200a (server A), a weighted map management server 200b (server B), and a web information providing server 200c (server C). These servers 200a to 200c (collectively 200) may be different servers in the same site, or may be different functions of the same server. The web information providing server 200c may be a plurality of servers distributed on a plurality of sites.

  In this specification, the “base point” is a start position of the user for starting the information providing service in the present embodiment, and is basically a predetermined landmark position.

  The base point distribution map server 200a is a server that stores a base point distribution map that defines position information and identification information of a plurality of landmarks that can be base points in at least a certain region. The “base point distribution map” defines position information and identification information of a plurality of landmarks that can be base points in at least a certain region, and will be described later with reference to FIG. A “landmark” is a place that is a destination candidate for people to visit, including commercial facilities and public facilities. Commercial facilities include, for example, stores (restaurants, department stores, shopping centers), movie theaters, game halls, sports facilities (baseball fields, soccer fields, etc.), concert venues, and the like. Public facilities include stations, government offices, and the like.

  The weighting map management server 200b (server B) stores and manages the weighting map. "Weighting map" is a statistical measure of weight points that indicate the degree of association of each landmark with the base point, at least between a plurality of landmarks (locations) in a certain region. Information determined by a typical method and prepared for each landmark. As will be described later, it is possible to prepare different weighting maps for different landmarks for one landmark. The degree of relevance of each landmark to the base point is the degree of possibility of moving from one base point to another landmark, the number of times information related to other landmarks is referenced at the base point, and the base point. It is at least one of the degree to which provision of information regarding each of the other landmarks is desired. In the following example, the degree of possibility of moving from the base point to other landmarks will be described as an example.

  The web information providing server 200c is a server on the Internet that provides web information related to each of at least a plurality of landmarks.

  FIG. 2 shows a schematic hardware configuration example of the mobile terminal 100. The mobile terminal 100 includes a CPU 101, a RAM 102, a ROM 103, a display control unit 104, a display unit 105, an RTC (Real Time Clock) 106, an operation unit 107, a flash memory 108, a GPS reception unit 109, an antenna 110, a communication unit 111, an audio. A processing unit 113, a microphone 114, and a speaker 115 are included.

  The CPU 101, RAM 102, ROM 103, display control unit 104, RTC 106, operation unit 107, flash memory 108, GPS reception unit 109, communication unit 111, and sound processing unit 113 are connected to a bus 116. Data is exchanged and commands are exchanged between each other.

  The RAM 102 is a memory that temporarily stores and stores calculation results of the CPU 101 and data acquired from the outside. The ROM 103 is a non-volatile memory that stores an operating system (OS), various programs, and fixed data. The CPU 101 configures a central part of a computer that reads a program from the ROM 103 and executes predetermined processing according to the program. The flash memory 108 is a rewritable nonvolatile memory that retains data acquired from outside, information such as an e-mail address, URL, and the like for later processing. The RTC 106 is a part that generates date information.

  The GPS receiver 109 is a part that receives signals from a plurality of satellites by the antenna 110, detects the current position of the terminal, and generates position information (latitude and longitude).

  The communication unit 111 has a function of establishing a connection with the communication network 150 through wireless communication via the antenna 112 and transmitting / receiving data to / from the communication network 150. The operation unit 107 includes a numeric keypad and various instruction keys, and provides a user input interface.

  The display control unit 104 has a function of receiving display information such as text and images from the CPU 101 and driving the display unit 105 based on the display information. The display unit 105 includes an arbitrary display device such as a liquid crystal device or an organic EL device, and has a function of optically displaying an image in accordance with a drive signal from the display control unit 104.

  The sound processing unit 113 performs processing for outputting sound from the speaker 115 and converting input sound from the microphone 114 into a predetermined signal.

  FIG. 3 shows a hardware configuration example of the server 200. The server 200 includes a CPU 201, a memory 202, an operation unit 203, a display unit 204, a mass storage device 206, a communication unit 207, and an RTC 208 that are connected to the CPU 201 via a bus 209.

  A memory 202 is a storage unit that stores programs and data and is used as a work area and a temporary storage area of the CPU 201. The operation unit 203 is a part that provides a user input interface such as a keyboard and a mouse. The display unit 204 is a part that provides an output interface for displaying information on the display screen. The large-capacity storage device 206 is a large-capacity nonvolatile storage device such as an HDD that stores programs and data. A communication unit 207 is connected to the communication network 150 and is a part that transmits and receives data. The RTC 208 is a part that generates date information.

  FIG. 4 shows functions and information exchange between the mobile terminal 100 and the server 200 according to the present embodiment. Here, for convenience, the servers 200a to 200c are collectively illustrated as the server 200.

