TWI402480B - The system, user interface and method of real navigation combined with landmark information - Google Patents

Description

System, user interface and method for real-time navigation combined with landmark information

The invention relates to a navigation technology, in particular to a system, a user interface and a method for real-time navigation combined with landmark information.

The Global Positioning System (GPS) is a global spatial positioning system developed by the US Department of Defense. It was originally used for military purposes and has gradually been converted to commercial use in recent years. Through GPS, you can accurately measure the location of a user (including information such as latitude, longitude and altitude).

With the increasing popularity of GPS in navigation systems, many telecom operators are also happy to provide Location-Based Service (LBS), for example, to provide users with gas stations near their location, recommendations Point of Interest (POI) information value-added services for restaurants, hotels, etc.

The existing navigation system can provide a virtual map image, a geographic information system (GIS) data, a navigation route, and POI information to the user. However, when the user is confused about the environment near the navigation route, there is a lack of a real-life image associated with the navigation route to improve the user's actual presence and convenience.

In view of the above, the present invention provides a system, a user interface and a method for real-time navigation combined with POI information in response to the above problems.

Accordingly, it is an object of the present invention to provide a system for real-time navigation combined with landmark information for use in a mobile device.

Therefore, the system for real-time navigation combined with landmark information includes a route processing module, an image providing module, a landmark information database, an integrated module, and a display module. The route processing module is configured to generate a navigation route according to a destination and a current location of one of the mobile devices. The image providing module is configured to provide a real-life image of a specific area, wherein the specific area covers the navigation route. The landmark information database stores at least one landmark established in advance and one landmark information corresponding to the landmark. The integration module is configured to integrate the navigation route, the real-life image, the landmark, and the landmark information to generate a user interface. The user interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route and the landmark in the specific area Overlaid on the real image, the landmark information area is presented for the landmark information corresponding to the landmark in the specific area. The display module is configured to provide the user interface to a user.

Another object of the present invention is to provide a system for real-time navigation combined with landmark information, which is suitable for use in an environment having a network.

Thus, the system for real-life navigation combined with landmark information of the present invention comprises a server. The server includes a route processing module, an image providing module, a landmark information database, and an integrated module. The route processing module is configured to generate a navigation route according to an initial location and a destination. The image providing module is configured to provide a real-life image of a specific area, wherein the specific area covers the navigation route. The landmark information database stores at least one landmark established in advance and one landmark information corresponding to the landmark. The integration module is configured to integrate the navigation route, the real-life image, the landmark, and the landmark information to generate a user interface. The user interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route and the landmark in the specific area Overlaid on the real image, the landmark information area is presented for the landmark information corresponding to the landmark in the specific area.

Another object of the present invention is to provide a user interface for real-life navigation combined with landmark information.

Therefore, the user interface of the live view navigation combined with the landmark information comprises a real map navigation area and a landmark information area. The real map navigation area is provided by a navigation route, a geographic information system data, and a real scene image of a specific area, wherein the specific area covers the navigation route, and the navigation route and the geographic information system data overlap the real scene image. The landmark information area is for presenting a landmark information corresponding to a landmark in advance.

Another object of the present invention is to provide a method for real-time navigation combined with landmark information, which is applicable to a mobile device.

Thus, the method for real-time navigation combined with landmark information of the present invention comprises the steps of: (a) generating a navigation route according to a current location of a destination and a pair of mobile devices; (b) providing a real-life image of a specific region, Wherein the specific area covers the navigation route; (c) integrating the navigation route, the real-life image, the pre-established at least one landmark and one of the corresponding landmark landmark information to generate a user interface, the user interface including a real scene a map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route and the landmark in the specific area overlap with the real image, The landmark information area is presented for the landmark information corresponding to the landmarks in the specific area; and (d) the user interface is provided to a user.

Another object of the present invention is to provide a method for real-time navigation combined with landmark information, which is suitable for use in an environment having a network.

Therefore, the method for real-time navigation combined with landmark information of the present invention comprises the following steps: (a) a server generates a navigation route according to a starting point and a destination; (b) the server provides a real-life image of a specific area, Wherein the specific area encompasses the navigation route; and (c) the server integrates the navigation route, the live view image, the pre-established at least one landmark and one of the corresponding landmark landmark information to generate a user interface, the user The interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route overlaps with the landmark in the specific area. The real-life image, the landmark information area is presented for the landmark information corresponding to the landmark in a specific area.

