CN108170808B - Scenic spot navigation-based tour equipment recommendation system and method - Google Patents
Scenic spot navigation-based tour equipment recommendation system and method Download PDFInfo
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- CN108170808B CN108170808B CN201711465422.6A CN201711465422A CN108170808B CN 108170808 B CN108170808 B CN 108170808B CN 201711465422 A CN201711465422 A CN 201711465422A CN 108170808 B CN108170808 B CN 108170808B
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F16/90—Details of database functions independent of the retrieved data types
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Abstract
The invention discloses a scenic spot navigation-based tour equipment recommendation system and method. The system comprises a tour equipment module corresponding to a selection tour item, a tour equipment module corresponding to a calculation path and a selection road type, a tour equipment module corresponding to a selection weather condition, a tour equipment set generation module and a tour equipment set sorting module for different paths. And setting a tour equipment database, wherein the tour equipment database comprises a scenic spot tour item and tour equipment corresponding to the scenic spot tour item, a road type and tour equipment corresponding to the road type, and weather conditions and tour equipment corresponding to the weather conditions. And generating a tour equipment set according to the selected scenic spot tour item, the road type in the navigation path and the weather condition of the departure day. According to the indexes concerned by the user, the set PrAnd (6) sorting. The method and the system solve the problem that the conventional scenic spot navigation software cannot recommend required equipment for tourism.
Description
Technical Field
The invention belongs to the technical field of scenic spot tourism, and particularly relates to a scenic spot navigation-based tourism equipment recommendation system and method.
Background
The geographical structure of a tourist attraction or a scenic spot (hereinafter referred to as a scenic spot) is complicated, and the tourist equipment to be prepared is different according to the geographical structure of the scenic spot and different tourist items. Existing scenic spot navigation software cannot recommend the required equipment for the tour. There is a need for a scenic navigation-based tour equipment recommendation system and method.
Disclosure of Invention
The invention aims to solve the technical problem that the conventional scenic spot navigation software cannot recommend required equipment for touring, and provides a scenic spot navigation-based touring equipment recommendation system and method.
The tour equipment is equipment required for touring such as clothes, shoes and other tools matched with scenic spot tour items, road types and weather conditions.
The invention is based on a preset touring equipment database, which comprises scenic spot touring items and corresponding touring equipment, scenic spot road types and corresponding touring equipment, scenic spot weather conditions and corresponding touring equipment. Wherein, scenic spot touring items such as beach, long-distance pedestrian street, drift and the like, and corresponding touring equipment such as slippers, sunglasses, sports shoes, waterproof bags and the like; road types such as stone roads, mountain roads, etc., and their corresponding tourist equipment such as shoes, mountaineering wear, mountaineering boots, etc.; weather conditions such as heavy rain, ice and snow, etc., which correspond to tourist equipment such as rain gear, rain boots, hats, etc.
The user inputs a scenic spot, a tour item and a departure date to be browsed by using an APP, a client or a webpage and the like at the electronic terminal. APP, client or webpage read the scenic spot map, and the scenic spot map contains road characteristics of scenic spots and information of touring projects.
A tour equipment recommendation system based on scenic spot navigation comprises a tour equipment module corresponding to a selected tour item, a tour equipment module corresponding to a route calculation and road type selection, a tour equipment module corresponding to a weather condition selection, a tour equipment set generation module and a tour equipment set sorting module for different routes. Wherein the module for sorting the collection of tour equipment for different paths is an optional module.
Selecting a tour equipment module corresponding to the tour item: and receiving the scenic spot and the tour item input by the user at the electronic terminal, reading the tour equipment database, and selecting the tour equipment corresponding to the tour item from the tour equipment database.
The tour equipment module corresponding to the route calculation and road type selection comprises: according to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from a starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing by using a variable r, and r is more than or equal to 1 and less than or equal to M; and identifying the road type involved in each path, and selecting the tour equipment corresponding to the road type from the tour equipment database.
Selecting a tour equipment module corresponding to the weather condition: and reading the weather condition of the departure day scenic spot, and selecting the tour equipment corresponding to the weather condition from the tour equipment database.