  The mobile terminal 100 includes a location information acquisition unit 121, a base point distribution map acquisition necessity determination unit 122, a base point distribution map storage unit 123, a base point / sub base point setting unit 124, a weighting map request unit 125, a weighting map storage unit 126, and a weighting map. It has a synthesis unit 127, a condition information generation unit 128, a Web information storage unit 129, a Web information processing unit 130, a Web information display unit 131, a base point reset determination unit 132, and a movement history information storage unit 133. These functional units are realized by software processing of each hardware unit and / or CPU shown in FIG.

  The position information acquisition unit 121 acquires information on the current position of the mobile terminal 100 by the function of the GPS reception unit 109. The base point distribution map acquisition necessity determination unit 122 determines whether or not the base point distribution map needs to be acquired based on the current position change information and the like, and requests the base point distribution map of the predetermined area from the server 200 when necessary. The base point distribution map accumulation unit 123 is a part that stores the acquired base point distribution map in a storage device such as the RAM 102 or the flash memory 108. The base point / sub base point setting unit 124 determines whether or not the current position belongs to the base point and whether the current position belongs to the base point (that is, the base point reached after starting the base point (ie, the sub base point)) by referring to the base point distribution map.

  The weighting map requesting unit 125 requests a weighting map corresponding to the server 200 based on the information of the base point (including the sub base point) and the time information. The weighting map storage unit 126 is a part that stores the received weighting map in a storage device such as the RAM 102 or the flash memory 108. However, the time information may not be sent from the terminal to the server, but may be used by checking the current time on the server side.

  The weighting map combining unit 127 combines weighting maps at the sub-base points. An example of this synthesis will be described later. The condition information generation unit 128 is a part that generates condition information by analyzing a weighting map (including a composite weighting map). The “condition information” is information used as a condition for extracting appropriate web information in the web information providing server 200c. Details of this will also be described later. A Web information request is transmitted to the server 200 together with the condition information.

  The Web information storage unit 129 stores the Web information received from the server 200 in a storage device such as the RAM 102 or the flash memory 108. The web information processing unit 130 processes the received web information to generate a predetermined web page. This is, for example, the generation of a menu page including options for the received Web information of a plurality of items. The web information display unit 131 displays the processed web information and the like on the display unit 105 via the display control unit 104. Such Web information processing may be performed on the server 200 side.

  The base point reset determination unit 132 determines whether to stop the update of the sub base point under a predetermined condition as described later. The movement history information accumulation unit 133 is a part that starts from a base point and stores information representing a movement history that has reached one or more sub-base points in a storage device such as the RAM 102 or the flash memory 108.

  The server 200 includes a base point distribution map providing unit 221, a base point distribution map database (DB) 222, a weighting map providing unit 223, a weighting map DB 224, a web information extracting / providing unit 225, and a web information DB 226. The base point distribution map providing unit 221 searches the base point distribution map DB 222 in response to a request from the mobile terminal 100, and provides the mobile terminal 100 with the latest base point distribution map of the area. The weighting map providing unit 223 searches the weighting map DB 224, extracts a weighting map corresponding to the base point and time (time zone to which the point belongs), and transmits the weighting map to the mobile terminal 100. The Web information extracting / providing unit 225 extracts corresponding Web information from the Web information DB 226 based on the condition information from the mobile terminal 100 and transmits it to the mobile terminal 100.

Next, the basic operation of the information providing system in FIG. 1 will be outlined with reference to FIG.
(1) The situation where the user of the mobile terminal 100 arrives at S station by train is taken as an example. As a premise of this information providing service, the mobile terminal 100 acquires the base point distribution map 21 from the base point distribution map server 200a.
(2) When the station arrives at the S station, the S station is set as a base point automatically or based on an instruction from the user based on the base point distribution map 21.
(3) The mobile terminal 100 accesses the weighting map management server 200b and acquires the weighting map 23 of this base point.
(4) The mobile terminal 100 generates condition information based on the weighting map 23 and other necessary information and transmits it to the Web information providing server 200c. A method for generating the condition information will be described later.
(5) The web information providing server 200c extracts appropriate web information 25 based on the received condition information and transmits it to the mobile terminal 100. The web information 25 is typically displayed as a web page including a plurality of items in which links to specific URLs are set, as shown on a screen 250. The Web information may include summary data for each item in addition to a plurality of URLs. By selecting and instructing any item, the user can acquire and view further detailed information on the item from the Internet or the like.
(6) As the user moves, the user reaches another landmark (for example, department store A) from the S station, passes through this, and heads for another landmark (for example, arena C). Such a fact is found by comparing the change in the current position of the mobile terminal 100 with the base point distribution map 21. At this time, the department store A, which is the landmark that has arrived next to the S station, is set as a sub-base point, and the weight map 23 of the department store A is acquired from the weight map management server 200b.
(7) The mobile terminal 100 updates the condition information and transmits it to the Web information providing server 200c.
(8) The mobile terminal 100 reacquires Web information from the Web information providing server 200c and updates the display. As a result, the information provided on the display screen 250 automatically changes as the user moves.