Another object of the present invention is to provide a method of real-time navigation combined with landmark information.

Therefore, the method for real-time navigation combined with landmark information comprises the following steps: (a) integrating a navigation route, a satellite image of a specific area, a geographic information system data, at least one landmark and one landmark information corresponding to the landmark, wherein The specific area covers the navigation route; (b) generating a user interface including a real map navigation area and a landmark information area; (c) the navigation route, the landmark within the specific area, and the geographic information system The data is superimposed on the satellite image, and the overlapped result is presented in the real-time map navigation area in a three-dimensional perspective; and (d) the landmark information corresponding to the landmark in the specific area is presented in the landmark information area .

Another object of the present invention is to provide a real-world navigation method.

Thus, the live navigation method of the present invention comprises the steps of: (a) obtaining a first location and a second location; (b) generating a navigation route based on the first location and the second location; (c) obtaining a specific area a live view image, wherein the specific area covers the navigation route; and (d) integrating the navigation route and the live view image to generate a user interface in which the navigation route is superimposed on the live view image.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of FIG.

Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1 , FIG. 2 and FIG. 5 , a first preferred embodiment of the system for real-time navigation combined with landmark information comprises a route processing module 21 , an image providing module 22 , and a landmark (POI ) information database 23 . An integrated module 24, a display module 25, a location receiving module 26, and a geographic information system (GIS) data providing module 27. The implementation is a mobile device 11 (for example, a portable electronic device for navigation, such as a mobile phone, a personal digital assistant (PDA)), the route processing module 21, and the image providing module. 22. The integration module 24 and the GIS data providing module 27 can be integrated into a navigation software installed to the mobile device 11.

The route processing module 21 generates a navigation route based on a destination and a current location of the corresponding mobile device 11. The destination can be input by a user or by the navigation software (for example, the user can find a gas station, a convenience store, etc. closest to the current location by using the navigation software, and set it as the destination. To generate the navigation route). The current location is provided by a Global Positioning System (GPS) 12 and received by the location receiving module 26, and the navigation route is continuously scheduled to update with the current location. The location receiving module 26 includes conventional components such as an antenna, a signal processing circuit, and the like for receiving GPS signals, and details are not described herein. In other applications, the current location may also be provided by other suitable positioning systems for the Galileo satellite system in Europe.

The image providing module 22 provides a real-life image of a specific area, wherein the specific area covers the navigation route generated by the route processing module 21, and therefore, the live image is continuously updated as the navigation route is updated. In the first preferred embodiment, the live view image is a pre-stored satellite image.

The integration module 24 integrates the navigation route, the real-life image, one GIS data provided by the GIS data providing module 27, at least one POI 43 and one POI information 431 corresponding to the POI 43 to generate a user interface 4 . The GIS data is related to the geographical information of the streets, mountains and the like in a specific area, and is updated continuously as the navigation route is updated. The POI 43 and the POI information 431 corresponding to the POI 43 are pre-established and stored in the POI information database 23. The POI 43 can be a gas station, a recommended restaurant, a hotel, etc., and the corresponding POI information 431 can be related to a gas station, a recommended restaurant, a hotel, and the like. The user interface 4 includes a real map navigation area 41 and a POI information area 42. The implementation is a software window interface and is displayed by the display module 25 for browsing by the user. The POI information area 42 has a sliding message field 421.

Referring to FIG. 2, FIG. 3 and FIG. 5, corresponding to the first preferred embodiment, the method for real-time navigation combined with landmark information of the present invention comprises the following steps. First, as shown in step 31, the route processing module 21 generates the navigation route according to the destination and the current location. As shown in step 32, the image providing module 22 provides the real image. Then, as shown in step 33, the integration module 24 integrates various information to generate the user interface 4. The display module 25 then provides the user interface 4 to the user as shown in step 34. Finally, as shown in step 35, the route processing module 21 determines whether the destination has been reached based on the destination and the current location, and if so, completes the navigation; otherwise, returns to step 31.

Step 33 can be subdivided into the following sub-steps.

Referring to FIG. 2, FIG. 4 and FIG. 5, first, as shown in sub-steps 331-332, the integration module 24 integrates the navigation route, the real-life image, the GIS data, the POI 43 and the POI information 431 corresponding to the POI 43. The user interface 4 including the real map navigation area 41 and the POI information area 42 is generated.

