TW201305956A - A generating system and the method for the tourism information - Google Patents

Abstract

A generating system and the method for the tourism information, comprises of the steps. The mobile device fetches the interface via the first information station. The mobile device connects to the server according to the interface, and receives the travel density map. The mobile device takes a photo and joins the position information into the photo. When the mobile device moves to the second information station, the mobile device fetches other interface. The mobile device upload the photos to the sever. The server marks the POI in the travel density map. The server calculates the new weight of the POI and output the new travel density map according to the POI.

Description

Navigation system and method for automatically generating travel information

An information generating system and method thereof are particularly related to a navigation system and method for automatically generating travel information.

In recent years, the tourist atmosphere of the Chinese people has become more and more popular. In addition to the regular travellers who can already participate in the tour, the passengers can also plan their own journey. Visitors can search the Internet for their own hot spots on the journey, or use the introduction of travel books as a basis for planning.

Visitors can plan their journeys by finding different attractions from the aforementioned information. However, each person's gameplay is different, so the information found may not be fully referenced. Moreover, the information recorded in travel books or web pages may vary over time. Passengers may not know the actual situation until they arrive at the local area. In particular, backpackers usually have no purposeful excursions during self-help travel. When they arrive at a specific location, they start looking for real-time information about the area. If you are traveling in your home country, there will be no language problems. If backpackers are traveling in a foreign country, they also need to face language differences and information acquisition problems.

In view of the above problems, the present invention provides a navigation system for automatically generating travel information for providing a user with a local travel density map to the information station during the tour. The user can also upload the visited scenic spots and recorded images to the server and generate a new travel density map.

The navigation system for automatically generating travel information disclosed by the present invention comprises: a server, a mobile communication device and at least one information station. The server stores a map of tourist density for each tourist area. The server marks at least one point of interest on the travel density map according to the recorded image, and counts the access weight of the point of interest. The server outputs a new travel density map based on the points of interest and access weights. The mobile communication device receives the travel density map or transmits the recorded image. The mobile communication device further includes a photography module and a global positioning system module. The photography module is used to capture recorded images. The GPS is used to obtain positioning information and to add positioning information to the recorded image. The corresponding information station is set in each tourist area. The information station has a transmission module and a recognition interface. The mobile communication device obtains the communication information of the transmission module through the identification interface. The server calculates the access weight of the point of interest according to the recorded image and the shooting time at the point of interest. The mobile communication device is connected to the server according to the communication information for obtaining the travel density map.

The present invention further provides a navigation method for automatically generating travel information including the following steps. First, the user receives the identification interface of the first information station by using the mobile communication device. The mobile communication device connects to the server according to the identification interface and obtains a map of the tourist density. When recording a recorded image in the travel density map, the mobile communication device adds positioning information to the recorded image. When the mobile communication device moves to the second information station, the mobile communication device obtains a corresponding identification interface from the second information station, and uploads the recorded image to the server through the second information station. The server marks at least one point of interest on the travel density map according to the recorded image, and counts the access weight of the point of interest, and the server outputs a new travel density map according to the point of interest and the access weight.

The invention provides a system for automatically generating travel guide information and a method thereof, and a user can download a map of the tourist density of the area in a news station in any tourist area. The popularity level and related classification of each interest point are recorded in the tourism density map, so that users can plan their travel itinerary. The user can also upload the recorded image to the server. The server calculates the popularity of the new point of interest based on the newly uploaded recorded image and outputs a new map of the tourist density.

The features and implementations of the present invention are described in detail below with reference to the drawings.

Please refer to "Figure 1" for a schematic diagram of the architecture of the present invention. The navigation system for automatically generating travel information of the present invention includes at least one information station 110, a server 120, and a mobile communication device 130. A corresponding information station 110 is disposed in each tourist area, and the information station 110 is used to provide a transmission pipeline of the tourist area. The appearance of the kiosk 110 can be, but is not limited to, a columnar structure or a flat kanban. The information station 110 has a transmission module 111 and an identification interface 112. The transmission module 111 is configured to transmit a travel density map and a recorded image 133. The transmission module 111 is a device for wireless transmission such as IEEE 802.11 series, WiMax (Worldwide Interoperability for Microwave Access, WiMax), Ultra-wide Band (UWB), or Near Field Communication (NFC). The information station 110 performs data transmission with the server 120 or the mobile communication device 130 via the transmission module 111. Two adjacent information stations 110 can be connected through a network to ensure that each other remains operational. When a certain information station 110 is damaged, the information station 110 adjacent thereto sends a report information to the server 120 to notify the server 120.

