TW201303699A - Computer readable instruction, graphic user interface and system for relating track and multimedia - Google Patents

Abstract

The present invention discloses a computer readable instruction, graphic user interface and system for relating track and multimedia by recording the geographic coordinates and coordinate log times of a user to map a track and fetching one or more multimedia relevant to the user from one or more databases based on the coordinate log times.

Description

Computer-readable instructions, graphical user interface and system for linking map tracks and multimedia information

The invention relates to a computer readable command, a graphical user interface and a system. Specifically, it relates to a computer readable command, graphical user interface and system for linking map trajectories and multimedia information.

The combination of geographic location and navigation technology (such as Global Positioning System GPS on mobile phones) allows users to contact other users on their own electronic devices and determine or even browse other users' geographic coordinates and related information, such as Through the popular iphone check-in app, users can see the dynamic messages and current location of their friends on the social networking site.

On the other hand, the emergence of social networking sites is also the main reason for promoting the creation and sharing of a large number of such user-generated content on the Internet. The widespread use of electronic devices such as cell phones, digital cameras, and video recorders also allows users to record and store a large number of different life events and interesting experiences and share them with family or friends. This type of content is usually generated and stored in the form of a blog or other similar online log (such as Facebook, Twitter). In general, the methods of generating, storing, and sharing these user-generated content today are based on a mode in which a client device at a fixed location performs a punch (recording geolocation position and time) or information input action. In the implementation of this mode, mobile devices, digital cameras, video recorders and other mobile devices are generally only used to obtain content information of a specific geographical location, and the user uploads the acquired content to a server for log or Share the input action of the content.

There are a variety of tools available today that present these electronically generated user-generated content and geographic information to users. In general, such devices can be configured to display a map area, the location of other users, and/or a point of interest (POI). Geographic information generally provides maps to represent the location of roads, urban areas, natural landscapes, and more. Such geographic information may also layer other information on the original map information to further illustrate or express a particular subject or object. For example, a general map is usually marked with a number of geographically significant points of interest (ie POI) or landmarks. When the user selects the geographic coordinate points by using the indicator, information about the geographic coordinate point (such as pictures, descriptions, geographic coordinates, nearby famous buildings or businesses, etc.) may be presented by a floating window. Know.

Although the combination of community sharing and user location dynamics can be achieved through the above tools, today's related implementations are limited to a single-point information presentation mode. For example, today a user has participated in a three-day trip abroad. During the tour, the user recorded the coordinates of his current location in the card software and posted it to the social networking site. The user's friends can only know the geographical location of the user at the time of the punching time and part of the multimedia information (such as photos, videos, texts, sounds, etc.) from the published message, which cannot be consistently expressed. The multimedia information or content that the user wants to share during the travel itinerary.

Moreover, in the above-mentioned user-generated content sharing method, the user mostly connects the multimedia content generated by himself to the recorded geographical location and time by means of memory, which is not only inconvenient for the user to edit. Sharing content, and easy to fallacy. Therefore, there is still room for improvement in the above techniques for presenting geographic information.

In view of the above deficiencies of the prior art, the present invention discloses a novel computer readable command, graphical user interface and system for linking map trajectories and multimedia information, by recording a user's geographic coordinates The point and coordinate recording time is to draw a trajectory on the map and extract one or more multimedia information corresponding to the user from one or more databases according to the coordinate recording time.

In one aspect of the invention, one or more computer readable instructions are disclosed that, when executed by one or more processors, perform the following actions: recording a user's geography Coordinate point and coordinate recording time; drawing a trajectory on a map according to a plurality of the geographical coordinate points recorded in a period of time and corresponding coordinate recording time; recording time according to the coordinates from one or more databases Extracting one or more multimedia information of the user, the information recording time of the one or more multimedia information is consistent with the coordinate recording time; and linking the one or more multimedia information extracted to the map The geographic coordinate point of the time should be recorded.

In another aspect of the invention, a graphical user interface is disclosed. The interface includes: a map block; a plurality of geographic coordinate points located on the map block, the plurality of coordinate points each having a label recording time; a track located on the map block, the track is based on the complex number And a multimedia block, wherein when the user selects a punctuation point on the track, one or more multimedia information is displayed, and the information recording time of the multimedia information indicated by the user is corresponding to The coordinate recording time of the geographic coordinate point.