Then, as shown in sub-step 333, the integration module 24 superimposes the navigation route, the POI 43 in the specific area and the GIS data on the real-life image, and presents the overlapped result in the real-map navigation area 41. The navigation route, the GIS data and the real-life image are all displayed in a three-dimensional perspective, so that the overlay is also presented in the three-dimensional perspective on the real-map navigation area 41.

The integration module 24 then presents the POI information 431 corresponding to the POI 43 in the particular area to the POI information area 42 as shown in sub-step 334. If the user selects a certain POI 43 presented in the real map navigation area 41, the POI information area 42 is presented for the POI information 431 corresponding to the selected POI 43. In the first preferred embodiment, the destination is "Taipei 101 Building" and "Taipei 101 Building" is also one of the POIs 43 in the specific area. Assuming that the user selects this POI 43, the POI information 431 is the basic information of the "Taipei 101 Building": "...Address: 7F, Section 5, Xinyi District, Taipei City, Website: http://www.taipei-101 .com.tw...".

Finally, as shown in sub-step 335, the integration module 24 presents an up-to-date message 432 corresponding to the POI 43 to the sliding message field 421 of the POI information area 42. The latest message 432 can be the current activity information, the preferential message, and the like of the POI 43. In the first preferred embodiment, the latest message 432 is a discount message of the "Taipei 101 Building": "The shopping center will hold the summer season from now on. Clear sale...".

It is worth mentioning that since the various information in the real map navigation area 41 is continuously updated with the current position provided by the GPS 12 (as shown in FIGS. 6 and 7), the closer the mobile device 11 is. The destination, the closer the live image is to the actual view of the destination.

In addition, the mobile device 11 can also correspond to the live view image, the navigation route, and the POI 43 through an e-mail (email), a multimedia newsletter (MMS), an instant messenger (such as MSN), or other suitable transmission path. The POI information 431 of the POI 43 and the like are shared by at least one file transfer to another mobile device that does not have the function of the present invention.

Referring to FIG. 8, a second preferred embodiment of the system for real-time navigation combined with landmark information of the present invention is applicable to an environment having a wireless network 51 (eg, a 3G mobile communication network), the system including a server 52 and a use. Terminal 53. The server 52 includes the route processing module 21 in FIG. 2, the image providing module 22, the landmark (POI) information database 23, the integrated module 24, and the geographic information system (GIS) data providing module. Group 27. The user terminal 53 includes the display module 25 and the position receiving module 26 of FIG. In the second preferred embodiment, the user terminal 53 is a mobile device (for example, a portable electronic device for transmitting/receiving information required for navigation, such as a mobile phone, a PDA, or the like).

Referring to Figures 5, 8, and 9, in the second preferred embodiment, all major operations (e.g., planning the route and integrating the data and generating a user interface 4) are processed on the server 52 for use. The terminal 53 is only used to provide the information needed to plan the route, and to receive the user interface 4. Since the functions of the components (module, database) of the second preferred embodiment are similar to those of the first preferred embodiment described above, only the differences will be described below.

The user terminal 53 provides an origin and a destination and transmits to the server 52 via the wireless network 51. The origin is the current location of one of the user terminals 53, the destination can be directly input by the user, or the user inputs a destination condition (eg, the nearest gas station to the current location, convenience) The store 52, and then the server 52 finds the destination based on the destination condition and the current location. The current location is provided by the GPS 12 of FIG. 1 and received by the location receiving module 26 of the user terminal 53, and the navigation route is continuously scheduled to update with the current location.

Corresponding to the above second preferred embodiment, the method for real-time navigation combined with landmark information of the present invention comprises the following steps. First, as shown in steps 61-62, the user terminal 53 provides the origin and destination, and transmits the same to the server 52 via the wireless network 51, and the route processing module 21 generates the navigation route. Steps 63 and 64 are then similar to steps 32 and 33 of FIG. 3, except that the operations of steps 63 and 64 are processed on the server 52. The server 52 then transmits the user interface 4 to the user terminal 53 via the wireless network 51 as shown in step 65. Then, as shown in steps 66-67, the user terminal 53 receives the user interface 4 and displays it by the display module 25 for browsing by the user. Finally, as shown in step 68, the user terminal 53 determines whether the destination has been reached, and if so, completes the navigation; otherwise, returns to step 61. The determination of step 68 can also be performed by the server 52 and is not limited to the second preferred embodiment.