The travel density map 121 of each tourist area is stored in the server 120, and the server 120 stores the connection relationship of other information stations 110 adjacent to each of the information stations 110 at the same time. The server 120 confirms that the adjacent information station 110 is still operating normally according to the interconnection relationship between the information stations 110. The tourism density map 121 is a range of activities corresponding to the tourist area. The travel density map 121 of the present invention has a plurality of sets of map information of different resolutions, and at each resolution, a plurality of tourist blocks are also divided. For the tourism density map, different scales are represented in different resolution levels. The tourism density map 121 can re-plan the range of the tourist area according to different scaling ratios. There may be a Point of Interests (POI) in the tourism density map 121. In general, the user will first take the popular tourist attraction as the first target to travel during the journey, and take photos at this point. Therefore these popular tourist attractions can be defined as points of interest. In the present invention, in order to highlight the popularity of different tourist blocks, the number of points of interest is used as a basis for judging the tourist block (for details on how to generate points of interest, please refer to the following).

Please refer to "2A" and "2B", which are schematic diagrams of tourist density maps in different scales of tourist areas. Assume that "2A" is a map of 1 km: 1 and is divided into 5*5 tourist blocks in "Phase 2A". Therefore, the size of each tourist block is 40,000 square meters. When zooming in on "Map 2A" to a map of 500 meters: 1 and maintaining 5*5 tourist blocks, each tourist block will be 10,000 square meters. Therefore, when the resolution of the tourism density map 121 is increased, the fineness of each tourist block will also increase. Similarly, when the resolution of the tourism density map 121 is lowered, the resolution of the tourist block will also change. In addition, there are a number of points of interest in each of the tourist blocks. There may be a number of points of interest in each of the tourist blocks.

In the tourism density map 121 of the present invention, tourist blocks of different popularity levels are colored according to different colors and shades. Please refer to "2C" and "2D", which are the coloring diagrams of the tourist blocks of different popularity levels in the tourism density map of the present invention. In "2C", the degree of popularity of the tourist block is represented by different gray levels. However, in practice, the corresponding color display can be provided according to the display capability of the mobile communication device 130. With the resolution of the tourism density map, the points of interest in different tourist blocks will be adjusted accordingly.

Assume that the two tourist blocks in the "2C chart" (at the gray level block) have three points of interest. When the resolution is adjusted as "2D map" and the three points of interest are distributed in the three tourist blocks of "2D map", the travel density map 121 will adjust the resolution to the corresponding tourist block. Perform coloring processing.

The mobile communication device 130 can be, but is not limited to, a computing device such as a mobile phone, a personal digital assistant (PDA), a tablet computer, or a notebook computer. The mobile communication device 130 further includes a camera module 131 and a global positioning system module 132. The photography module 131 is used to capture the recorded image 133 or the identification interface 112. The recorded image 133 can be a still image or a dynamic movie. The global positioning system is used to obtain the positioning information of the mobile communication device 130. When the mobile communication device 130 is capturing the recorded image 133, the mobile communication device 130 adds the positioning information to the recorded image 133.

In addition, when the user is close to the information station 110, the user can receive the identification interface 112 of the information station 110 through the camera module 131 in the mobile communication device 130, and obtain communication information from the identification interface 112. The identification interface 112 is any one of a PDF417 code, a QR code (Quick Response code), a Hanxin code, a color bar code, a quick mark code, or a Near Field Communication (NFC). The mobile communication device 130 can be connected to the transmission module 111 according to the connection information embedded in the identification interface 112 for accessing the data to the server 120. The mobile communication device 130 is connected to the server 120 via the transmission module 111 to obtain the travel density map 121.

During the communication between the mobile communication device 130 and the server 120, the server 120 queries the mobile communication device 130 for the language used. The server 120 can transmit the corresponding travel density map 121 to the mobile communication device 130 according to the display language of the mobile communication device 130. Alternatively, the user can also select the travel density map 121 of the language to be displayed and download it to the mobile communication device 130.

In order to clarify the operation mode of the present invention, the following is a description of the operation of the above-mentioned various devices. Please also refer to the "Fig. 3", which is a schematic diagram of the operational flow of the present invention. The method for automatically generating the travel information of the present invention includes the following steps: Step S310: the mobile communication device receives the identification interface from the first information station; Step S320: the mobile communication device connects to the server according to the communication information recorded by the identification interface. And obtaining a travel density map corresponding to the first information station; step S330: when the mobile communication device moves to the second information station, the mobile communication device obtains a corresponding identification interface from the second information station, and uses the second information station to The recorded image is uploaded to the server; step S340: the server marks at least one point of interest on the travel density map according to the recorded image; step S350: the server calculates the point of interest according to the recorded image and the shooting time at the point of interest The access weight, the server outputs a new travel density map according to the point of interest and the access weight; and step S360: when the mobile communication device uploads the recorded image to the server, the server generates the access file according to the recorded image.

