Abstract: This disclosure generally may disclose an efficient and easy to use system and method for sending combined captured data, and synchronized audio/visual annotation data.

Abstract: A system and method of automatically transferring a call between telephones based on the distance between the two telephones is provided. First the proximity of a first telephone to a second telephone is determined. If the proximity is within a predetermined limit or threshold, calls directed to the first telephone are transferred to the second telephone. Security of the transfer may be ensured to prevent fraudulent use of the subscription of either telephone. Procedures are provided which permit any the above-mentioned steps to be performed either at the level of the individual telephones involved in the transfer, or by an element of the network, such as an MSC or HLR.

Abstract: Systems and methods are disclosed for capturing data representative of user interactions with a desktop computer, and processing the capture data to identify and analyze business processes performed by the user. The disclosed system comprises listeners that capture key actuations, mouse-clicks, screen information, and other data representative of user interaction with a desktop computer. A desktop observer is provided to accept capture data from listeners, to temporarily store the capture data if necessary, and to pass the capture data to a process intelligence server. The process intelligence server includes a process discovery module the analyzes the capture data and identifies business processes corresponding to the capture data, or models business processes. A process data master storage is provided.

Abstract: Methods, devices, and systems are directed towards a caching layer for managing access to blog content. The invention includes a caching layer that communicates with a web server and a database server. The caching layer includes a plurality of slots arranged to hold information. The web server is directed to the caching layer for information. If the information is not in the caching layer, the caching layer accesses it from the database. When information from the database is accessed, it is transferred into a slot in the caching layer. An index associated with each slot is usable to further improve access to cached information. When a slot is unavailable, the slot may be automatically emptied. The emptied slot may then be available to receive additional information. The slot may be emptied when without querying when the information was placed in the caching layer or when the information was last accessed.

Abstract: Methods, devices, and systems are directed towards managing a database using moderator determined attributes, and a contributor employable bitmask. In one embodiment, the database is employable for use in managing a weblog (blog). The bitmask is configured to enable contributors of a content item to modify selected options of an attribute for the provided content item. In one embodiment the bitmask is stored in the database and is associated with the content item in the database. By enabling a contributor to directly control options associated with an attribute for the content item, changes to selected attributes of the database's content may be made with minimum interaction with a database administrator. For example, in one embodiment, the contributor may directly control anonymity associated with the provided content item, access to the provided content item, and how the provided content items is displayed.

Abstract: A chip includes CPU (12), memories (13,14) for programs and data, peripheral units (18,19) for interacting with the outside world, and an internal RC oscillator (17) for providing clock signals. One of the peripheral units (18) includes a timer counter incremented at a frequency derived from the RC oscillator. The method does not try to change the frequency of the RC oscillator. Instead, an external calibration source (21) is connected to a capture input of the timer unit to provide a signal having a reference frequency, e.g. the mains frequency. The counter is sampled on active edges of that signal, and the sampled values are processed to derive a calibration ratio. After these calibration steps, a software correction is applied to parameters handled by programs stored in memory based on the calibration ratio to compensate for frequency variations of the RC oscillator.

Abstract: Systems and methods for providing advanced unified messaging are described. The subscriber specifies preferences based on message type, access device type, the subscriber's schedule, and other information. A message server utilizes this information to extract keywords and develop abstracts of particular messages. Subsequently, when the subscriber requests access to a message, the message server has the capability of tailoring delivery of messages to the subscriber on a specific access device.

Abstract: Methods and systems monitor a period of time associated with using a wireless device when the wireless device is integrated with a vehicle. The methods and systems can include a wireless network that communicates with the wireless device. The methods and systems can further include a computer server communicating with the wireless network that monitors a period of time associated with the wireless device while the wireless device is integrated with the vehicle. Revenue associated with the time period may be used to determine a revenue split between a wireless service provider and at least one other party.

Abstract: A chip includes CPU (12), memories (13,14) for programs and data, peripheral units (18,19) for interacting with the outside world, and an internal RC oscillator (17) for providing clock signals. One of the peripheral units (18) includes a timer counter incremented at a frequency derived from the RC oscillator. The method does not try to change the frequency of the RC oscillator. Instead, an external calibration source (21) is connected to a capture input of the timer unit to provide a signal having a reference frequency, e.g. the mains frequency. The counter is sampled on active edges of that signal, and the sampled values are processed to derive a calibration ratio. After these calibration steps, a software correction is applied to parameters handled by programs stored in memory based on the calibration ratio to compensate for frequency variations of the RC oscillator.

Abstract: Sharing of wireless telephone services between a subscriber's personal wireless telephone and the subscriber's vehicular wireless telephone. The shared service may be a connectivity service, allowing the subscriber's personal wireless telephone to communicate directly with the subscriber's vehicular wireless telephone. Alternately, or additionally, the shared service may be one or more services provided for by the wireless service agreement plan of the subscriber's vehicular wireless telephone or the subscriber's personal wireless telephone.