Referring to FIG. 5, FIG. 10 and FIG. 11, a third preferred embodiment of the system for real-time navigation combined with landmark information of the present invention is applicable to an environment having an internetwork 71, and the architecture of the system is similar to the second preferred embodiment. For example, the user terminal 72 is a personal computer, and in the third preferred embodiment, the positioning information is not required by the GPS 12 as shown in FIG. 1, so the user terminal 72 does not include a map. The position in the 2 receives the module 26.

The implementation of the third preferred embodiment is similar to a Web Map or a Web GIS, that is, a user directly inputs a starting place and a destination to the user terminal 72. The server 52 is transmitted to the server 52 through the Internet. After the server 52 is operated, the user interface 4 is transmitted back to the user terminal 72 via the Internet 71.

Corresponding to the above third preferred embodiment, the method for real-time navigation combined with landmark information of the present invention comprises the following steps. First, as described in steps 81-82, the user terminal 72 provides the origin and destination and transmits to the server 52 via the internet 71. The route processing module 21 of the server 52 generates a navigation route based on the origin and destination. Then, steps 83-85 are similar to steps 63-65 in FIG. 9, except that the navigation route is generated by the origin and destination unless the user re-enters the origin or destination. Otherwise, the navigation route will not be updated continuously, and the real-life image, POI, POI information, and GIS information related to the navigation route will not be continuously updated. Finally, as shown in steps 86-87, the user terminal 72 receives the user interface 4 and displays it by the display module 25 for viewing by the user.

In summary, the present invention provides a user interface 4 as shown in FIG. 5 by integrating the navigation route, the POI 43 in the specific area, the POI information 431 corresponding to the POI 43, the GIS data and the live image. This user can improve the sense of presence and convenience in actual operation, and can indeed achieve the object of the present invention.

Broadly speaking, the present invention provides a real-time navigation method, comprising the steps of: obtaining a first location and a second location, the first location being, for example, a destination location obtained by user input or other means, the first The two positions can be obtained by, for example, one of the mobile devices carried by the user and a positioning system, but not limited thereto; generating a navigation route according to the first and second positions; obtaining a real scene image of a specific area, wherein The specific area covers the navigation route, and the live image may be a satellite aerial image or other suitable image taken, may be pre-built in the mobile device or received from a remote server; and integrate the navigation route and the real scene The image is used to create a user interface for display by the user for viewing, and the user interface is superimposed on the live image in the user interface.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

11. . . Mobile device

12. . . GPS

twenty one. . . Route processing module

twenty two. . . Image providing module

twenty three. . . Landmark information database

twenty four. . . Integration module

25. . . Display module

26. . . Position receiving module

27. . . GIS data providing module

31~35. . . step

331~335. . . Substep

4. . . user interface

41. . . Real map navigation area

42. . . POI information area

421. . . Slide message bar

43. . . POI

431. . . POI information

432. . . Latest news

51. . . Wireless network

52. . . server

53. . . User terminal

61~68. . . step

71. . . Internet

72. . . User terminal

81~87. . . step

1 is an architectural diagram illustrating the application of a first preferred embodiment of a system for real-time navigation combined with landmark information of the present invention; FIG. 2 is a system diagram illustrating a first preferred embodiment of a system for real-time navigation combined with landmark information of the present invention. FIG. 3 is a flow chart illustrating a first preferred embodiment of the method for real-time navigation combined with landmark information of the present invention; FIG. 4 is a flowchart illustrating a sub-step of step 33 of FIG. 3; FIG. FIG. 6 is a schematic diagram illustrating the user interface; FIG. 7 is a schematic diagram illustrating the user interface; FIG. 8 is a system diagram illustrating the second embodiment of the system for real-time navigation combined with landmark information of the present invention. Preferred Embodiments; FIG. 9 is a flow chart illustrating a second preferred embodiment of the method for real-time navigation combined with landmark information of the present invention; FIG. 10 is a system diagram illustrating a third embodiment of the system for real-time navigation combined with landmark information of the present invention. Preferred Embodiments; and FIG. 11 is a flow chart illustrating a third preferred embodiment of the method of real-time navigation combined with landmark information of the present invention.