In yet another aspect of the invention, a system is disclosed. The system comprises: a mechanism for recording a user's geographic coordinate point and coordinate recording time; a mechanism for drawing a map based on a plurality of the geographical coordinate points recorded in a period of time and the corresponding coordinate recording time on a map a trajectory; a mechanism for extracting one or more multimedia information of the user from one or more databases according to the coordinate recording time, and the information recording time of the one or more multimedia information is consistent with the coordinate recording time; a mechanism for linking the extracted multimedia information to the geographic coordinate point of the map corresponding to the coordinate recording time; and a device having a graphical user interface, the graphical user interface Include the map, the plurality of geographic coordinate points, the trajectory, and a multimedia block, wherein the multimedia block indicates one or more of the links to the geographic location when the user selects the geographic coordinate point on the trajectory Multimedia information on coordinate points.

The purpose of the present invention is to allow each "point" of information to be strung into a single track by combining a timed card software with a multimedia recording device. By combining the time and space to record the life of the service, a number of application values such as novel and creative functions that are convenient for the user are derived.

The objects, features, and advantages of the present invention will become more apparent from the understanding of the appended claims appended claims.

This disclosure describes a tool that automatically links trajectories and multimedia information on an electronic map. This track and the linked multimedia information can be converted to a network entity for posting on the network. For example, the user can obtain a multimedia information at a specific time by the electronic device, and the acquired multimedia information and the corresponding acquisition time and the like can be automatically transmitted by the device and distributed on the electronic map associated with the user.

This disclosure also describes a tool that allows users to create their own life trajectories on a map. For example, a user can create a trajectory on an electronic map, and a specific geographic coordinate point on the trajectory will have corresponding multimedia information (such as photos, images, or sounds, etc.) to express the real environment of the location.

For example, a user can create a travel trajectory object on an electronic map, the subject of which is to describe the recent three-day trip of the user. The trajectory object may include a plurality of specific geographic coordinate points and corresponding multimedia information to indicate the travel path of the trip and various human geographic scenes seen on the path. Through trajectory presentation, such trajectory objects will be able to vividly convey travel information to viewers.

The discussion of the present invention begins with the "Method Examples" section, which describes the basic method principles for implementing and operating the inventive tool. This is followed by a section on "Graphical User Interface Description", which describes and describes the presentation of the life track on the map, and the user interface that automatically links the track to the multimedia information. It also includes searching for specific track objects. User interface. The final "System Examples" section illustrates the system architecture that integrates the above methods and user interface.

The above description (including the paragraph headings and their corresponding outlines) is provided for the convenience of the reader, and is not intended to limit the scope of the invention. The term "tool" as used herein may refer to systems, methods, or computer readable instructions permitted within the scope of the text of the specification.

[Method example]

Please refer to the first figure first. The first figure depicts a method flow 100 consistent with at least some of the principles of the present invention. The order in which the method flow 100 is described is not intended to be understood by the reader as a limitation of the method of the present invention, and the step blocks described therein can be arbitrarily combined to carry out the method. Moreover, the method can be practiced in any suitable hardware, software, firmware, or combination thereof such that an arithmetic device can perform the method. In one example, the method is stored in a computer readable medium in the form of a set of instructions that, when executed by an computing device, performs the various steps of the method.

In step block 102, the method of the present invention records a user's geographic coordinate point and coordinate recording time. For example, a user can use a landmark check-in program on an computing device (such as a smart phone) to record information such as latitude and longitude and corresponding coordinate recording time. For example, the recorded geographic coordinate point may be a point of interest (POI) that the user travels during his three-day trip abroad. In this way, the user will automatically obtain a plurality of geographic coordinate points with recorded time information as a material for constructing the trajectory in a time interval. In the method of the present invention, the recording operation may be performed automatically, or may be manually performed by the user himself (ie, manually punching). For example, the user defines the button by pressing a recording button on the graphical interface of an electronic device. The way of sight (POI) time.