The module for generating the tour equipment set comprises: summarizing the tour equipment corresponding to the tour item, the road type and the weather condition (only one of the equipment is reserved when the repeated equipment appears), generating a tour equipment set of each path, and recording the set as Pr，1≤r≤M。
The module for sequencing the tour equipment sets of different paths comprises: according to the indexes concerned by the user, the set PrAnd sequencing, and displaying the sequencing result of the tour equipment in a scenic spot map of the electronic terminal. The indicator of interest to the user includes any one or more of the number of equipment, the price of the equipment, or the length of time the equipment is used. When the indicator of interest is the equipment number, the set P is calculatedrAccording to the length of the collection P, the collection P is processed according to the sequence from small to largerSequencing to obtain a tour equipment sequencing based on the equipment quantity; when the indicator of interest is the equipment price, each set P is calculatedrSum of charges of middle-tour equipment, and the sets P are ordered from small sum of charges to large sum of chargesrSequencing to obtain a tour equipment sequencing based on equipment price; when the interest index is the length of equipment use time, each set P is calculatedrSum of the length of use time of the middle-tour equipment, and the sets P are arranged in the order from large to small according to the sum of the length of use timerAnd sequencing to obtain the sequencing of the tour equipment based on the service time length of the equipment.
A block diagram of a scenic navigation based tour equipment recommendation system is shown in fig. 1 and 2. The module for sorting the sets of the tour equipments with different paths is not included in fig. 1, and the module for sorting the sets of the tour equipments with different paths is included in fig. 2.
A tour equipment recommendation method based on scenic spot navigation. The method comprises the following steps:
and step 1, selecting tour equipment corresponding to the tour item.
And receiving the scenic spot and the tour item input by the user at the electronic terminal, reading the tour equipment database, and selecting the tour equipment corresponding to the tour item from the tour equipment database.
And 2, calculating a path and selecting tour equipment corresponding to the road type.
According to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from a starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing by using a variable r, and r is more than or equal to 1 and less than or equal to M; and identifying the road type involved in each path, and selecting the tour equipment corresponding to the road type from the tour equipment database.
And 3, selecting the tour equipment corresponding to the weather condition.
And reading the weather condition of the departure day scenic spot, and selecting the tour equipment corresponding to the weather condition from the tour equipment database.
And 4, generating a tour equipment set.
Summarizing the tour equipment corresponding to the tour item, the road type and the weather condition (only one of the equipment is reserved when the repeated equipment appears), generating a tour equipment set of each path, and recording the set as Pr，1≤r≤M。
And 5, sequencing the tour equipment sets with different paths. (optional step)
According to the indexes concerned by the user, the set PrAnd sequencing, and displaying the sequencing result of the tour equipment in a scenic spot map of the electronic terminal. The indicator of interest to the user includes any one or more of the number of equipment, the price of the equipment, or the length of time the equipment is used. When the indicator of interest is the equipment number, the set P is calculatedrAccording to the length of the collection P, the collection P is processed according to the sequence from small to largerSequencing to obtain a tour equipment sequencing based on the equipment quantity; when the indicator of interest is the equipment price, each set P is calculatedrSum of charges of middle-tour equipment, and the sets P are ordered from small sum of charges to large sum of chargesrSequencing to obtain a tour equipment sequencing based on equipment price; when the interest index is the length of equipment use time, each set P is calculatedrSum of the length of use time of the middle-tour equipment, and the sets P are arranged in the order from large to small according to the sum of the length of use timerAnd sequencing to obtain the sequencing of the tour equipment based on the service time length of the equipment.
A flow chart of a scenic spot navigation based tour equipment recommendation method is shown in fig. 3. Step 5 (optional step) is included in fig. 3.
The system and the method of the invention have the following advantages:
(1) and generating paths traversing all the tour items according to the tour items selected by the user, generating a tour equipment set corresponding to each path by combining the road type and the weather condition, and providing reference for the user to select the tour equipment in advance.
(2) And sequencing the tour equipment corresponding to each path according to different attention indexes, and providing a basis for a user to select the tour equipment.