11. . . Mobile device

twenty one. . . Route processing module

twenty two. . . Image providing module

twenty three. . . Landmark information database

twenty four. . . Integration module

25. . . Display module

26. . . Position receiving module

27. . . GIS data providing module

Claims (32)

A system for real-time navigation combined with landmark information is applicable to a mobile device, the system comprising: a route processing module for generating a navigation route according to a current location of a destination and a corresponding mobile device; a group for providing a real-life image of a specific area, wherein the specific area covers the navigation route; a landmark information database storing at least one pre-established landmark and one landmark corresponding to the landmark; an integrated module, The user interface includes a real map navigation area and a landmark information area for integrating the navigation route, the real image, the landmark and the landmark information, wherein the user map navigation area and the landmark information area are provided for the navigation a route, a landmark in the specific area and the live view image, and the navigation route and a landmark in the specific area overlap the real scene image, the landmark information area being presented for the landmark information corresponding to the landmark in the specific area; and A display module for providing the user interface to a user. The system for real-time navigation combined with landmark information according to claim 1 of the patent application scope, wherein the real-life image is a satellite image. A system for real-time navigation combined with landmark information according to claim 1 of the scope of the patent application, wherein the real-life image is updated with the current location of the mobile device. A system for real-time navigation combined with landmark information according to claim 1 of the patent application, wherein the integration module is further configured to integrate a geographic information system data to generate the user interface, wherein the real-map navigation area is provided for the navigation route, The landmark in the specific area, the geographic information system data and the real image are presented, and the navigation route, the landmark in the specific area and the geographic information system data overlap with the real image. The system for real-time navigation combined with landmark information according to claim 1 of the patent application scope, wherein the real-map navigation area is presented in a three-dimensional perspective. According to the system of real-life navigation combined with landmark information according to claim 1, wherein if the user selects a landmark displayed in the navigation area of the real map, the landmark information area is used for the landmark corresponding to the selected landmark Information presentation. A system for real-time navigation combined with landmark information is applicable to an environment having a network, the system comprising: a server, including a route processing module, an image providing module, a landmark information database, and an integrated module The route processing module is configured to generate a navigation route according to an initial location and a destination, the image providing module is configured to provide a real-life image of a specific area, wherein the specific area covers the navigation route, the landmark The information database stores at least one landmark and a landmark information corresponding to the landmark, the integration module is configured to integrate the navigation route, the real image, the landmark and the landmark information to generate a user interface. The user interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided by the navigation route, the landmark in the specific area, and the real image, and the navigation route overlaps with the landmark in the specific area In the real-life image, the landmark information area is presented for the landmark information corresponding to the landmark in the specific area. The system for real-time navigation combined with landmark information according to claim 7 of the patent application scope further includes a user terminal for receiving the user interface generated by the integrated module of the server via the network, and The user interface is provided to a user. A system for real-time navigation combined with landmark information according to claim 8 of the patent application, wherein the user terminal is further configured to provide the origin and the destination, and transmit to the server via the network. A system for real-time navigation combined with landmark information according to claim 7 of the patent application scope, wherein the real-life image is a satellite image. A system for real-time navigation combined with landmark information according to claim 7 of the patent application, wherein the integrated module of the server is further configured to integrate a geographic information system data to generate the user interface, wherein the real-map navigation area is provided The navigation route, the landmark in the specific area, the geographic information system data and the real image are presented, and the navigation route, the landmark in the specific area and the geographic information system data overlap with the real image. The system for real-time navigation combined with landmark information according to claim 7 of the patent application scope, wherein the real-map navigation area is presented in a three-dimensional perspective. The system for real-time navigation combined with landmark information according to claim 7 of the patent application scope, wherein if a user selects a landmark displayed in the navigation area of the real map, the landmark information area is provided with landmark information corresponding to the selected landmark Presented. A user interface for real-life navigation combined with landmark information includes: a real-map navigation area for presenting a navigation route, a geographic information system material, and a real-life image of a specific area, wherein the specific area covers the navigation route, and the The navigation route and the geographic information system data overlap the real scene image; and a landmark information area for presenting a landmark information corresponding to a landmark in advance. The user interface of the real-life navigation combined with the landmark information according to claim 14 of the patent application scope, wherein the real-life image is a satellite image. The user interface of the real-life navigation combined with the landmark information according to claim 14 of the patent application scope, wherein the real-map navigation area is presented in a three-dimensional perspective. According to the user interface of the live view navigation and the landmark information