Next, in the step block 104, the method of the present invention draws a trajectory on a predetermined electronic map according to the sequence of the plurality of geographical coordinate points recorded in the time interval of the step block 102 according to the order of the recording time. The trajectory is presented on an electronic map through a graphical interface, which may represent one of the travel paths of the user in a three-day trip abroad.

In the following step block 106, the method of the present invention extracts one or more multimedia information corresponding to the user from the one or more databases according to the coordinate recording time, and the information record of the one or more multimedia information. Time is the time to coordinate the coordinates. For example, the user may use electronic devices (such as digital cameras, digital cameras, or voice recorders) to record various local customs and situations in the course of travel (such as photos and videos). , sound, or text, etc.). When generating the multimedia information, the electronic device simultaneously gives the multimedia information the corresponding recording time, such as a landscape photo taken at a certain time of a certain day. The user may transmit the multimedia information (eg, by wire or wireless transmission) to one or more databases, which may be a remote data server. The incoming multimedia material will be marked with the user and data recording time of the user. In this way, after the trajectory in the step block 104 is created, the method of the present invention can search for and retrieve the multimedia in which the data recording time coincides with the coordinate recording time according to the coordinate recording time of the geographic coordinate point constituting the trajectory. data. The multimedia information extracted by the institute is the user's creation at the geographic coordinate point, which may represent the scene, landmark, environmental features, or user-related events of the place.

Finally, in step block 108, the method of the present invention links one or more multimedia files retrieved in step block 106 to corresponding geographic coordinate points on the map. For example, the action of the link may be to display multimedia information corresponding to the selected geographic coordinate point on the graphical interface when the user selects a geographic coordinate point on a track on the map in a graphical interface.

In a further embodiment of the present invention, as shown in step block 103, the method of the present invention may further calculate a representative geographic coordinate point (or center of gravity) for the plurality of geographic coordinate points recorded in step block 102. point). For example, when the user records a number of geographic coordinate points within a predetermined time interval (eg, one day) within a predetermined geographic range (eg, within a radius of two hundred meters), the present invention The method can automatically calculate the coordinate center of gravity of the geographic coordinates of the predetermined point within the predetermined range as a representative geographic coordinate of the geographic coordinates of the number. As a practical example, the user may stay in an amusement park location on the travel track for a full day. The geographical coordinates recorded throughout the day will be located near the coordinates of the amusement park, but the theme is It is related to the amusement park, so the geographic coordinates of these extra records do not make much sense, but it will make the drawn trajectory appear too confusing on the electronic map. Therefore, the mechanism will prevent the user from recording too dense points in a limited area, so that the trajectory presented on the map can be more concise.

Moreover, by the method of finding a representative geographic coordinate point in step block 103, the method of the present invention can associate the representative geographic coordinate point with a known landmark on the map. Taking the extension of the amusement park example as an example, after obtaining the representative geographic coordinates of the amusement park, the method of the present invention can search for a landmark in the map database that matches the coordinates of the representative geographical coordinates obtained. Or a recorded point of interest (POI), the representative geographic coordinate point can be associated with the searched coordinates, such as directly replacing the searched coordinates or applying relevant information.

Please note that the term "match" as used above may refer to a relationship within a time range or distance. For example, in the comparison of time, the method of the present invention can set the allowable value of the time comparison to ten minutes. In the comparison between the coordinate recording time and the data corresponding time, if the time difference is within ten minutes (such as 22h: 32m: 58s comparison 22h: 35m: 42s), then the two can be judged to be in agreement, and the corresponding geographical coordinate points and multimedia information can be related. In the alignment of the coordinates, the method of the present invention can set the allowable value of the coordinate comparison to one hundred meters. If the distance between the two coordinates is less than one hundred meters, the two coordinates can be determined to match. This anastomotic mechanism can solve the problem of not finding the multimedia data whose time coincides with the coordinate point when the data is extracted, or the representative geographical coordinates obtained cannot be related to the existing landmarks.

