100results about "Maps/plans/charts" patented technology

To provide an information processing device, an information processing method, and a computer program capable of reducing errors when estimating the position and orientation of a mobile body .SOLUTION: The processing in an information processing device includes acquiring detection information detected by a sensor mounted on a mobile body, calculating degrees of similarity of a plurality of pieces of detection information detected at different positions or different orientations, determining, on the basis of the degrees of similarity, positions of additional objects to be added within a detection range of the sensor when the detection information is detected, and notifying a user of at least positions of the additional objects.SELECTED DRAWING: Figure 1

An information processing device (1) acquires input data including a current location and remaining power of an electric moving body, calculates geographic feature values between the current location and multiple points on the basis of map information, calculates a predicted amount of power consumption of the electric moving body from the current location to each point by inputting the geographic feature values to a trained model obtained by machine-learning the relationship between the geographic feature value between two points and the amount of power consumption required to move between the two points, generates travelable range information indicating the travelable range of the electric moving body from the current location on the basis of the remaining power and the predicted amount of power consumption for each point, and outputs the travelable range information.

A processor-implemented method for indoor navigation map generation with accessibility information is provided. The method includes collecting a plurality of colored point cloud maps by utilizing both mobile and stationary mapping systems. The map can be aligned with an outdoor map if the GNSS or the global coordinate is available. The method also includes performing semantic segmentation based on at least implicit representation and synthetic data- aided training network for generating a plurality of structural elements and a plurality of functional elements. The method also includes performing topology-aided structural modeling by generating a structural building information modeling (BIM) using topology information at a plurality of levels of topology and by automatically applying a plurality of levels of topological constraints associated with the structural elements. The method also includes performing parametric modeling by detecting a plurality of functional objects in the functional elements using one or more simulated datasets including simulations of lighting, and environmental conditions.

Provided is a display control device that can easily display map information including a spot symbol desired by a user.　A display control device 10 comprises: a reception unit 11 that receives an input from a user; a display control unit 13 that causes a display unit 200 to display a selection image for selecting a spot symbol 220 on a map, the selection image including a map on which a division line is superimposed, and updates the selection image upon reception, by the reception unit 11, of a selection input of a selection area that is one area of a plurality of map areas divided by the division line. The display control unit 13, when updating the selection image, causes a new selection image to be displayed, the new selection image being determined either on the basis of the presence or absence of a spot symbol 220 partially or entirely included and displayed in an annular area having a predetermined width adjacent to the outside of the division line dividing the selection area, or on the basis of a spot symbol partially or entirely included and displayed in the selection area.

A method for displaying a color three-dimensional map, includes: acquiring initial color three-dimensional map information of a space where a robot is located, where the space where the robot is located represents a space corresponding to a region detectable by a robot sensor; completing the color three-dimensional map based on the initial color three-dimensional map information to perform inference-based completion on structural and color information of a region undetected by the robot sensor; and displaying the completed color three-dimensional map obtained after the completing.

To provide a system that can simply and appropriately perform settings.SOLUTION: A system has a notification function for a user, and a setting function to set items related to notification made with the notification function. As shown in figure (a), the system has a function that, when a touch operation is performed on a standby screen displayed during the normal time, displays a first menu screen having immediacy (refer to figure (b)), and when a predetermined item on the first menu screen is selected, displays a second menu screen for settings not having immediacy (refer to figure (c)). The first menu screen includes a volume increasing button 41a, a volume reduction button 41b, and a setting button 41c advancing to the second menu screen.SELECTED DRAWING: Figure 5

This map information generation system comprises: a fusion splicer; a communication unit that receives fusion splicing data; and a generation unit that executes generation processing for generating map information of a target optical fiber line. The generation processing includes a step for setting, as a reference point, a point the position of which has been previously specified, a step for acquiring first distance information indicating the distance between the reference point and a first-order adjacent point, a step for setting a range for determining a candidate point serving as the first-order adjacent point on the basis of the first distance information; a step for determining, as the first-order adjacent point, a candidate point located within the range among a plurality of candidate points; and a step for generating the map information on the basis of the position of the reference point and the position of the first-order adjacent point.

Outputs information for children. [Solution] The drive plan generation system (1) includes a determination means (11) that determines whether or not a facility searched according to the user's request is a facility for children, a first generation means (12) that generates child-friendly keywords related to the searched facility if it is determined that the searched facility is not a facility for children, a search means (13) that searches for child-friendly information related to the searched facility using the generated keywords, and an output means (15) that outputs facility information indicating the searched facility and child-friendly information that was searched.