Description of the drawings:
FIG. 1 is a block diagram of a scenic navigation-based navigation equipment recommendation system of the present invention that does not include an optional module;
FIG. 2 is a block diagram of a scenic navigation-based tour equipment recommendation system including selectable modules of the present invention
FIG. 3 is a flow chart of a scenic spot navigation-based tour equipment recommendation method of the present invention;
FIG. 4 is a schematic diagram of a tour equipment database of an embodiment of the invention.
Detailed Description
The present invention will be described in detail with reference to specific embodiments.
The tour equipment is equipment required for touring such as clothes, shoes and other tools matched with scenic spot tour items, road types and weather conditions.
The invention is based on a preset touring equipment database, which comprises scenic spot touring items and corresponding touring equipment, scenic spot road types and corresponding touring equipment, scenic spot weather conditions and corresponding touring equipment. Wherein, scenic spot touring items such as beach, long-distance pedestrian street, drift and the like, and corresponding touring equipment such as slippers, sunglasses, sports shoes, waterproof bags and the like; road types such as stone roads, mountain roads, etc., and their corresponding tourist equipment such as shoes, mountaineering wear, mountaineering boots, etc.; weather conditions such as heavy rain, ice and snow, etc., which correspond to tourist equipment such as rain gear, rain boots, hats, etc. In this embodiment, the schematic view of the tour equipment database is shown in fig. 4, and includes three parts, which are respectively a scenic spot tour item and tour equipment corresponding to the scenic spot tour item, a scenic spot road type and tour equipment corresponding to the scenic spot road type, and a scenic spot weather condition and tour equipment corresponding to the scenic spot weather condition, where the listed items are only schematic and can be modified according to specific scenic spot and scenic spot conditions.
The user inputs a scenic spot, a tour item and a departure date to be browsed by using an APP, a client or a webpage and the like at the electronic terminal. APP, client or webpage read the scenic spot map, and the scenic spot map contains road characteristics of scenic spots and information of touring projects. In this embodiment, a person at a certain time inputs a certain canyon scenic spot through the APP of the mobile terminal, the departure date is 7 months and 15 days, the tourist projects are "limit drift", "skies,", "big temple", "dragon hole" and "wonderful in valley", the APP, the client or the webpage reads the scenic spot map, and the scenic spot map includes road characteristics of the scenic spot and information of the tourist projects.
A tour equipment recommendation system based on scenic spot navigation comprises a tour equipment module corresponding to a selected tour item, a tour equipment module corresponding to a route calculation and road type selection, a tour equipment module corresponding to a weather condition selection, a tour equipment set generation module and a tour equipment set sorting module for different routes. Wherein the module for sorting the collection of tour equipment for different paths is an optional module.
Selecting a tour equipment module corresponding to the tour item: and receiving the scenic spot and the tour item input by the user at the electronic terminal, reading the tour equipment database, and selecting the tour equipment corresponding to the tour item from the tour equipment database. In this embodiment, the touring items of the certain canyon scenic spot selected by the receiving user in the mobile terminal are "limit drift", "sky flying", "big temple", "dragon flying hole" and "wonderful view in valley", the touring equipment database shown in fig. 4 is read, and the touring equipment corresponding to the touring items "limit drift", "sky flying", "big temple" and "dragon flying hole" is selected from the touring equipment database and is short sleeves, shorts, waterproof bags, slippers, towels, incense and flashlights.
The tour equipment module corresponding to the route calculation and road type selection comprises: according to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from a starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing by using a variable r, and r is more than or equal to 1 and less than or equal to M; and identifying the road type involved in each path, and selecting the tour equipment corresponding to the road type from the tour equipment database. In this embodiment, according to the road condition in the scenic spot, 2 paths are calculated from the starting point through the selected tourist projects, that is, M is 2, the path 1 is "extreme drift", "sky flying", "valley wonder", "dragon hole" and "buddha temple", and the path 2 is "buddha temple", "valley wonder", "dragon hole", "sky flying" and "extreme drift". The method comprises the steps that a path 1 needs to travel a rugged mountain road of 2 kilometers to reach a big Buddha temple, the path 2 directly reaches the big Buddha temple without going through a mountain road through an elevator, then tour equipment corresponding to the rugged mountain road of the path 1 is selected from a tour equipment database and is used as mountain climbing clothes, mountain climbing boots and crutches, and tour equipment does not need to be prepared for the type of the road of the path 2.