In a further embodiment of the present invention, as shown in step block 107, the method of the present invention further includes storing all corresponding geographic coordinate points, coordinate recording time, and multimedia information on a track as corresponding to the user. A track object entity. For example, in the method of the present invention, after the trajectory is displayed on the electronic map and the corresponding multimedia material is extracted, the trajectory, the related geographic coordinate point, the coordinate recording time, and the multimedia material may be stored as belonging to one The user's trajectory object, such as a track object for the "three-day tour abroad." The trajectory object can be searched and viewed by the user of the other inventive tool in the graphical interface, thereby achieving the purpose of publishing and sharing the user's life track.

[User graphical interface example]

Please refer to the second figure. The second figure depicts a user graphical interface (TiMeGo) example generated by the technical approach described in the first figure. The graphical interface of the present invention provides a graphical representation and operational interface for the user to operate the method of the present invention, allowing the user to practice the present invention. The graphical interface includes a page 200 that can be interpreted and actuated by a client computing device (such as a user's desktop or smart phone) that performs the file. The page 200 includes a map block 202 with various geographic information such as a road name, a landmark name, and a building name. The map block 202 also has a conventional map tool such as a scale zoom bar 203 or an enlargement tool 206.

In the embodiment of the present invention, the map blocks 202 are presented with traces 204 and 208 drawn in accordance with the above method of the present invention. The trajectories 204 and 208 may be superimposed on the original map in the form of another layer, which is drawn based on a plurality of geographic coordinate points recorded by the user. Wherein, the geographical coordinate points with corresponding multimedia information or the representative geographic coordinates obtained from the plurality of geographic coordinate points are represented by the portrait icon 210 on the trajectory, which is different from other common geographical coordinate points. Further convenient for the user to select, this point will be further described later. In addition, the top of the page 200 can have a function button column 212. The function button column 212 is provided with a plurality of function buttons 212a for the user to click to execute various page commands, such as going to the home page and viewing the personal files. , and account login and other actions.

Reference is now made to the third figure, which depicts another example of a graphical interface in accordance with the method of the present invention. The graphical interface of the present invention can have a variety of panes or blocks associated with the presentation and presentation of trajectory data. As shown, the page 200 of the present invention can include a track object overview block 214 in which a plurality of track objects 216a-c can be listed. Each of the above-mentioned trajectory objects 216a-c represents an independent trajectory on the map, and various trajectory-related materials in the physical content, such as the geographical coordinates of the composition, the coordinate recording time, and corresponding multimedia materials. In an embodiment of the present invention, as shown in the figure, the trajectory object is represented by a graphic template, and the template further includes various information of the trajectory object, such as the name, photo, and dynamic of the creator of the trajectory. The message, the title of the track, the introduction, the date of creation, the included route attractions (POI), etc. Through the information expressed in the above template, the user can roughly know the content of the trajectory object and determine whether it is a desired one.

It should be noted that, in the embodiment of the present invention, in addition to allowing the graphical interface of the user to generate the trajectory and the trajectory object according to the automatic punching information of the user, the user may directly draw the trajectory on the map block 202, and the trajectory may be The trajectory path is drawn on the map through an indicator tool, or a plurality of specific geographic coordinate points are directly calibrated on the map block 202 by using the indicator tool to form a trajectory. The user can define the POI point and its corresponding time and multimedia information on the drawn trajectory or the calibrated geographic coordinate point to create a complete trajectory object.

In the implementation, a track search block 218 is disposed in the graphical interface, and the user can input a keyword or a keyword string to search for related track objects. The keyword or string may be the name of the publisher, the name of the attraction (POI), the name of the route, etc., and will be sent to a track database for searching after input. The database system compares the input keywords with the trajectory information of all trajectory objects published in one or more databases, and lists the matching trajectory objects in the trajectory overview block 214 for the user. View. Through the search function of the trajectory search block 218, the user can easily find a trajectory object such as a specific attraction or route, and further obtain various multimedia information in the trajectory.

It should be noted that the present invention may also search for trajectory objects in other ways. For example, the user can pull a selection box 225 on the map block 202 through the indicator 220, as shown in the third figure. The marquee 225 covers a portion of the trajectory 208, which includes two scenic spots having corresponding multimedia information. After the user pulls out the marquee 225, the present invention searches for the trajectory object according to the geographic coordinate points included in the selected partial trajectory section. It should be noted that the selection box 225 may also not cover the trajectory 204. The trajectory object searched by this method will contain the geographical coordinate points, especially the established attractions (POI) or landmarks, contained in the selected area. The above embodiment allows the user to perform a more convenient and intuitive trajectory object search action on the electronic map.

