Abstract: A method and system for providing personalized application recommendations to users of electronic devices. Contextual information is used to build a personalized user knowledge base. The information stored in the personalized user knowledge base may be used to locate applications that may be of interest to the user.

Abstract: The invention relates to a system for providing a list to a mobile communication device, wherein the system comprises a mobile communication device and a server. The mobile communication device comprises a first list of parameters of the activity in the mobile communication device, and wherein the server comprises a second list of parameters of activities of a number of second mobile communication devices, and wherein the mobile communication device is adapted to transmit the first list to the server. The server is adapted to receive the first list, wherein the server is adapted to analyse the first list in relation to the second list, wherein the server is adapted to derive a third list based on the analysis, and wherein the mobile communication device is adapted to receive the third list.

Abstract: A method for setting up a list of audio files to be played back by a mobile device when traveling along a route, and a mobile device utilizing the method for setting up the list of audio files are described.

Abstract: To increase throughput efficiency and attain a higher achieved bit rate for data transmissions over a high speed shared channel, a variable transmit power increase factor is used to control the maximum rate at which the power at which data is transmitted over the high speed shared channel can increase. In one non-limiting implementation, the power increase factor F is varied with the current total downlink transmitted power available for high speed downlink transmission. For example, when the available high speed shared channel power is large, the variable transmit power increase factor assumes a more conservative value, e.g., a smaller F value, at the beginning of the high speed downlink transmission, and then a more liberal value, e.g., a larger F value, later during the high speed downlink transmission.

Abstract: To increase throughput efficiency and attain a higher achieved bit rate for data transmissions over a high speed shared channel, a variable transmit power increase factor is used to control the maximum rate at which the power at which data is transmitted over the high speed shared channel can increase. In one non-limiting implementation, the power increase factor F is varied with the current total downlink transmitted power available for high speed downlink transmission. For example, when the available high speed shared channel power is large, the variable transmit power increase factor assumes a more conservative value, e.g., a smaller F value, at the beginning of the high speed downlink transmission, and then a more liberal value, e.g., a larger F value, later during the high speed downlink transmission.

Abstract: Default values (220) for parameters to be used in a process on an apparatus are automatically learned from the user's interaction with the user interface (126). Learning is based, for each parameter, on a current value inputted to the process and on one or more corresponding past values (S332). More particularly, for numerical-valued parameters, an average and preferably a rolling average may be taken (404, 408). For non-numerically-valued parameters, the highest plurality of occurrence may be computed, this likewise being preferably based on a rolling window (412, 416).

Abstract: A sealed bearing includes inner and outer race rings, roller members disposed therebetween, and built-in sealing members for sealing the space in which the roller members are situated. The outer race ring is equipped with a mounting groove 5 for each sealing member. The groove is situated axially inside of a side plane of the outer race ring and is inclined obliquely relative to that side plane. The mounting groove has an opening situated axially outside of the outer race track, whereas at least a part of the inner end of the groove is situated axially inside of the outer axial end of the outer race track.