  A specific example of the base point distribution map will be described with reference to FIG. FIG. 6A schematically shows a base point distribution map 21 in a certain area (for example, around Shibuya, around Shinjuku, etc.) on a two-dimensional plane. A small black circle in FIG. 6A represents the base point 31. A base point setting area 32 is defined within a certain distance range around the base point. The base point setting area 32 has a predetermined range for grasping the position of the base point. A weighting map 23 is prepared for each base point 31. It is also possible to prepare the weighting map 23 in common for positions that do not belong to any base point setting area 32 within a certain area.

  FIG. 6B shows the base point distribution map 21 as data in a table format. The information held by the base point distribution map 21 includes “landmark ID” that is information for uniquely identifying each landmark, the “name” of the landmark, and a position represented by longitude and latitude. . In addition, if necessary, other items may be held in the base point distribution map 21.

  FIG. 7 is an explanatory diagram of a weighting map. FIG. 7A shows a landmark arrangement around the base point indicating the positional relationship of main landmarks around the base point. FIGS. 7B and 7C illustrate weighting maps 23 for time zone 1 (for example, daytime) and time zone n (for example, nighttime) corresponding to FIG. 7A, respectively. The positions of figures ○, □, etc. in FIGS. 7B and 7C correspond to positions on the map, and their sizes reflect weight points. That is, the larger the weight point, the larger the size. The shape corresponds to the genre of the landmark. As can be seen from FIGS. 7B and 7C, the content of the weighting map around the same base point may vary depending on the time zone.

  Note that the weighting map 23 shown in FIGS. 7B and 7C visually shows the content of the weighting map for easy understanding, and is actually represented as data in a predetermined data format. . FIG. 8A shows a data format example of the weighting map, and FIG. 8B shows a specific example thereof. In the weighting map 23, a major “landmark” and its “metadata” around the base point are defined for each of a plurality of time zones. “Metadata” includes “weight point”, “genre” to which the landmark belongs, “name” of the landmark, “business hours” such as the holiday / business hours of the landmark, and the main customers of the landmark Includes “subjects” such as gender and age group. The weight point is statistical probability data that moves from the base point to the landmark (that is, the degree of possibility of movement from the base point to each other landmark).

The condition information is generated based on landmark identification information and metadata included in the acquired weighting map. For example, the following information can be used as the condition information.
(1) Landmark ID extracted from top n (n is multiple) from the one with the largest weight point
(2) Genres extracted from the top n items with the largest weight points (3) When weight points are aggregated for each genre, the top n categories with the largest weight points

  Further, when generating the condition information, the information set in advance in the terminal may be checked against the information of the weighting map, and the corresponding landmark may be selected to generate the condition information. For example, the preset information is attribute information such as a genre of a landmark (restaurant, department store, etc.), preference, personal information (gender, age, etc.), and a landmark having metadata corresponding to these. Condition information can be generated by extraction with priority. In addition, since a weighted map is prepared according to the time zone, it is considered that the landmark whose current time is outside business hours is not included in the weighted map. Can be excluded when generating the condition information.

  FIG. 9 shows several determination schemes for the weight map.

  FIG. 9A shows a weighting map determination scheme # 1. This is a case where the weighting map obtained based on the current base point (including the sub base point) and the current time is used as the weighting map, regardless of whether the current position is the base point or the sub base point.

  FIG. 9B shows a weighting map determination scheme # 2. This is based on a predetermined condition between a weighting map (including a composite weighting map described later) obtained at the immediately preceding base point (including a sub base point) and a current weighting map obtained based on the current sub base point and the current time. This is a case where a synthesis weight map obtained by synthesis is used. By reflecting the contents of the weighting map used immediately before the user's movement route in the current weighting map (correcting the weight points), a weighting map reflecting the movement history can be generated. That is, even if the landmark position is the same, the content of the composite weight map differs depending on where it comes from. For example, distributing restaurant information around S station uniformly to a mobile terminal user at S station is beneficial for those who will be visiting from now on, but it will be rejected for users who arrive at S station because they want to return. It becomes annoying. In the present embodiment, such a problem can be dealt with by using a composite weighting map reflecting the movement history.