In one embodiment, the user can manipulate the indicator to select a template or track object listed in the track object overview block 214. As shown in the third figure, when the user selects the trajectory object 216a with the indicator 220, the trajectory 204 corresponding to the trajectory object is presented on the map block 202. The embodiment also allows the user to simultaneously select a plurality of trajectory objects 216 to display a plurality of trajectories on the map for comparison with each other.

In addition to the track object overview block 214, a multimedia information overview block 222 may be disposed in the graphical interface of the present invention, as shown in the third figure. The multimedia information overview block 222 is used to represent a representative icon or thumbnail 224 of all multimedia information on a track. For example, when the user selects the trajectory object 216a by the indicator 220, in addition to the corresponding trajectory 204 appearing on the map, the multimedia information overview block 222 also lists all the multimedia belonging to the trajectory object 216a or the trajectory 204. A thumbnail of the information for the user's overview. Each of the representative icons or thumbnails 224 may correspond to a portrait icon 210 on the track 204. The user may select the thumbnail 224 in the multimedia information overview block 222, or click on the track 204. The portrait icon 210 is used to achieve the purpose of selecting multimedia information. It will be further explained later.

Reference is now made to the fourth figure, which depicts another example of a graphical interface in accordance with the method of the present invention. In the present invention, when the user selects a particular trajectory object, the graphical interface further describes the trajectory object, except that the trajectory of the trajectory object is displayed on the map, and the graphical interface also A multimedia block 226 appears to represent instant multimedia information. For example, the user may select the track object 216a after the keyword search action, and the map block 202 at this time will indicate the track 204 corresponding to the track object, and the multimedia information overview block 222 lists the track. All multimedia information thumbnails on the track. When the user selects a specific thumbnail of the multimedia information (such as 224a) by using the indicator, the multimedia block 226 displays the multimedia information corresponding to the thumbnail, which may be a photo, a video, A travel note, even a voice.

Moreover, in a further embodiment, a slider 228 can be disposed on each of the tracks 204, as shown by the human figure in the figure. The slider 228 can be used by a user to select a particular geographic coordinate point on the trajectory 204. In practice, the user can drag the slider 228 via the indicator to slide it over the trajectory. Thus, as the slider 228 slides over the trajectory 204 past the plurality of geographic coordinate points, the multimedia block 226 will indicate one or more of the multimedia information that the information recording time corresponds to the coordinate recording time of the geographic coordinate point. . For example, the slider 228 will sequentially slide from the scenic spot A through the scenic spots B, C, D, E to the scenic spot F on the trajectory 204, and the multimedia block 226 will also sequentially indicate the corresponding scenic spots A to F during the sliding. Photo or multimedia information. It should be noted that the multimedia block 226 can also be a floating window 230 on the map block 202, and its position changes with the movement of the slider 228. This embodiment provides a way to demonstrate multimedia objects on a trajectory path by the progression of the trajectory.

In addition to the above manners, in another embodiment of the present invention, the user can also demonstrate the multimedia path on the track through the concept of the time axis. As shown in the third figure, the graphical interface of the present invention may further be provided with a time axis or time block 232, which represents the time elapsed from the start point A to the end point F of the track 204. A time slider 232a is provided on the timeline 232 for the user to select a particular point in time. In practice, the user can drag the slider 232a to slide on the time axis 232 via the indicator. Thus, as the slider 232a slides on the time axis 232, the slider 228 on the track 204 will also correspondingly slide to a geographic coordinate point corresponding to the selected time point of the slider 232a (eg, A, B, C.. .Wait). At the same time, the multimedia block 226 correspondingly indicates one or more pieces of the multimedia information corresponding to the information recording time and the sliding time point. This embodiment provides a way to demonstrate multimedia objects on a trajectory path by evolution of the time axis.

