Abstract: Real time performance comparison involves identifying predefined route data corresponding to a route. Measured locations are detected while a user traverses the route carrying a mobile device. The measured locations are sent via a network synchronously with the detection of the respective measured locations. Comparative data points are derived based on the predefined route data and the measured locations in response to receiving the measured locations. The comparative data points are sent, via the network, in response to measured locations. The comparative data points allow the user to measure relative performance during the route traversal.

Abstract: A method of annotating content with context metadata comprising: a) obtaining a first list of context metadata items for a content item; b) obtaining a second list of context metadata items from the first list, wherein the second list contains some, but not all, of the metadata items of the first list; and c) annotating the content item with the second list by creating an association between metadata items of the second list and the content item.

Abstract: Aspects of the invention described herein provide a method and apparatus for the synchronization of metadata across various metadata repositories. According to the invention, upon synchronization of a local metadata repository and at least one remote metadata repository, metadata values are stored in a local collection or mediator database. The mediator database facilitates conflict resolution across metadata repositories. The invention further provides a repository-specific metadata memory to enable the storage of repository-specific metadata histories to further enhance management and synchronization of the metadata.

Abstract: Displaying network content searches on mobile devices involves obtaining results of a network content request via a mobile device. A geolocation of at least one object associated with the results of the network content request is also obtained. A scene is viewed in a camera view of the mobile device. A virtual location is determined in the camera view. The virtual location represents the actual location of the object relative to the scene contained in the camera view. A graphic representing the object is then displayed at the virtual location in the camera view.

Abstract: A method including: adding an entry having a first text part to a listing of content items, wherein if the content item satisfies a first criterion, the first text part of the entry has a first content and wherein if the content item does not satisfy the first criterion but satisfies a second criterion, the first text part of the entry has a second content, different to the first content.

Abstract: A method of calibrating a device comprising: imaging an object in a viewfinder of a device; obtaining a device location from a location mechanism and a device orientation from an orientation mechanism; and using the obtained device location and device orientation to calibrate one or more of the location mechanism and the orientation mechanism such that a difference between an expected location of the object in the viewfinder and a location of the object in the viewfinder is reduced.

Abstract: The invention relates to a terminal apparatus, comprising: a display, a memory, and a user interface for receiving a sample string including one or several symbols. In order to achieve a user-friendly solution for selecting a symbol string the terminal apparatus is configured to: retrieve, from said memory symbol strings with a first part that matches with a sample string and to display the retrieved symbol strings on said display such that if the group of symbol strings includes an identical first part, then at least for these symbol strings only the first part is displayed and only once, display on said display, in response to a user selection via said user interface, information relating to those retrieved symbol strings which have an identical first part with the user selected symbol string, and receive, via said user interface, a second user selection identifying a selected symbol string.

Abstract: A method for teaching an anomaly detecting mechanism in a system comprising observable elements (302), at least one of which has a periodic time-dependent behaviour, the anomaly detecting mechanism comprising a computerized learning mechanism (314). The method comprises assembling indicators (304) indicating the behaviour of the elements (302) and arranging the assembled indicators such that each observable element's indicators are assigned to the same input data component. The learning mechanism (314) is taught so that the input data of the learning mechanism comprises the input data components which are based on the assembled indicators (304). Points which approximate the input data are placed in the input space. A presentation of time (420-424) is incorporated into at least one input data component wherein the presentation of time is periodic, continuous and un-ambiguous within the period of the at least one element with periodic time-dependent behaviour.

Abstract: The invention is a system and method for computing a result for a location, wherein the result indicates how novel it is for a wireless device to occupy a specific location. After determining the location of a wireless device through various means, a Novelty Index Value (NIV) is calculated for the location, and the NIV is then stored into a database. The NIV may then be subsequently used by application programs to compute a desired result from the NIV. Multiple users may utilize and/or share the same NIV values. The NIV may also be used to alter the configuration of a wireless device as well. A recommendation system is also disclosed, wherein user context is utilized along with NIV values to compute particular results for a user.

Abstract: An apparatus and method for facilitating user selection of communication recipients via communication devices. Communication attributes of previous communication events involving the communication device are monitored. Selection criteria are established based on the monitored communication attributes. One or more adaptive recipient history lists are maintained, which correspond to contacts that are affiliated with the communication events satisfying the selection criteria. At least one of the adaptive recipient history lists are presented to the user via the communication device, thereby allowing the user to select the intended recipient via more relevant, focused short lists of likely recipients.