  FIG. 9C illustrates a weighting map determination scheme # 3. This is similar to FIG. 9B, but in addition to the case of FIG. 9B, the traveling direction information (whether each landmark is at a predetermined position in relation to the traveling direction). Considering this, a composite weighting map is generated. In this case, for example, a correction that lowers the weight point relative to the landmarks behind the traveling direction as the “predetermined position” relative to the other landmarks is performed. With this configuration, even if the landmark position is the same, the content of the composite weight map differs depending on where it is from and where it is going.

  FIG. 10 shows how the weighting map (synthetic weighting map) changes as the user moves in the weighting map determination scheme # 2 shown in FIGS. . The weighting map 0 at the first base point is used as it is. At the next sub-base point 1, a weighting map 1a is generated by synthesizing the weighting map 1 and the weighting map 0 obtained at this position and time. At the next sub-base point 2, the weighting map 2a is generated by synthesizing the weighting map 2 obtained at this position and time and the previous combined weighting map 1a. At the next sub-base point 3, a weighting map 3a is generated by combining the weighting map 3 obtained at this position and time with the previous combined weighting map 2a. Such processing is continued until the base point is reset.

  FIG. 11 shows a two-dimensional representation of the weighting map composition. Although the weighting map includes surrounding landmarks centered on the current position, FIG. 11 shows only the first quadrant portion centering on the current position (black circle in the figure) for convenience.

  11A is a weighting map for the S station base point, FIG. 11B is a weighting map for the department store A, which is the next sub base point, and FIG. 11C is a weighting map for both FIGS. 11A and 11B. Are respectively represented by combining weighting maps obtained by combining. As can be seen from the figure, there is no weight point at the user's current position (small black circle) (ie, 0), so there is no size-change figure at that position in the figure. The alphabetic characters in parentheses attached to the names of the landmarks in the figure indicate the weight points. The weight point notation (b3 = b1 | b2) in the composite weight map in FIG. 11C indicates that the weight point b3 is obtained by combining the weight points b1 and b2. A typical example of the synthesis method is to take an average value, but this is not restrictive. Further, as a combination when the traveling direction is taken into account, the landmark weight points on the opposite side to the traveling direction may be reduced. The calculation formula is, for example, x3 = (x1 + x2) / 3. At the same time, the weight points of landmarks in the traveling direction may be increased. The calculation formula is, for example, x3 = x1 + x2.

  By combining weighted maps in consideration of such movement trajectories, the weight points of landmarks visited or passed immediately before can be reduced, or the weight points of landmarks in the direction of travel, for example, can be reduced. Thus, it is possible to compensate for the weight points of the static weight map according to the movement situation of the user.

  Next, the operation of the information providing system in the present embodiment will be described with reference to a flowchart.

  FIG. 12 shows an initial process in the mobile terminal 100 regarding the operation of the present embodiment. The mobile terminal 100 is always in a state where it can receive this information providing service after the power is turned on, or a state where the user can receive this information providing service after performing a predetermined instruction operation. It is arbitrary.

  Also, changes related to movement of the mobile terminal 100 are always monitored, and when there is a change related to movement, the information providing service is ready. When the change related to movement stops, the information providing service cannot be received. Various functions of the mobile terminal 100 may be automatically controlled so as to be in a state. That is, it is possible to monitor a change in movement of the mobile terminal and control at least one of driving and stopping of the weight map acquisition unit, the transmission unit, the reception unit, and the display unit according to the change in movement. Here, the “change related to movement” may include a change in moving speed and moving speed in addition to a change in current position. The change in the moving speed of the terminal can be calculated based on the periodic position monitoring result by GPS. However, a separate acceleration sensor (not shown) is provided to directly measure the acceleration. Also good.

  In the process of FIG. 12, the mobile terminal 100 monitors the position information acquisition timing in order to perform the process at a predetermined frequency (for example, every minute) (S11). When it is time to acquire position information, the current position is detected (S12). Therefore, it is confirmed whether it is necessary to acquire a base point distribution map (S13). In this confirmation, when the mobile terminal enters the information provision reception mode, or when the mobile terminal moves more than a predetermined distance and the base point distribution map to which the same position belongs does not exist in the terminal, “acquisition required” Judge. At this time, the base point distribution map server 200a is accessed to acquire the base point distribution map (S14).

  Once the base point distribution map is acquired for a certain area, it can be used continuously unless it is upgraded. Therefore, if the base point distribution map of the current position is needed, if it is already stored in the mobile terminal, the version is sent to the server, the presence or absence of version upgrade is confirmed, and the base point distribution map is downloaded only when necessary. You may make it do.

  In this example, the base point distribution map is automatically acquired by the mobile terminal according to a predetermined condition. However, the base point distribution map of the area may be acquired in accordance with the user's instruction operation. Also in this case, it is preferable to acquire a new base point distribution map after confirming version upgrade.

