3615 results about "Cartography" patented technology

In response to a query for information in a geographic region or at a location, ranked ads may be plotted on, or in association with, a map (e.g., as a list beside the map), satellite photo, or any other form of visual representation of geographic information (referred to generally as “maps”). Sponsored ads might be shown in a dedicated place and / or might be elevated above other non-sponsored search results (e.g., Yellow Page listings). The number of ads shown in the list and / or plotted on the map could vary as a function of the resolution of the map or geographic image. The ads could be ranked or scored, and attributes or features of various ads may be a function of such a score or ranking. The plots on the map might be selectable to provide a pop-up with further information and possibly sponsored information (such as images, further ads, etc).

In methods and systems for classifying capture records, such as images. A collection of capture records is provided. Each capture record has metadata defining a map location. This metadata can be earlier determined from a stream of data transmissions, even if there are gaps in transmission. The provided capture records are clustered into groups based on capture locations. A map, inclusive of the capture locations, is segmented into a plurality of regions based on relative positions of the capture locations associated with each group. The regions are associated with the capture records of respective groups.

The present invention is a method and system for selectively executing content on a display based on the automatic recognition of predefined characteristics, including visually perceptible attributes, such as the demographic profile of people identified automatically using a sequence of image frames from a video stream. The present invention detects the images of the individual or the people from captured images. The present invention automatically extracts visually perceptible attributes, including demographic information, local behavior analysis, and emotional status, of the individual or the people from the images in real time. The visually perceptible attributes further comprise height, skin color, hair color, the number of people in the scene, time spent by the people, and whether a person looked at the display. A targeted media is selected from a set of media pools, according to the automatically-extracted, visually perceptible attributes and the feedback from the people.

A method for classifying input to a multi-touch sensitive digitizer that is obtained from a body part as inputs invalid for user interaction and inputs valid for user interaction comprises: identifying a plurality of discrete regions of input to a digitizer sensor; determining spatial relation between at least two of the regions; and classifying one of the at least two regions as either valid input region or invalid input region based on the spatial relation determined between the at least two regions.

An interruption-free hand-held positioning method and system, carried by a person, includes an inertial measurement unit, a north finder, a velocity producer, a positioning assistant, a navigation processor, a wireless communication device, and a display device and map database. Output signals of the inertial measurement unit, the velocity producer, the positioning assistant, and the north finder are processed to obtain highly accurate position measurements of the person. The user's position information can be exchanged with other users through the wireless communication device, and the location and surrounding information can be displayed on the display device by accessing a map database with the person position information.

A map user interface is described, including a view transmitted from a server computer system to a client computer system, the view including a map and a location marker at an initial location on the map, the location marker being movable from the initial location to a target location on the map.

A database receives location information about a moving object. Using the destination of the object and an electronic map, the database finds a projected path for the moving object. From the projected path, the database computes a trajectory. The trajectory may be used to estimate past and future positions of the moving object. The moving object may send location updates to the database when its actual location differs from its anticipated location by more than an uncertainty threshold.

The method and device for locating underground utilities within an area includes traversing the area with a plurality of underground utility sensors and obtaining area location data to locate the area traversed. The sensor data and area location data are used to map the location of one or more utilities within the area traversed.

A new and useful map structure, particularly for an activity within a special region having a geographic boundary, and a technique for creating a map structure are provided. The map and technique are particularly useful in providing a map for use by a hunter in a designated hunting region. The map structure comprises a substrate and map data produced on the substrate. The substrate is designed to withstand the conditions of the special region (e.g. an authorized hunting region), and of the type of handling it is likely to encounter in during the actively in the special region. The map data is also provided in a form that is likely to withstand the conditions of the special region, and is of a type that is particularly useful to the activity in the special region. Moreover, in producing the map structure, an electronic data file is created from which the map data can be produced on the substrate. The electronic data file is configured to produce map data that includes at a predetermined scale a boundary of a special geographic boundary of the special region in which a special outdoor activity, e.g. hunting, is authorized, and that map data includes information (e.g. water tank locations, GPS grid and coordinate information) that are particularly useful for the special outdoor activity.

Cameras can be used to detect if a visitor enters a field of view. Cameras can be mounted in many different areas, including outside buildings, inside buildings, and near other items such as pools. Cameras can send alerts to remote computing devices regarding visitors. Thus, a user of a camera can see and even speak with visitors who are located far away from the user.

