Openwave Systems Inc.

Openware Systems Inc.

Benoit Schillings

Jeremiah Robison

Tom R Vandermeijden

James P La Fleur

Joseph Edward Heitzeberg

Elias Ross

Methods for accessing published content from a mobile device are described herein. In one aspect of the invention, an example of a process includes receiving a first message received from a mobile device over a network for accessing a destination, where the first message includes an identification associated with a destination and a predetermined indicator. In response to the first message, returning a second message to the mobile device, the second message including a link linking with a network-based resource associated with the destination. Other methods and apparatuses are also described.

Methods for accessing published contents from a mobile device

A method and system for reducing noise in image and audio signals for processing and output display includes determining noise estimates for a given signal and performing a noise reduction routine for two adjacent data in a signal array. By using a predetermined conversion factor and a permissible delta (deviation) between the two adjacent data, energy may be shifted from the higher valued data to the lower valued data to reduce the noise level without changing the total intensity of the signal array (corresponding to image and/or audio data).

Method and system for reducing noise in signal systems

A comparison of a first version of a resource and a second version of the resource is performed. The comparison performed by a gateway connected to a network. The first version is stored in the gateway. The second version is sent to the gateway by a server connected to the network. When the second version is different from the first version, difference data between the second version and the first version is calculated. The difference data is sent to the client computer using a narrow bandwidth connection. The gateway stores the second version as the first version.

Reloading of hypermedia pages by sending only changes

A system and method of determining a dynamic cursor advance time delay for a multi-tap key is disclosed. First, an elapsed time between a selection of a first key and a selection of a second key is measured. The measured elapsed time is then compared to a current cursor advance time delay. The current cursor advance time delay is then adjusted. In one embodiment, measuring the elapsed time between the selection of the first key and the selection of the second key includes averaging the elapsed time with previously recorded elapsed times.

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Palo Alto, CA, United States of America

Benoit Schillings