Abstract: A system and method is disclosed to provide recommendations to a wireless device, based on stored bookmark/short-cut data. When a wireless device accesses services, data pertaining to the service access, along with any context related information is transmitted within the wireless device, or to a remote server. The data is processed in conjunction with bookmarks/short-cuts specified within the device, and are organized and presented to the wireless device in accordance with preference instructions specified within the wireless device.

Abstract: An apparatus for providing hierarchical navigation with respect to content items of a media collection may include a processing element. The processing element may be configured to provide a hierarchical organization of content items in which each of the content items is organized according to type and, within each type, the content items are further organized according to categories. Each of the categories may represent a different basis upon which to organize the content items. The processing element may be further configured to enable a user to view content items within a particular category using a first scrolling function oriented with respect to a first axis, and enable the user to switch categories using a second scrolling function oriented with respect to a second axis.

Abstract: The invention is a system and method for computing a result for a location, wherein the result indicates how novel it is for a wireless device to occupy a specific location. After determining the location of a wireless device through various means, a Novelty Index Value (NIV) is calculated for the location, and the NIV is then stored into a database. The NIV may then be subsequently used by application programs to compute a desired result from the NIV. Multiple users may utilize and/or share the same NIV values. The NIV may also be used to alter the configuration of a wireless device as well. A recommendation system is also disclosed, wherein user context is utilized along with NIV values to compute particular results for a user.

Abstract: The invention relates to a method, a device and a process for distributing various tasks performed by a mobile terminal (101) over time. The idea of the invention is to increase talk and standby times of said terminal (101) by executing as many power consuming, delayable tasks as possible when the terminal is connected to a charging device (102). Advanced solution exploits e.g. ideal task execution time intervals, the calculation of which is based on gathered user profile information. An intelligent charging device (102) with memory and processing means to share the task execution with said terminal (101) or to completely take care of some tasks on behalf of said terminal (101) is presented.

Abstract: Content items may be transmitted and synchronized between a receiving device and a content hosting service (e.g., a file sharing service) using a coordinating device. The coordinating device may be in and/or connected to a local network of the local device and may facilitate communications between the local device and the remote service. Alternatively, the coordinating device may be remotely connected to the local device. The coordinating device may monitor for new content information on either the local device or the remote service (or both) and propagate new or updated content as appropriate. The coordinating device may further perform functions such as reformatting content, maintaining a database of content identifiers and synchronizing metadata associated with content items.

Abstract: The invention is a system and method for computing a result for a location, wherein the result indicates how novel it is for a wireless device to occupy a specific location. After determining the location of a wireless device through various means, a Novelty Index Value (NIV) is calculated for the location, and the NIV is then stored into a database. The NIV may then be subsequently used by application programs to compute a desired result from the NIV. Multiple users may utilize and/or share the same NIV values. The NIV may also be used to alter the configuration of a wireless device as well. A recommendation system is also disclosed, wherein user context is utilized along with NIV values to compute particular results for a user.

Abstract: An apparatus for providing content selection in a network environment may include a processing element, a querying element and a selection element. The processing element may be configured to receive an instruction for performance of a function with respect to a particular file. The querying element may be configured to examine file association data associated with the particular file to determine whether one or more related files, each of which is a version of the particular file, exist at another location in a network. The selection element may be configured to select one of the one or more related files as a selected file. The processing element may be in communication with the querying and selection elements and may be further configured to instruct performance of the function with respect to the selected file.

Abstract: This invention relates to generating a list of devices in physical proximity of each other and utilizing said list, for example, for sharing of content between a plurality of mobile devices applying individual media items such as address book entries, calendar entries, and/or Short Messaging Services (SMS) or Multimedia Messaging Services (MMS) messages.

Abstract: Real time performance comparison involves identifying predefined route data corresponding to a route. Measured locations are detected while a user traverses the route carrying a mobile device. The measured locations are sent via a network synchronously with the detection of the respective measured locations. Comparative data points are derived based on the predefined route data and the measured locations in response to receiving the measured locations. The comparative data points are sent, via the network, in response to measured locations. The comparative data points allow the user to measure relative performance during the route traversal.

Abstract: Augmenting data sensed using a mobile device involves detecting, via a Global Positioning System (GPS) sensor, location data along a route while a user traverses the route. Predefined route data is provided that accurately reflects the locations of the route. The detected location data is augmented using the predefined route data via a mobile terminal capable of interfacing with the GPS sensor. A record of the traversal is created using the augmented location data.