  FIG. 13 shows a flowchart representing main processing of mobile terminal 100 in the present embodiment. This process is executed independently of the process of FIG. 12 on the premise of the process of FIG.

  The current position of the mobile terminal is monitored, and it is confirmed whether or not the current position matches a predetermined base point setting condition (S21, Yes). The base point setting condition is a condition for determining whether or not the current position may be used as a base point. For example, when the GPS receiver changes from a position undetectable state to a possible state (for example, a building with low satellite radio wave reception sensitivity). When you move from inside to outside), when high-speed movement changes to low-speed movement and a certain time has passed (for example, when you get off the train), when you start moving from a stationary state, etc. Check the current position against the light and check if the current position is within the base point setting area of any landmark. If within any base point setting area, the landmark position is set as the base point (S22).

  The base point information is recorded in the storage device as movement history information. The base point may be set even when there is an explicit instruction operation by the user.

  Furthermore, as a trigger for setting the base point, in the case of a mobile terminal having a non-contact IC card function, it is determined that movement has started, for example, when the vehicle goes out of the ticket gate, based on the information of getting off the vehicle using the function. Thus, the base point can be set.

  Next, the base point and current time information are transmitted to the server, and the corresponding weighting map is downloaded (S23). As described above, the time may be determined by the server. Further, the condition information to be transmitted to the Web information providing server is generated as described above based on the weighting map or the like (S24). The generated condition information is sent to the Web information providing server, acquired from the Web information providing server, processed as necessary, and then displayed on the display unit (S25).

  Thereafter, the processes in steps S27 to S32 are repeated until the base point reset process is required (S26). The base point reset process is a process for stopping the update of the sub base point. Specifically, the stop condition is, for example, when the user changes from a low speed movement to a high speed movement (for example, when getting on a train or a bus). For example, when an explicit stop instruction operation is performed. Furthermore, when the current position stops moving for a certain period of time or when the GPS function stops working for a certain period of time, the stop condition may be added. Increasing the stop condition increases the possibility that the chain of sub-base points is interrupted. In this case, the last sub-base point can act as a new base point.

  In the case of a mobile terminal having the above-described contactless IC card function, for example, it is determined that the movement has stopped when entering the ticket gate based on the vehicle ride information using the function, and the base point can be reset. Is possible.

  When it is determined that the base point reset process is necessary, the base point reset process is performed, the reset position (end point) is added to the movement history (S33), and the movement history information from the base point to the end point is transmitted to the weighted map management server 200b ( S34). Thereafter, until this process is ended by an explicit end instruction or the like by the user (S35), the process returns to step S21 and the above process is repeated.

  In step S27, the monitored current position is checked against the base point distribution map, and it is determined whether setting of the sub base point is necessary (S27). If the current position does not belong to any base point setting area, it may belong to the “other” base point area shown in FIG. If it is determined that setting of the sub-base point is necessary, information on this sub-base point is added to the movement history (S28). Further, a weighting map corresponding to the sub-base point and the current time is downloaded (S29). Therefore, as described above, a new weighting map by synthesis is constructed as necessary (S30). Based on this new weighting map, the condition information is generated as described above and transmitted to the Web information providing server (S31). Next, Web information is acquired from the Web information providing server, processed as necessary, and then displayed (S32). Thereafter, the process returns to step S26.

  FIG. 14 shows an example of information provision in a specific time-series situation where the user of the mobile terminal 100 uses this information provision service. However, this example is for better understanding of the present embodiment, and the present invention is not limited to such a specific operation.

  FIG. 14A shows a situation 41 in which the user takes a train with a mobile terminal, arrives at S station at 12:00, and starts moving in the direction of department store A. FIG. At this time, the base point is set at S station, and the weighting map 23a corresponding to the base point and the current time is downloaded to the mobile terminal. In addition, Web information items such as a screen 51 are provided based on the condition information generated according to the weighting map 23a. The markup language document constituting such page data can be generated by either the terminal or the server. In this example, an option list including items corresponding to main landmarks of the weighting map 23a is presented. On the screen 51, one of the options is highlighted with a cursor (or reverse / highlight). In this example, the display of a plurality of options is displayed as having the highest importance from the bottom, and the cursor is initially set at the bottom option. The cursor can be moved to another option by a user instruction operation on the operation unit 107. In accordance with a predetermined instruction from the user, an option with the current cursor is selected and its detailed information is displayed. The storage location of the detailed information is in the terminal or an external server.