For the purposes of this embodiment, the concept of the time axis may also be presented in different ways, such as in the form of a graphical clock or a graphical digital meter. The user can select a specific time point by moving the pointer of the graphical clock or changing the time number of the graphical digital table on the graphical interface.

[System example]

The above described method of the present invention and the user graphical interface example can be integrated to be implemented on a system. The system will contain a variety of mechanisms for performing the steps of the method of the invention described above. For example, in a preferred embodiment, the mechanism includes: a mechanism for recording a user's geographic coordinate point and coordinate recording time; a mechanism for recording a plurality of the geographic coordinate points based on a period of time And drawing a track on the map corresponding to the coordinate recording time; a mechanism for extracting one or more multimedia information of the user from the one or more databases according to the coordinate recording time, the one Or the information recording time of the plurality of multimedia information is consistent with the coordinate recording time; and a mechanism for linking the extracted multimedia information or the multimedia information to the geographic coordinate point corresponding to the coordinate recording time on the map.

The system of the present invention also includes a device such as a smart phone, a PDA, a notebook computer, a desktop computer and the like. The device will have a graphical user interface that is displayed or translated through the screen of the device. The graphical user interface includes an electronic map, the plurality of geographic coordinate points, one or more tracks, and a multimedia block, wherein when the user selects a geographic coordinate point on the track, the multimedia block One or more multimedia messages linked to the geographic coordinate point will be displayed.

In the system of the present invention, the above mechanism may be one or more computer readable instructions that are executed by one or more processors or arithmetic units to perform their corresponding actions. Alternatively, the above mechanism may also be a part of functional blocks in a specific electronic device or an integrated circuit, and the corresponding actions are performed during operation. In practice, the above mechanisms may be provided on different individual hardware devices or on a single hardware device. For example, the mechanism may be a script code stored on a client or a server hardware device, respectively, which requires the mutual operation of the two to achieve the effect of the invention.

[in conclusion]

Although the subject matter of the present invention has been described above in terms of structural features and/or methodological acts. Readers are to be aware that the subject matter defined by the scope of the appended claims is not limited to the specific features or actions described above. The above specific features or actions are disclosed as examples of the form in which the scope of the patent application is implemented.

Furthermore, each of the actions and/or processes discussed throughout the specification can be implemented in a combination of hardware, software, or both. In the context of software, such actions and/or processes may be performed by computer-executable instructions that, when executed by one or more processors, perform the operations described. In general, computer-executable instructions contain paths, programs, objects, components, data structures, etc. to record specific functions or to perform specific data types. The order of the operations discussed is not intended to be a limitation, and any number of operations described can be combined in any order to carry out any of the described processes.

100. . . Process

102,103,104,106,107,108. . . Step block

200. . . page

202. . . Map block

203. . . Scale scale bar

204. . . Trajectory

206. . . Zoom tool

208. . . Trajectory

210. . . Portrait icon

212. . . Function button

212a. . . Function button

214. . . Track object overview block

216,216a~c. . . Track object

218. . . Track search block

220. . . index

222. . . Multimedia Information Overview Block

224. . . Representative icon (shrink)

224a. . . Representative icon (shrink)

225. . . Marquee

226. . . Multimedia block

228. . . Slide

230. . . Floating window

232. . . Time block (timeline)

232a. . . Slider

The systems and methods of the present invention will be more fully understood by reference to the following drawings and description. For a detailed and non-limiting example, please refer to the description of the subsequent figures.

The first figure is a method flow that is implemented in accordance with at least some of the principles of the present invention;

The second figure is an example of a user graphical interface generated according to the technical method described in the first figure;

The third figure is an example of another graphical interface in accordance with the method of the present invention;

The fourth figure is an example of another graphical interface in accordance with the method of the present invention.