Selecting a tour equipment module corresponding to the weather condition: and reading the weather condition of the departure day scenic spot, and selecting the tour equipment corresponding to the weather condition from the tour equipment database. In this embodiment, the departure day is 7 months and 15 days, and according to the weather forecast of the weather bureau, the weather in the day of the canyon is insolation, and the ultraviolet irradiation is strong, then the visiting equipment corresponding to the insolation weather is selected from the visiting equipment database as sunglasses, sun cream, and sun clothes.
The module for generating the tour equipment set comprises: summarizing the tour items, the tour equipment corresponding to the road types and the weather conditions, generating a tour equipment set of each path, and recording the set as PrR is more than or equal to 1 and less than or equal to M. In this embodiment, the tour items, the tour equipment corresponding to the road types and the weather conditions are collected (only one of the equipment is reserved when the equipment is repeated), and the tour equipment set P corresponding to the path 1 is generated1Set P of touring equipments corresponding to path 2, namely { sun-blocking suit, sunscreen cream, sunglasses, slippers, towel, waterproof bag, short sleeve, shorts, incense, mountaineering wear, mountaineering boot, crutch, flashlight }, set P of touring equipments corresponding to path 22The product is made by using the following raw materials of { sun-proof clothes, sun cream, sunglasses, slippers, towels, waterproof bags, short sleeves, shorts, incense and flashlight }.
The module for sequencing the tour equipment sets of different paths comprises: according to the indexes concerned by the user, the set PrSequencing and displaying the tour equipment in the scenic spot map of the electronic terminalThe result of the sorting. The indicator of interest to the user includes any one or more of the number of equipment, the price of the equipment, or the length of time the equipment is used. When the indicator of interest is the equipment number, the set P is calculatedrAccording to the length of the collection P, the collection P is processed according to the sequence from small to largerSequencing to obtain a tour equipment sequencing based on the equipment quantity; when the indicator of interest is the equipment price, each set P is calculatedrSum of charges of middle-tour equipment, and the sets P are ordered from small sum of charges to large sum of chargesrSequencing to obtain a tour equipment sequencing based on equipment price; when the interest index is the length of equipment use time, each set P is calculatedrSum of the length of use time of the middle-tour equipment, and the sets P are arranged in the order from large to small according to the sum of the length of use timerAnd sequencing to obtain the sequencing of the tour equipment based on the service time length of the equipment. In this embodiment, the indicator concerned by the user is the number of devices, and the set P is calculated1Is 13, set P1Is 10, the tour equipment based on the number of equipment is sorted into a set P2Set P1。
A tour equipment recommendation method based on scenic spot navigation. The method comprises the following steps:
and step 1, selecting tour equipment corresponding to the tour item.
And receiving the scenic spot and the tour item input by the user at the electronic terminal, reading the tour equipment database, and selecting the tour equipment corresponding to the tour item from the tour equipment database. In this embodiment, the touring items of the certain canyon scenic spot selected by the receiving user in the mobile terminal are "limit drift", "sky flying", "big temple", "dragon flying hole" and "wonderful view in valley", the touring equipment database shown in fig. 4 is read, and the touring equipment corresponding to the touring items "limit drift", "sky flying", "big temple" and "dragon flying hole" is selected from the touring equipment database and is short sleeves, shorts, waterproof bags, slippers, towels, incense and flashlights.
And 2, calculating a path and selecting tour equipment corresponding to the road type.
According to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from a starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing by using a variable r, and r is more than or equal to 1 and less than or equal to M; and identifying the road type involved in each path, and selecting the tour equipment corresponding to the road type from the tour equipment database. In this embodiment, according to the road condition in the scenic spot, 2 paths are calculated from the starting point through the selected tourist projects, that is, M is 2, the path 1 is "extreme drift", "sky flying", "valley wonder", "dragon hole" and "buddha temple", and the path 2 is "buddha temple", "valley wonder", "dragon hole", "sky flying" and "extreme drift". The method comprises the steps that a path 1 needs to travel a rugged mountain road of 2 kilometers to reach a big Buddha temple, the path 2 directly reaches the big Buddha temple without going through a mountain road through an elevator, then tour equipment corresponding to the rugged mountain road of the path 1 is selected from a tour equipment database and is used as mountain climbing clothes, mountain climbing boots and crutches, and tour equipment does not need to be prepared for the type of the road of the path 2.