  FIG. 14 (b) shows a situation 42, which is performed following the situation 41, by the user passing through the department store A and moving toward the arena F at time 12:10. At this time, department store A is set as a sub-base point, and weight map 23b corresponding to department store A and the current time is downloaded. Also, a composite weight map is generated based on the weight map 23a for the S station and the weight map 23b for the department store A, and Web information is provided based on the condition information corresponding to the composite weight map. This Web information is displayed as a screen 52, for example. The information “department Ainfo” relating to the department store A displayed on the screen 51 has disappeared on the screen 52 at this point. This is because it is presumed that the user has no interest in the department store A due to the passage of the department store A, and this is reflected in the weighting map.

  FIG. 14 (c) shows a situation in which the user moves to “another area” where the base point does not exist within a predetermined distance range of the current position and moves toward the arena F direction at time 12:20 following the situation 42. 43 is shown. At this time, “other area” is set as the sub-base point, and the weighting map 23c corresponding to the sub-base point is downloaded. Also, a composite weight map is generated based on the composite weight map of S station and department store A and the weight map 23c of “other areas”, and Web information is provided based on the condition information corresponding to this composite weight map. This Web information is displayed as a screen 53, for example.

  FIG. 14D shows a situation 44 in which the user arrives at a restaurant in another area (not registered as a base point) at time 12:25 following the situation 43. At this time, the state where the current position does not change continues for a predetermined time or longer by staying in the restaurant. Thereby, the condition of step S13 in FIG. 13 is satisfied, and the base point reset process is performed. That is, the current position becomes the “end point”. From the S station that is the base point, the department store A that is the sub base point and other areas, and the position information of the end point are transmitted (uploaded) to the weighted map management server 200b as movement history information.

  The weighting map management server 200b updates the weighting map in the same area based on the movement history information. If the movement histories of many users are accumulated in this way, the reliability of the statistical data reflected in the weighting map is improved.

  In this example, the case of using the weighting map determination scheme of FIG. 9B is shown, but other determination schemes may be used.

  FIG. 15 shows another example of information provision in which the user of the mobile terminal 100 uses this information provision service.

  As another example, the situation 45 is a situation in which the user finishes eating and drinking at the store in the eating and drinking area I at 23:00, leaves the store, and starts moving toward the S station. At this time, “food area I” is set as the base point, and the weighting map 23d corresponding to the time 23:00 is downloaded. The weighting map 23d in this figure shows only the first quadrant portion centered on the current position for convenience.

  Furthermore, the information provision based on the condition information corresponding to the weighting map 23d is received. In this example, since the base point is other than the station and the time is 23:00 in the weighting map 23d, the S station, the accommodation area H, the club K, the movie theater J, etc. appear as major landmarks with large weight points. ing. Web information corresponding to the current position and time zone is displayed as a screen 54, for example.

  In the embodiment described above, as clearly shown in FIG. 4, the mobile terminal performs the determination of necessity of setting the base point and the sub base point, the synthesis of the weighting map, the generation of the condition information, and the like. It can also be executed on the server 200 side. FIG. 16 shows the system function sharing configuration in this case.

  In this configuration, in addition to the configuration in FIG. 4, a base point distribution map acquisition necessity determination unit 232, a base point distribution map storage unit 233, a base point / sub base point setting unit 234, a weight map confirmation unit 235, and a weight map storage are added to the server 200 side. A unit 236, a weighting map synthesis unit 237, a condition information generation unit 238, a base point reset determination unit 242, and a movement history information storage unit 243. These functional units 260 need to be secured for each mobile terminal 100 using this information providing service (that is, for each user). Therefore, the number of functional units 260 dynamically changes depending on the number of mobile terminals that are using the service. In this configuration, the mobile terminal 100 periodically detects the current position and notifies the server 200, and in response to this, the server determines the status of the mobile terminal, and the mobile terminal 100 performs the same as described above. Web information is provided. Instead of reducing the processing load on the mobile terminal 100, the processing load on the server 200 increases. As the above-mentioned “information preset in the terminal”, when this information providing service is provided to a registered user, information input at the time of user registration can be used.

  In addition, although not shown, a configuration in which only the condition information generation unit is moved to the server 200 side from the function of the mobile terminal in FIG.

  The preferred embodiments of the present invention have been described above, but various modifications and changes other than those mentioned above can be made.

  For example, although the two-dimensional display of the weighting map is shown as an explanatory diagram, the two-dimensional display of the weighting map may be performed on the display unit so as to be switchable with the Web display screen or instead of the Web display screen. When performing two-dimensional display of the weight map instead of the Web display screen, each landmark figure may be associated with the corresponding URL.

  The weighting map may be prepared for each of a plurality of directions according to the moving direction after setting the base point. Specifically, when the base point is S station, a weighting map corresponding to each of different exits of the station (for example, the south exit and the north exit) may be prepared. For this purpose, for example, after the base point is set, it is possible to selectively acquire a weighting map relating to such a direction based on the moving position within a predetermined time.