To provide technique which can let a crewman know driving action of a movable body in advance.SOLUTION: A movable body control system makes it possible to support a back plane of a crewman which rides on the movable body and comprises a plurality of backrest parts which are arranged by lined up in a longitudinal direction, a plurality of vibration parts which are provided on the plurality of backrest parts, respectively, a prediction part which predicts acceleration caused on the movable body and a drive control part which drives the vibration parts before the acceleration is caused on the basis of the predicted acceleration. The drive control part varies amount of vibration of the plurality of vibration parts according to a direction of the predicted acceleration.SELECTED DRAWING: Figure 1

The parallel road generation method, system and terminal provided by the application obtain bus trajectories, perform kernel density estimation according to the bus trajectories, and generate a road center line according to the kernel density. The parallel road generation method, system and terminal provided by the application can filter most of the urban GPS drift, and can improve the information precision and position accuracy of road generation, because the global nature of the bus trajectories is used.

A method of network viewport data fetching includes receiving a request at a mobile device to launch a network visualization application; causing a GUI to display of a viewport corresponding to a first geographic area and over the first geographic area one or more shapes; determining a latitude and longitude of a first and a second endpoint; determining a distance of a diagonal; determining a midpoint of the diagonal; in response to a distance between the midpoint and either the first or second endpoint being less than or equal to a threshold distance, updating to a second geographic area; or in response to the distance between the midpoint and either the first or second endpoint being greater than the threshold distance, updating the display of the viewport corresponding to a third geographic area and updating the one or more shapes that display the indication of network coverage quality.

The present invention provides a map-making device capable of creating maps while appropriately considering the possibility of occlusion occurring. [Solution] The server device 200 is a map creation device that assigns a first weighting value related to the presence of stationary and moving objects to each voxel in the voxel data of the map DB 20, which is divided into multiple voxels. The server device 200 then acquires upload information Iu, which includes position information regarding the travel route of the measurement vehicle when measuring point cloud data necessary for generating or updating voxel data. The server device 200 then determines the first weighting value for each voxel based on the travel route of the measurement vehicle identified based on the upload information Iu.

We provide the system. [Solution] Means for obtaining information on the departure point and destination, A means for connecting to an information recording medium that stores location data of information provision locations located along the route, A means for searching for information provision locations along the aforementioned route and displaying them based on the information of the departure point and destination, A means of obtaining information on the information provision location selected by the user and performing the registration procedure at the information provision location, A means for recommending information provision locations, taking into account the user's past data and current circumstances, A system that includes this.

The invention relates to a method for processing a digital road map, comprising the following steps: Capturing the vehicle's surroundings using one or more environmental sensors during multiple journeys along the same route covered by a digital road map, in order to determine environmental data based on the data collection, which describes the vehicle's surroundings in each case. Vehicle-side performance of a scene analysis of the route based on the determined environmental data in order to obtain an analysis result, vehicle-side processing of the digital road map based on the analysis result. The invention relates to a device for processing a digital road map, a vehicle, a computer program and a machine-readable storage medium.

This utility model discloses a classified advertising map booklet, including a mounting plate. A binding strip is installed in the middle of the mounting plate, and multiple map booklet pages are mounted on the front end of the mounting plate via the binding strip. Damping hinges are installed at both the upper and lower ends of the mounting plate, and an upper baffle is movably mounted on the upper end of the mounting plate via the damping hinges. This classified advertising map booklet provides storage and protection for the map booklet pages, preventing wear and tear when not in use. It also provides illumination for the map booklet pages, making it easier to browse. The mounting plate supports the map booklet at different angles, facilitating browsing from various angles. It simultaneously provides storage protection, illumination, and angle support for the advertising map booklet. The mounting plate can move up and down around a mounting sliding plate, allowing for vertical position adjustment after installation, making the advertising map booklet more convenient for various installation and use.

This invention provides a navigation system that efficiently manages the power consumption of a portable watch while allowing the watch to switch between displaying timekeeping information and guide information via its hands. [Solution] The system includes a portable watch (2) and a wireless electronic geolocation device capable of generating guide data related to the journey. The portable watch includes an electronic movement and a display interface (5). The display interface has a timing information display mode that displays timing information using at least a first hand (7a) and a second hand (7b) included in the display interface, and a guide information display mode that displays guide information obtained from guide data. The guide information is information regarding directions set to be followed to reach a geographical location and estimated travel time until the next change of direction.