And 3, selecting the tour equipment corresponding to the weather condition.
And reading the weather condition of the departure day scenic spot, and selecting the tour equipment corresponding to the weather condition from the tour equipment database. In this embodiment, the departure day is 7 months and 15 days, and according to the weather forecast of the weather bureau, the weather in the day of the canyon is insolation, and the ultraviolet irradiation is strong, then the visiting equipment corresponding to the insolation weather is selected from the visiting equipment database as sunglasses, sun cream, and sun clothes.
And 4, generating a tour equipment set.
Summarizing the tour items, the tour equipment corresponding to the road types and the weather conditions, generating a tour equipment set of each path, and recording the set as PrR is more than or equal to 1 and less than or equal to M. In this embodiment, the tour items, the tour equipment corresponding to the road types and the weather conditions are collected (only one of the equipment is reserved when the equipment is repeated), and the tour equipment set P corresponding to the path 1 is generated1Set P of touring equipments corresponding to path 2, namely { sun-blocking suit, sunscreen cream, sunglasses, slippers, towel, waterproof bag, short sleeve, shorts, incense, mountaineering wear, mountaineering boot, crutch, flashlight }, set P of touring equipments corresponding to path 22{ sun-proof clothes, sun cream, sunglasses, slippers, towels, sun screenWater bag, short sleeves, shorts, incense, flashlight }.
And 5, sequencing the tour equipment sets with different paths. (optional step)
According to the indexes concerned by the user, the set PrAnd sequencing, and displaying the sequencing result of the tour equipment in a scenic spot map of the electronic terminal. The indicator of interest to the user includes any one or more of the number of equipment, the price of the equipment, or the length of time the equipment is used. When the indicator of interest is the equipment number, the set P is calculatedrAccording to the length of the collection P, the collection P is processed according to the sequence from small to largerSequencing to obtain a tour equipment sequencing based on the equipment quantity; when the indicator of interest is the equipment price, each set P is calculatedrSum of charges of middle-tour equipment, and the sets P are ordered from small sum of charges to large sum of chargesrSequencing to obtain a tour equipment sequencing based on equipment price; when the interest index is the length of equipment use time, each set P is calculatedrSum of the length of use time of the middle-tour equipment, and the sets P are arranged in the order from large to small according to the sum of the length of use timerAnd sequencing to obtain the sequencing of the tour equipment based on the service time length of the equipment. In this embodiment, the indicator concerned by the user is the number of devices, and the set P is calculated1Is 13, set P1Is 10, the tour equipment based on the number of equipment is sorted into a set P2Set P1。
Of course, those skilled in the art should realize that the above embodiments are only used for illustrating the present invention, and not as a limitation to the present invention, and that the changes and modifications of the above embodiments will fall within the protection scope of the present invention as long as they are within the scope of the present invention.
Claims (10)
1. A tourist equipment recommendation system based on scenic spot navigation is characterized by comprising a tourist equipment module corresponding to a selected tourist item, a tourist equipment module corresponding to a route calculation and road type selection, a tourist equipment module corresponding to a weather condition selection and a tourist equipment set generation module;
the tour equipment module corresponding to the selected tour item: receiving scenic spots and touring items input by a user at an electronic terminal, reading a preset touring equipment database, and selecting touring equipment corresponding to the touring items from the touring equipment database;
the tour equipment module corresponding to the route calculation and road type selection comprises: according to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from a starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing by using a variable r, and r is more than or equal to 1 and less than or equal to M; identifying the road type involved in each path, and selecting tour equipment corresponding to the road type from the tour equipment database;
the tour equipment module corresponding to the selected weather condition: reading the weather condition of the scenic spot of the departure day, and selecting tour equipment corresponding to the weather condition from the tour equipment database;
the generate tour equipment collection module: summarizing the tour items, the tour equipment corresponding to the road types and the weather conditions, generating a tour equipment set of each path, and recording the set as Pr，1≤r≤M。
2. The system of claim 1, further comprising a module for sorting the set of different paths of tour equipment: according to the indexes concerned by the user, the set PrAnd (6) sorting.