In order to be able to distinguish between different information stations 110, the first information station 211 and the second information station 212 are described in the description of the embodiment, and the number of information stations 110 is not limited. When the user moves to the first information station 211, the user can receive the identification interface 112 from the first information station 211 by using the mobile communication device 130. After receiving the identification interface 112, the mobile communication device 130 determines the content of the identification interface 112. Taking the QR code as the identification interface 112 as an example, when the mobile communication device 130 receives the identification interface 112, the mobile communication device 130 can analyze the content of the identification interface 112 through the corresponding decoding program. Please refer to "4A" to " 4C is a schematic diagram of the mobile communication device 130 obtaining the travel density map, the passenger movement and the uploading record image. If the near field communication is taken as an example, when the mobile communication device 130 approaches the information station 110, the mobile communication device 130 can obtain the communication information from the identification interface 112 through the reader mode (Reader/writer mode) of the near field communication. The mobile communication device 130 is connected to the server 120 using communication information.

After the mobile communication device 130 obtains the communication information from the identification interface 112, the mobile communication device 130 connects to the server 120 according to the communication information, and obtains the tourism density map 121 corresponding to the first information station 211 from the server 120. Since the related information of the adjacent information station 110 is additionally recorded in the travel density map 121, the user can visit the various interest points according to the travel density map 121 or visit other attractions. The action of recording the recorded image 133 is performed during the user's tour. Therefore, when the recorded image 133 is taken at each position in the travel density map 121, the mobile communication device 130 adds the positioning information and the shooting time to the recorded image 133.

When the mobile communication device 130 moves to the second information station 212, the mobile communication device 130 obtains the corresponding identification interface 112 from the second information station 212, and uploads the captured recorded image 133 to the server 120 through the second information station 212. . After the server 120 receives the new recorded image 133, the server 120 further updates the corresponding number of recorded images in the tourist block according to the positioning information in the recorded image 133. After the server 120 completes the statistics of the number of recorded images 133 in each of the tourist blocks, the server 120 not only re-adjusts the access weights of the points of interest in the tourist area, but also modifies the color of the tourist area, and records the modified Tourist density map 121.

After the mobile communication device 130 uploads the recorded image 133 to the server 120, the server 120 generates a journey record based on the classification time of the recorded image 133 and the classification of the points of interest. Therefore, each passenger will generate their own journey record after uploading the recorded image 133. When other passengers pass through the information station 110, in addition to obtaining the travel density map 121 from the information station 110 to the server 120, the travel record generated by other passengers of the information station 110 can also be viewed.

In addition, the server 120 generates an access file according to the recorded image 133 uploaded by different passengers. In other words, each trip record will have a different access file. Accessing files can be presented in the form of images or text records. The access file also includes connection information. The server 120 transmits the access file to the client. The client browses and records the image 133 through the connection information. Taking the access file presented by the image as an example, the server 120 generates a graphic postcard by using a plurality of recorded images 133 in a collage manner, and records the website address (ie, the connection information) of the server 120 on the graphic postcard through E-mail or Other ways are passed to the client. Passengers can send these graphic postcards to other clients for viewing by E-mail. The client can also view other recorded images 133 in this trip record based on the connection information.

In addition to the above-described embodiments, the present invention further proposes the following variations. As passengers may have various types of consumer behavior during the journey. In order to further provide the consumer discount on the journey, it is possible to further provide corresponding consumption information in combination with the stores in the tourist area. Please refer to FIG. 5, which is a schematic diagram of the architecture of this embodiment of the present invention. This embodiment includes at least one information station 110, a server 120, a mobile communication device 130, and a service server 140.

The service server 140 can be connected to the server 120 via a network. The business server 140 collects consumption information of each store in the tourist area, such as a discount coupon, a reception meal, or a discount period. After the business server 140 obtains the new discount information, the service server 140 transmits the discount information to the server 120. The service server 140 can transmit the discount information to the server 120 via the Internet, E-mail, and Short Message Service (SMS). The server 120 adds the discount information to the travel density map 121 based on the location of the store and the point of interest. For example, in the vicinity of the point of interest A, there are the store owner α, the store β and the store γ, and the vicinity of the point of interest B is the store β and the store δ. When the business server 140 obtains the discount information related to the store α, the store β, the store γ, and the store δ. The server 120 adds the corresponding discount information to the corresponding interest points in the travel density map 121 according to the distance between the store and the point of interest. When the passenger watches the point of interest A, the discount information is displayed on the mobile communication.