The ability to clearly determine the amount of energy supplied to the battery, which is the energy source for the vehicle's operation, even when the destination has not been decided. [Solution] The system includes an input unit 102 for inputting the virtual charge amount of a battery that drives the power source of a mobile body, an acquisition unit 103 for acquiring the navigable range of the mobile body corresponding to the virtual charge amount input by the input unit 102, a display control unit 104 for displaying an image including the navigable range acquired by the acquisition unit 103 on a display unit 105, and a reception unit 106 for receiving an operation to set the virtual charge amount as the target charge amount when the display unit 105 is displaying an image including the navigable range corresponding to the virtual charge amount input by the input unit 102.

To provide technology that allows users to search for rare facilities. [Solution] An information processing system according to one aspect of the present disclosure is an information processing system including a server and a client, wherein the server has a first calculation unit that calculates a first evaluation value that evaluates the rarity of a facility from a predetermined viewpoint, and a creation unit that creates display data including the first evaluation value and information for displaying the facility on a map, and the client has a display control unit that displays the facility on the map based on the display data, and the display control unit searches for the facility on the map based on a value specified by the user for the first evaluation value and the first evaluation value.

A display device includes a display section, a contact detection section, and a control section. The display section displays a map on a display surface. The contact detection section detects a contact position of an object on the display surface. When the contact detection section detects the contact of the object, the control section decides an object region of the map displayed on the display section according to the contact position, and causes the display section to display an enlarged map in which a scale of the object region is enlarged.

A communication device includes a control unit that displays a map including a sightseeing route and displays a display mode indicating one or more predetermined locations of the sightseeing route, displays dynamic image information corresponding to the sightseeing route and displays a display mode indicating one or more playback positions of the dynamic image corresponding to the one or more predetermined locations.

We provide the system. [Solution] A means for inputting the user's means of transportation and location data, A means of collecting barrier-free related data from various businesses, A means of analyzing collected data and generating the optimal barrier-free route, A means of presenting the generated route information to the user, A means of receiving user feedback and reflecting it in the analysis results, A means of providing the optimal route considering the overall congestion and weather information of the city, A system that includes this.

This information provision device collects image metadata. The information provision device displays, on a map, a position indicated by first metadata for which a privacy mode is not set to the source of the image among metadata, and displays, on the map, a position indicated by second metadata for which the privacy mode is set to the source of the image when the second metadata satisfies an inputted condition. The information provision device acquires an image corresponding to a position among the displayed positions via a network. The information provision device provides the acquired image.

The invention discloses a road shape processing method and a related device, aiming at adjacent roads in a road network of an electronic map, road segment data referring to a road segment pair is acquired, and the road segment pair comprises a first road segment and a second road segment which belong to two adjacent roads respectively. The method comprises the following steps: firstly, sampling a distance of a road segment pair in an overlapped part to obtain N sampling distances, and performing numerical adjustment on the N sampling distances by taking distance change smoothness of adjacent sampling distances as an adjustment target; the width value of each group of adjacent adjusted sampling distance is smoothly changed, and is not greatly different from the original sampling distance, so that the method can better fit the actual road condition, is favorable for accurately identifying the road, and avoids confusion or misjudgment of adjacent roads. The shape of the boundary line segment can be accurately calibrated based on the N adjusted sampling distances, and the adjacent road is drawn in the electronic map based on the generated road shape parameters, so that the shape distortion of the road can be avoided, and the rendering accuracy is improved.

An information provision device (10) comprises a collection unit (151), a provision unit (152), and an acquisition unit (153). The collection unit (151) collects metadata of an image. The acquisition unit (153) acquires, via a network, an image which satisfies a condition indicating displayability and which corresponds to designated metadata among items of metadata. The provision unit (152) provides the image which has been acquired by the acquisition unit (153). For example, the acquisition unit (153) acquires, as the image which satisfies the condition, an image, the provider of which is not designated to be protected.

Provided is a display control device for easily displaying map information including POI symbols desired by a user.　The display control device 10 comprises: a reception unit 11 that receives an input from a user; and a display control unit 13 that causes a display unit 200 to display a selection image including a map, in which POI symbols 220 and division lines are superimposed, and identification information for identifying each of map areas divided by the division lines. When an input selecting one piece of identification information is received by the reception unit 11, the display control unit 13 causes the display unit 200 to display a new selection image including a map corresponding to a target area composed of a selection area, which is a map area corresponding to the one piece of identification information, and a predetermined range in a plurality of map areas adjacent to the selection area.