A navigation system for use in a vehicle. The system includes an absolute position sensor, such as GPS, in addition to one or more additional sensors, such as a camera, laser scanner, or radar. The system further comprises a digital map or database that includes records for at least some of the vehicle's surrounding objects. These records can include relative positional attributes and traditional absolute positions. As the vehicle moves, sensors sense the presence of at least some of these objects, and measure the vehicle's relative position to those objects. This information, together with the absolute positional information and the added map information, is used to determine the vehicle's location, and support features such as enhanced driving directions, collision avoidance, or automatic assisted driving. In accordance with an embodiment, the system also allows some objects to be attributed using relative positioning, without recourse to storing absolute position information.

A method for matching a recorded image with geographic data substantially corresponding to a geographic location where the image was recorded, is disclosed. In a preferred embodiment, global positioning system data logs are time matched with other data collected, including image data, for the purpose of spatially mapping the collected data. Two important underpinnings of the present invention are that first, the real time of the data acquisition is recorded along with the data acquired; and second, that the offset time between the data logging clock and the world standard time is accurately determined. A primary advantage of the present invention is its wireless functionality; no information transmitters, receivers, special interfaces or power suppliers are required. In addition, a wide variety of off-the-shelf equipment may be used with the present invention as system components.

A method for matching a recorded image with geographic data substantially corresponding to a geographic location where the image was recorded, is disclosed. In a preferred embodiment, global positioning system data logs are time matched with other data collected, including image data, for the purpose of spatially mapping the collected data. Two important underpinnings of the present invention are that first, the real time of the data acquisition is recorded along with the data acquired; and second, that the offset time between the data logging clock and the world standard time is accurately determined. A primary advantage of the present invention is its wireless functionality; no information transmitters, receivers, special interfaces or power suppliers are required. In addition, a wide variety of off-the-shelf equipment may be used with the present invention as system components.

A scrollable selection highlighter for viewing and selecting an element in a list of elements on a data processing device display. A selection highlighter may be stationary near the middle of the display while the list of elements moves in response to user input if the first and last elements in the list are not at the top or bottom positions of the display. If the first element in the list is at the top of the display, the selection highlighter may move above the middle position while the list of elements remains stationary. If the last element in the list is at the bottom of the display, the selection highlighter may move below the middle position while the list of elements remains stationary.

An objection location system for locating and communicating with personnel or objects within a facility. Remote badges are coupled to respective objects or personnel to be located. The badges include transmission means for transmitting identification information associated with their respective objects or personnel. Operational parameters are stored in the badges and are monitored for controlling the operation of the badges. The badge may be in the form of a wristband.

To provide a region detecting method capable of setting a proper threshold independently of a photographing condition and moreover, quickly and accurately detecting a specific region, which uses an image data storing section 10 for storing a sample image 12 and a purposed image 11, a first computing means 1 for obtaining the extraction-region-identifying threshold data for a plurality of sample images including a common extraction region but having average color values different from each other in accordance with a genetic algorithm and generating a threshold table 8 for the average color values, a second computing means 2 for adaptively computing the extraction-region-identifying threshold data for the purposed image 11 in accordance with the average color value of the purposed image and the threshold table 8, and a third computing means 3 for detecting an extraction region in accordance with the threshold data computed by the second computing means 12.

A method and system for notifying a user of an event or information using motion and transparency on a small screen display are provided. When an in-application event occurs or an indication that a new event has occurred, a notification window is created off display, and graphically animated on top of the current application display, in a small window which is un-obtrusive to user interaction in the active application. A user may set preferences for display location, size, transparency, color, time displayed, and content, and each window may vary based on the notification type, allowing users to quickly glance and identify the information displayed. The alert information may be summarized and or prioritized based on notification types,

An apparatus and method for the automatic positioning of information access points. An electronically connected individual (ECI) passes within range of a first information access point (IAP) and obtains location information. Subsequently, the ECI passes within range of a second IAP which hitherto does not have any location information. The location for this second IAP can be estimated based on the location obtained from the first IAP, elapsed time, and the individual's estimated velocity vector. As the ECI passes by a third IAP, the location, elapsed time, and estimated velocity vector data corresponding to the third IAP can be used to refine the location of the second IAP. Over time, the location of the second IAP can be successively refined as ECI's move between IAP's.