It is a figure which shows the structure of the outline of the information provision system which concerns on embodiment of this invention. It is a figure which shows the example of a rough hardware structure of the mobile terminal used for the system shown in FIG. It is a figure which shows the hardware structural example of the server used for the system shown in FIG. It is a figure which shows the function with which a mobile terminal and a server in embodiment of this invention are provided, and transmission / reception of information. It is a figure for demonstrating the outline of the basic operation | movement of the information provision system of FIG. It is explanatory drawing about the specific example of the origin distribution map in embodiment of this invention. It is explanatory drawing of the weighting map in embodiment of this invention. It is a figure which shows the format example of the weighting map in embodiment of this invention, and its specific example. It is a figure which shows the several determination scheme of the weighting map in embodiment of this invention. FIG. 10 is a diagram showing how the weighting map (composite weighting map) changes with the movement of the user in the weighting map determination scheme # 2 of FIGS. 9B and 9C. It is the figure which showed the mode of the synthesis | combination of the weighting map in embodiment of this invention by the two-dimensional expression. It is a flowchart showing the initial process in the mobile terminal regarding the operation | movement of embodiment of this invention. It is a flowchart showing the main processes of the mobile terminal in embodiment of this invention. It is a figure which shows the example of the information provision in the condition of the concrete time series which the user of the mobile terminal in embodiment of this invention uses this information provision service. It is a figure which shows another example of the information provision which the user of the mobile terminal in embodiment of this invention uses this information provision service. It is a figure which shows the division | segmentation structure of the function of the system which concerns on another embodiment of this invention replaced with the structure of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 21 ... Base point distribution map, 23 ... Weighting map, 25 ... Web information, 31 ... Base point, 32 ... Base point setting area, 100 ... Mobile terminal device, 121 ... Position information acquisition part, 122 ... Base point distribution map acquisition necessity judgment part, 123: Base point distribution map storage unit, 124: Base point / sub base point setting unit, 125 ... Map request unit, 126 ... Map storage unit, 127 ... Map composition unit, 128 ... Condition information generation unit, 129 ... Information storage unit, 130 ... Information processing unit 131 ... Information display unit 132 ... Base point reset determination unit 133 ... Movement history information storage unit 150 ... Communication network 200 ... Server 200a ... Base point distribution map server (server A) 200b ... Weight map management Server (server B), 200c ... Web (Web) information providing server (server C), 202 ... Memory, 203 ... Operation unit, 2 DESCRIPTION OF SYMBOLS 4 ... Display part, 206 ... Mass storage device, 207 ... Communication part, 209 ... Bus, 221 ... Base point distribution map provision part, 222 ... Base point distribution map DB, 223 ... Weighting map provision part, 224 ... Weighting map DB, 225 ... Web information extracting / providing unit, 226 ... Web information database (DB), 232 ... Base point distribution map acquisition necessity judging unit, 233 ... Base point distribution map accumulating unit, 234 ... Base point / sub base point setting unit, 235 ... Weighting map confirmation , 236 ... Weighting map storage section, 237 ... Weighting map composition section, 238 ... Condition information generation section, 242 ... Base point reset determination section, 243 ... Movement history information storage section, 250 ... Display screen, 260 ... User unit function section

Claims (22)