3. A scenic navigation based tour equipment recommendation system as claimed in claim 2, wherein the user attention indicators include any one or more of the combination of equipment quantity, equipment price or equipment usage time length.
4. The system as claimed in claim 1 or 2, wherein a database of tourist equipments is pre-configured, the database of tourist equipments comprises tourist items of scenic region and corresponding tourist equipments, types of scenic region roads and corresponding tourist equipments, weather conditions of scenic region and corresponding tourist equipments.
5. A scenic navigation-based tour equipment recommendation system according to claim 1 or 2, wherein the scenic region, the tour item and the departure date for making a tour, which are input by the user at the electronic terminal, are received, and the scenic region map is read, wherein the scenic region map contains the road characteristics of the scenic region and the information of the tour item.
6. A scenic spot navigation-based tour equipment recommendation method is characterized by comprising the following steps:
step 1, receiving a scenic spot and a tour item input by a user at an electronic terminal, reading a tour equipment database, and selecting tour equipment corresponding to the tour item from the tour equipment database;
step 2, according to the characteristics of the scenic spot roads, calculating M paths traversing the selected tour items from the starting point, wherein M is a positive integer, numbering the paths from 1 to M and expressing the paths by using a variable r, wherein r is more than or equal to 1 and less than or equal to M; identifying the road type involved in each path, and selecting tour equipment corresponding to the road type from the tour equipment database;
step 3, reading the weather condition of the scenic spot of the departure day, and selecting tour equipment corresponding to the weather condition from the tour equipment database;
step 4, summarizing the tour items, the tour equipment corresponding to the road types and the weather conditions, generating a tour equipment set of each path, and recording the set as Pr，1≤r≤M。
7. The scenic spot navigation-based tour equipment recommendation method according to claim 6, further comprising the step 5: according to the indexes concerned by the user, the set PrAnd (6) sorting.
8. The scenic spot navigation-based tour equipment recommendation method according to claim 7, wherein the user-focused index includes any one or more combination of equipment quantity, equipment price or equipment usage time length.
9. The method as claimed in claim 6 or 7, wherein a database of tourist equipments is set in advance, the database of tourist equipments includes tourist items of scenic region and corresponding tourist equipments, types of scenic region roads and corresponding tourist equipments, weather conditions of scenic region and corresponding tourist equipments.
10. The method as claimed in claim 6 or 7, wherein the scenic region, the tour item and the departure date are received, and the scenic region map is read, wherein the scenic region map includes the road characteristics of the scenic region and the tour item.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1536514A (en) * | 2003-02-05 | 2004-10-13 | ��ʽ�������λ��Ѷ�鱨 | Route searching method of navigation device and communication information display method |
| CN103678489A (en) * | 2013-11-12 | 2014-03-26 | 中国联合网络通信有限公司广东省分公司 | Smart city travel information recommending method and device |
| CN104794663A (en) * | 2015-05-15 | 2015-07-22 | 北京景行技术有限公司 | Automatic itinerary generation system and method |
| CN106096785A (en) * | 2016-06-13 | 2016-11-09 | 北京游谱科技发展有限公司 | A kind of circuit method for customizing based on stroke planning, system |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20140012498A1 (en) * | 2012-03-19 | 2014-01-09 | Thomas F. Gustafson | Informed Traveler Program and Application |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1536514A (en) * | 2003-02-05 | 2004-10-13 | ��ʽ�������λ��Ѷ�鱨 | Route searching method of navigation device and communication information display method |
| CN103678489A (en) * | 2013-11-12 | 2014-03-26 | 中国联合网络通信有限公司广东省分公司 | Smart city travel information recommending method and device |
| CN104794663A (en) * | 2015-05-15 | 2015-07-22 | 北京景行技术有限公司 | Automatic itinerary generation system and method |
| CN106096785A (en) * | 2016-06-13 | 2016-11-09 | 北京游谱科技发展有限公司 | A kind of circuit method for customizing based on stroke planning, system |
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