100. . . Process

102,103,104,106,107,108. . . Step block

Claims (21)

One or more computer readable instructions that, when executed by one or more processors, perform the following actions: recording a user's geographic coordinate point and coordinate recording time; Recording a plurality of the geographic coordinate points and the corresponding coordinate recording time to draw a track on the map; extracting one or more multimedia information of the user from the one or more databases according to the coordinate recording time The information recording time of the one or more multimedia information is consistent with the coordinate recording time; and the one or more multimedia information extracted is linked to the geographic coordinate point of the map corresponding to the coordinate recording time. The method of claim 1, wherein the recording step comprises calculating a representative geographic coordinate point for a plurality of geographic coordinate points recorded within a predetermined geographic range. The method of claim 2, further comprising associating the representative geographic coordinate point with a known landmark or attraction on the map. The method of claim 1, further comprising storing the corresponding geographic coordinate point on the trajectory, the coordinate recording time, and the multimedia information as a trajectory object of the user. A graphical user interface includes: a map block; a plurality of geographic coordinate points located on the map block, the plurality of coordinate points each having a label recording time; and a track located on the map block, the The trajectory is formed according to the plurality of geographic coordinate points; and a multimedia block, when the user selects a punctuation point on the trajectory, one or more multimedia information is displayed, and the multimedia information is displayed. The recording time is the coordinate recording time corresponding to the geographic coordinate point. The graphical user interface of claim 5, wherein the track has a slider, and the multimedia block is displayed as the slider slides over the track over the plurality of geographic coordinates. The information recording time corresponds to one or more of the multimedia information of the time recorded by the coordinate of the geographic coordinate point. The graphical user interface of claim 5, wherein the multimedia block is a floating window on the map block or a specific area outside the map block. The graphical user interface as described in claim 5, wherein the multimedia information is a photo, a picture, an image, a text, or a sound. For example, the graphical user interface described in claim 5 further includes a time block, and the multimedia block indicates the information recording time corresponding to the time block as the time indicated by the time block changes. One or more of the multimedia information represented by the time. The graphical user interface as described in claim 9 wherein, as the time indicated by the time block changes, the selected geographic coordinate point on the track becomes the coordinate recording time corresponding to the time block. A geographic coordinate point that represents time. The graphical user interface of claim 9, wherein the time block is a graphical timeline, clock, or digital table. The graphical user interface described in claim 5 of the patent application further includes a multimedia information overview block, which represents a representative icon of all the multimedia information corresponding to all geographic coordinate points on the track. The graphical user interface as described in claim 12, wherein when the user selects one of the representative icons, the selected geographical coordinate point on the track becomes a multimedia information corresponding to the selected representative icon. Geographical coordinates. The graphical user interface as described in claim 12, wherein when the user selects one of the representative icons, the multimedia block displays the multimedia information corresponding to the selected representative icon. For example, the graphical user interface described in claim 5 of the patent application further includes a track object overview block, and the table lists more than one track object. The graphical user interface of claim 15, wherein the trajectory object is presented by a graphic template entity, and includes the following information: a publisher of the trajectory object, a name and a brief description of the trajectory, and a composition Trajectory information such as the geographic coordinate point of the trajectory and the coordinate recording time, or corresponding multimedia materials. The graphical user interface as described in claim 15 wherein when the user selects one of the trajectory objects, the trajectory on the map block becomes a trajectory corresponding to the trajectory object. For example, the graphical user interface described in claim 16 further includes a track search block for the user to input key information to search for track information in all track objects. The graphical user interface as described in claim 16 further includes a selection box pulled by the user on the geographic block for the user to search for a track object including the attraction in the selected frame. A system comprising: a mechanism for recording a user's geographic coordinate point and coordinate recording time; a mechanism for plotting a plurality of the geographic coordinate points recorded in a period of time and corresponding coordinate recording time on a map a trajectory; a mechanism for extracting one or more multimedia information of the user from one or more databases according to the coordinate recording time, and the information recording time of the one or more multimedia information is consistent with the coordinate recording time a mechanism for linking the extracted one or more multimedia information to the geographic coordinate point of the map corresponding to the coordinate recording time; and a device having a graphical user interface, the graphical user The interface includes the map, the plurality of geographic coordinate points, the track, and a multimedia block, wherein when the user selects a geographic coordinate point on the track, the multimedia block indicates one or more of the links to the Multimedia information of geographic coordinates. The system of claim 20, further comprising one or more servers, the server storing a plurality of track objects and multimedia information, and accepting a request from a user.