A weighting map storage device that stores a weighting map that defines a weighting point indicating a degree of association of each other place with respect to the base point when a certain place is used as a base point for at least a plurality of places in a certain region; A mobile terminal device connected to a server with a communication network,
Position detection means for detecting the current position;
When the detected current position falls within the vicinity area of any place, weighting map acquisition means for acquiring the weighting map based on the place;
Transmission means for transmitting a request for web information to a server via a communication network based on the content of the acquired weighting map;
Receiving means for receiving web information extracted or generated based on the request from the server;
A mobile terminal device comprising: display means for displaying received web information.   2. The movement according to claim 1, wherein a plurality of weighting maps based on one place are prepared for each time zone, and the weighting map acquisition means acquires a weighting map corresponding to a time zone to which the current time belongs. Terminal device.   Condition information generating means for generating condition information based on the acquired weighting map, wherein the transmitting means transmits the generated condition information as a request for the web information to a server via a communication network. The mobile terminal device according to claim 1.   When moving from the first place to the second place, the condition information generating unit combines the weighting map used in the first place and the weighting map corresponding to the second place according to a predetermined rule. 4. The mobile terminal apparatus according to claim 3, wherein the predetermined condition information is generated based on the resultant synthesis weight map.   The predetermined rule is the weight of each location obtained by combining the weight point of each location in the weighting map used in the first location and the weight point of each location in the weighting map corresponding to the second location. The mobile terminal device according to claim 4, which is a point.   The predetermined rule is that the weight point of each location in the weighting map used in the first location and the weight point of each location in the weighting map corresponding to the second location, the direction of movement and each location. The mobile terminal apparatus according to claim 4, wherein a value obtained by combining at least one of the relationship and the time zone is used as a weight point for each location.   The mobile terminal apparatus according to claim 4, 5 or 6, wherein the predetermined rule uses the weight point of each place in the weighting map corresponding to the second place as it is in a specific situation.   8. The mobile terminal apparatus according to claim 7, wherein the specific situation uses the weight point of the predetermined location in the weighting map corresponding to the second location as it is for at least the predetermined location in the predetermined time zone. .   At least a plurality of locations that can serve as a base point in a certain area, a base point distribution map storage unit that acquires and stores a base point distribution map that defines position information and identification information from the outside, and the weight map acquisition unit stores the current position The mobile terminal apparatus according to claim 1, wherein the mobile terminal apparatus determines whether it has entered a nearby area of any place in light of the base point distribution map.   The mobile terminal apparatus according to claim 1, wherein the weighting map is prepared for a position where the current position is within the area and does not belong to any place.   4. The mobile terminal apparatus according to claim 3, wherein the condition information generating means generates the predetermined condition information based on at least the weight point of the acquired weight map location.   The weighting map stores at least genre information for each location in addition to the weight points, and the condition information generating means generates the predetermined condition information based on the genre information. The mobile terminal apparatus according to claim 3 or 11, characterized in that   The mobile terminal apparatus according to claim 1, wherein the web information is an option list of information related to a plurality of places, and further web information is acquired by selecting an option. History information storage means for storing history information of user movement between the plurality of locations;
The mobile terminal apparatus according to claim 1, further comprising: means for transmitting the history information to the server. Means for monitoring changes in movement of the mobile terminal;
The mobile terminal apparatus according to claim 1, further comprising: a control unit that controls driving and stopping of at least one of the weighting map acquisition unit, the transmission unit, the reception unit, and the display unit according to a change in the movement.   The degree of association of each other location with respect to the base point includes the degree of possibility of moving from the base point to each other location, the number of times information related to each other location is referenced at the base point, and the other at the base point. The mobile terminal apparatus according to claim 1, wherein the mobile terminal apparatus is at least one of a degree to which provision of information regarding each place is desired. A control program for a mobile terminal device provided with position detecting means,
When a predetermined condition is met at a certain place, obtaining statistical data regarding the degree of relevance of the other place with respect to that place from outside,
Generating condition information regarding highly relevant places based on the statistical data;
A control program for a mobile terminal device, which transmits the generated condition information to an external server, and causes the computer to execute a step of receiving and displaying information extracted based on the condition information from the server. Re-acquiring statistical data from the outside regarding the degree of relevance of the other location to the destination location when moving from the certain location and further meeting a predetermined condition;
Regenerating the condition information about the highly relevant location based on the re-acquired statistical data;
Sending the condition information to an external server, causing the computer to further execute a step of receiving and displaying information extracted based on the condition information from the server,
In the regenerating step, condition information relating to the highly relevant place is regenerated based on the combined statistical data obtained by combining the reacquired statistical data with the statistical data acquired immediately before. The control program of the mobile terminal device according to claim 17. A server that provides information to a mobile terminal device via a communication network,
A weighting map storage that stores a weighting map that defines a weighting point that represents a degree of association of each other place with respect to the base point when the base point is at least a plurality of places in a certain region. Means,
Means for receiving current location information from the mobile terminal device, extracting a weighting map corresponding to the current location, and transmitting the weighted map to the mobile terminal device.   At least a plurality of locations that can serve as a base point in a certain area, comprising a base point distribution map storage means for storing a base point distribution map that defines the location information and identification information, and a position designated in response to a request from the mobile terminal device The server according to claim 19, wherein a base point distribution map of a region including the area is provided to the mobile terminal device.   The server according to claim 19, further comprising means for receiving movement history information from the mobile terminal device and means for updating the weighting map based on the received movement history information. A server that provides information to a mobile terminal device via a communication network,
A weighting map storage that stores a weighting map that defines a weighting point that represents a degree of association of each other place with respect to the base point when the base point is at least a plurality of places in a certain region. Means,
Means for receiving current location information periodically transmitted from the mobile terminal device;
When the received current position enters the vicinity area of any place, weighting map confirmation means for confirming the weighting map based on the place;
Condition information generating means for generating condition information based on the confirmed weighting map;
Means for extracting or generating web information based on the generated condition information;
And a means for transmitting the extracted or generated web information to the mobile terminal device that has transmitted the current location information .

Images