Provided is a mobile terminal including a movement sensor that detects a movement of a user and outputs movement information, acquires information on a building existing at a current location or information on buildings existing in a vicinity of the current location, analyses the movement information output from the movement sensor, and detects a first behaviour pattern corresponding to the movement information from multiple first behaviour patterns obtained by classifying behaviours performed by the user over a relatively short period of time, and analyses the information on a building or buildings and the first behaviour pattern, and detects a second behaviour pattern corresponding to the information on a building or buildings and the first behaviour pattern from multiple second behaviour patterns obtained by classifying behaviours performed by the user over a relatively long period of time.

Methods and systems for creating and using redundant and very high capacity barcodes are presented. An individual barcode can include one or more finder patterns, one or more position detection patterns, one or more alignment patterns, one or more orientation detection patterns, one or more format and version information patterns, and one or more modules, where each of these sections can be of a separate size, shape, color and location from the other of these sections. Each individual barcode can be encoded with a separate chunk of data. The individual barcodes can be combined into a composite barcode, which can have patterns and modules used can include many different sizes, shapes, colors and locations of such patterns and modules within the barcode. The individual and composite barcodes can be used to transfer data to a capture device. Original data can be expanded and divided into chunks of data. The chunks of data can be encoded into individual or composite barcodes and then sequentially displayed as a moving image. A device can capture each frame of the moving image of barcodes and decode them into chunks. The original data can then be derived from the decoded chunks of data.

In a method for identifying work pieces based on spatial coordinates. Each of a set of parts to be processed using a multi-axis, articulated spatial measurement arm, are marked with three points defining a distinctive triangle. In a data base, the side lengths of each distinctive triangle is referenced to the part it identifies and to related processing parameters. Before processing a part, the probe of the measurement arm is successively positioned on each of the marked points. Data processing equipment associated with the arm retrieves from the data base the identification of the part and the related parameters.

A method is presented that enables the viewing of network data consumption from an alternative data plan (ADP) by a mobile device in terms of content. The method includes associating a mobile device, an application and content with an ADP and viewing data consumption in terms of content. A counter may be adjusted each time content associated with the ADP is consumed and the counter may be displayed on the mobile device which may also display data consumption in terms of megabytes (MB). The threshold size for the counter to increment may be preset per the rules of the ADP.

Disclosed is a system, method, and program for joining a multi-column table and at least two satellite tables. Each satellite table is comprised of multiple rows and at least one join column and each multi-column table is comprised of multiple rows and join columns corresponding to the join columns in the satellite tables. A query including predicates is received. A join predicate column comprises the satellite table and multi-column table join column to which at least one query predicate applies. A determination is then made as to whether there is at least one index on the multi-column table including at least one column for one join predicate column. One index is selected. The ordering of the join predicate columns in the selected index is used to determine the join order of the satellite tables and the multi-column table. The satellite tables and multi-column tables are then joined in the determined join order.

The motion of a pedestrian is evaluated by determining at least one position of at least one identified portion of the pedestrian, projecting the positions(s) on at least one plane, and deriving the motion from the position(s) projected on the at least one plane. Typically the position(s) are determined in three-dimensions, e.g. of the feet. It is possible to project on two different planes to provide three-dimensional navigation information.

A map matching method and apparatus for a navigation system estimates a location of the navigation system on a correct road segment when a GPS signal is invalid. The map matching method creates a database of pairs of locations at which the navigation system encountered GPS signal loss and recovery in the first time. The navigation system conducts a map matching processing when the GPS signal is lost in the second time at the recorded location by incorporating various additional factors to match the current position with a correct road segment. The various additional factors, in addition to the measured data by a dead reckoning process, include road class, road accessibility, road angle, proximity to candidate road, etc.

Location data about a mobile entity (70) is periodically provided to a location-sensitive application, for example, a route-tracking application. The location data is updated at a frequency that is adaptively varied in dependence on the provision of location data about the mobile entity from other sources (45). The update frequency can also be made dependent on further factors such as: the motion of the mobile entity(“V”), the current environment of the mobile entity (“E”), and the progress of the location-sensitive application (“Z”).