The present invention provides a system for automatically generating travel guide information and a method thereof, and a user can download a travel density map 121 of the area at a news station 110 in any tourist area. The popularity level and related classification of each point of interest are recorded in the tourism density map 121, so that the user can plan their respective travel itineraries. The user can also upload the captured recorded image 133 to the server 120. The server 120 calculates the popularity of the new point of interest based on the newly uploaded recorded image, and outputs a new travel density map 121.

While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The patent protection scope of the invention is subject to the definition of the scope of the patent application attached to the specification.

110. . . Information station

111. . . Transmission module

112. . . Identification interface

120. . . server

121. . . Travel density map

130. . . Mobile communication device

131. . . Photography module

132. . . Global positioning system module

133. . . Recording image

140. . . Business server

211. . . First information station

212. . . Second information station

Figure 1 is a schematic diagram of the architecture of the present invention.

Figure 2A is a schematic diagram of the tourism density map in different scales of tourist areas.

Figure 2B is a schematic diagram of the tourist density map of the tourism density map at different scales.

The 2C figure is a coloring diagram of the tourist blocks of different popularity levels in the tourism density map of the present invention.

The 2D figure is a coloring diagram of the tourist blocks of different popularity levels in the tourism density map of the present invention.

Figure 3 is a schematic diagram of the operational flow of the present invention.

Figure 4A is a schematic diagram of the travel density map obtained by the mobile communication device.

Figure 4B is a schematic diagram of passenger movement

Figure 4C is a schematic diagram of uploading recorded images of mobile communication devices.

Figure 5 is a schematic diagram of the architecture of this embodiment of the present invention.

Claims (10)

A navigation system for automatically generating travel information, comprising: a server for storing a travel density map of each tourist area, the server marking at least one point of interest in the travel density map according to a recorded image ( Point of Interests (POI), and counting an access weight of the points of interest, the server outputs a new map of the tourist density according to the points of interest and the access weight; and a mobile communication device receives the map or transmission of the travel density The mobile communication device further includes a camera module and a global positioning system module, wherein the camera module captures the recorded image, the global positioning system obtains a positioning information, and the mobile communication device is in the recording The positioning information is added to the image; and at least one information station is disposed in each of the tourist areas, the information station has a transmission module and a recognition interface, and the mobile communication device receives the identification interface, thereby obtaining a communication information of the transmission module, the mobile communication device is connected to the server according to the communication information for obtaining the Tour density map, the mobile communication device to upload the images to record some of the server, the server calculated that access to the point of interest based on the re-positioning of some of the information recording images. The navigation system for automatically generating travel information according to claim 1, wherein the server further stores a connection relationship between each of the information stations and the adjacent ones of the information stations, and the server adds the connection relationship to the Tourist density map. The navigation system for automatically generating travel information according to claim 1, wherein the server calculates the access weight of the point of interest according to the recorded images and the shooting time at the point of interest. The navigation system for automatically generating travel information according to claim 1, wherein the identification interface is a PDF417 code, a QR code (Quick Response code), a Chinese letter code, a color bar code, a quick mark code or a near mark. Field communication. The navigation system for automatically generating travel information according to claim 1, wherein the travel density map is further divided into a plurality of tourist blocks, and the points of interest are marked in the tourist blocks, when the tourist density map is When adjusting its zoom ratio, the tourist block also adjusts the zoom ratio and adjusts the number of points of interest in the tourist block. A navigation method for automatically generating travel information, comprising: causing a mobile communication device to receive a recognition interface to a first information station; the mobile communication device is connected to a server according to the identification interface, and obtains a tourism density a map; the mobile communication device adds a positioning information to the recorded image when the recorded image is captured; and when the mobile communication device moves to a second information station, the mobile communication device transmits the second information to the second information The station obtains a corresponding identification interface, and uploads the recorded images to the server through the second information station; and the server marks at least one point of interest (POI) on the travel density map according to the recorded images. And counting an access weight of the points of interest, the server outputting the new tourist density map according to the points of interest and the access weight. The method for automatically generating a travel information according to claim 6, wherein the server further stores a connection relationship between each of the information stations and the adjacent ones of the information stations, and the server adds the connection relationship to the new one. The tourist density map. The method for automatically generating travel information according to claim 6, wherein the server calculates the access weight of the point of interest according to the recorded images located at the point of interest and a shooting time. The navigation method for automatically generating travel information according to claim 8, wherein the server generates a journey record according to the shooting time of the recorded images and the classification of the points of interest. The method for automatically generating travel information according to claim 6, wherein the server receives a discount information of a service server, and the server adds the discount information to the travel density map according to locations of the points of interest.