according to claim 14, wherein if the specific area has at least one landmark, the real map navigation area is provided for the navigation route, the landmark in the specific area, The GIS data and the real image are presented, and the navigation route, the landmark in the specific area and the GIS data overlap the real image, and when the user selects a landmark presented in the navigation area of the real map The landmark information area is presented for landmark information corresponding to the selected landmark. The user interface of the real-life navigation combined with the landmark information according to claim 14 of the patent application scope, wherein the landmark information area has a sliding message bar for presenting the latest information of one of the landmarks. A method for real-time navigation combined with landmark information is applicable to a mobile device, the method comprising the steps of: (a) generating a navigation route according to a current location of a destination and a corresponding mobile device; (b) providing a specific region a real scene image, wherein the specific area covers the navigation route; (c) integrating the navigation route, the real scene image, the pre-established at least one landmark and one of the corresponding landmark landmark information to generate a user interface, the use The user interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route overlaps with the landmark in the specific area. The real-life image, the landmark information area is presented for the landmark information corresponding to the landmark in the specific area; and (d) the user interface is provided to a user. The method for real-time navigation combined with landmark information according to claim 19, wherein the real-life image provided in the step (b) is a satellite image. A method of real-time navigation combined with landmark information according to claim 19, wherein the live image provided in the step (b) is updated with the current location of the mobile device. According to the method of real-time navigation combined with landmark information according to claim 19, wherein in step (c), a geographic information system data is further integrated to generate the user interface, wherein the real-map navigation area is provided for the navigation route The landmark in the specific area, the geographic information system data and the real image are presented, and the navigation route, the landmark in the specific area and the geographic information system data overlap with the real image. According to the method of real-time navigation combined with landmark information according to claim 19, wherein the real-time map navigation area of the user interface generated in the step (c) is presented in a three-dimensional perspective. A method for real-time navigation combined with landmark information is applicable to an environment having a network, the method comprising the steps of: (a) a server generating a navigation route according to a starting location and a destination; (b) the servo Providing a real-life image of a specific area, wherein the specific area covers the navigation route; and (c) the server integrates the navigation route, the real-life image, the pre-established at least one landmark, and a landmark information corresponding to the landmark, To generate a user interface, the user interface includes a real map navigation area and a landmark information area, wherein the real map navigation area is provided for the navigation route, the landmark in the specific area, and the real image, and the navigation route is The landmark information is overlapped with the landmark image in the specific area, and the landmark information area is presented for the landmark information corresponding to the landmark in the specific area. The method for real-time navigation combined with landmark information according to claim 24 of the patent application scope further includes a step (d) after the step (c), wherein the user terminal receives the generated information from the server via the network. User interface and provide the user interface to a user. The method for real-time navigation combined with landmark information according to claim 25 of the patent application scope further includes a step (e) before the step (a), the user terminal provides the initial destination and the destination via the The network is transmitted to the server. The method for real-time navigation combined with landmark information according to claim 24, wherein the real-life image provided in the step (b) is a satellite image. According to the method of real-time navigation combined with landmark information according to claim 24, wherein in step (c), a geographic information system data is further integrated to generate the user interface, wherein the real-map navigation area is provided for the navigation route. The landmark in the specific area, the geographic information system data and the real image are presented, and the navigation route, the landmark in the specific area and the geographic information system data overlap with the real image. According to the method of real-time navigation combined with landmark information according to claim 24, wherein the real-time map navigation area of the user interface generated in the step (c) is presented in a three-dimensional perspective. A method for real-time navigation combined with landmark information includes the following steps: (a) integrating a navigation route, a satellite image of a specific area, a geographic information system data, at least one landmark, and a landmark information corresponding to the landmark, wherein the specific The area covers the navigation route; (b) generating a user interface including a real map navigation area and a landmark information area; (c) overlapping the navigation route, the landmark within the specific area, and the geographic information system data And displaying the superimposed result in the real-time map navigation area in a three-dimensional view; and (d) presenting the landmark information corresponding to the landmark in the specific area to the landmark information area. According to the method of real-time navigation combined with landmark information according to claim 30, wherein the landmark information area has a sliding message bar, and in step (d), an latest message corresponding to the landmark in the specific area is presented. In the slide message bar. A real-time navigation method includes the following steps: (a) obtaining a first location and a second location; (b) generating a navigation route according to the first location and the second location; (c) obtaining a real scene of a specific area An image, wherein the specific area covers the navigation route; and (d) integrating the navigation route and the live view image to generate a user interface in which the navigation route is superimposed on the live view image.