Abstract: Methods and apparatuses are provided for facilitating interaction with a multimodal user interface. A method may include displaying at least one display element on a touch display, the display element comprising a voice input capable indicator and being configured to perform an operation. The method may further include receiving a voice input. The method may additionally include causing, based at least in part on the voice input, the performance of the operation associated with the display element of the touch display user-interface.

Abstract: A user input device includes a sensor capable of sensing surface relief of human skin, a movement detector responsive to variation of the output of the sensor for detecting movement of skin across the sensor, and a user interface apparatus responsive to the movement detector to alert its state in correspondence to the detected movement.

Abstract: A user interface for a radiotelephone 1 is described in which the user is able to select components from a variety of sources including multimedia sources and the Internet. The user is then able to combine the components in a message and furthermore edit them to add expression to the message and to set delivery conditions for the message. The message may be archived for later use or immediately sent to a third party either separately or as an attachment to another file.

Abstract: A hand held communication device having a display, the display having a plurality of different regions, at least one function being selectable via at least one region and a touch sensitive region, the touch sensitive area being arranged so that movement with respect to the touch sensitive area region causes an indicator to move across said display wherein the indicator is arranged to move only from one region to another.

Abstract: A communications terminal handset having a translucent outer casing and a light source arranged for illumination of a substantial area of the casing.

Abstract: A system, method and computer program for paginating information received from a content provider so that it may be displayed on any type of user terminal having any size screen and having different types of mechanisms for input of information. This system has a pagination and terminal adaptation module which will calculate the space needed by element to be displayed on a user terminal. The pagination and terminal adaptation module will then determine if sufficient space exits on the user terminal screen to display the element. When sufficient space does not exist on the user terminal screen then the pagination and terminal adaptation module will resize the element when possible in order to make it fit. The pagination and terminal adaptation module accesses a database of user terminal profile information to determine the characteristics of the user terminal as well as the screen size.

Abstract: A hand held communication device having a display, the display having a plurality of different regions, at least one function being selectable via at least one region and a touch sensitive region, the touch sensitive area being arranged so that movement with respect to the touch sensitive area region causes an indicator to move across said display wherein the indicator is arranged to move only from one region to another.

Abstract: A user interface for a radiotelephone 1 is described in which the user is able to select components from a variety of sources including multimedia sources and the Internet. The user is then able to combine the components in a message and furthermore edit them to add expression to the message and to set delivery conditions for the message. The message may be archived for later use or immediately sent to a third party either separately or as an attachment to another file.

Abstract: A user input device comprising: a sensor capable of sensing surface relief of human skin; a movement detector responsive to variation of the output of the sensor for detecting movement of skin across the sensor; and user interface apparatus responsive to the movement detector to alter its state in correspondence to the detected movement.

Abstract: A communications terminal handset having a translucent outer casing and a light source arranged for illumination of a substantial area of the casing.

Abstract: A cellular radiotelephone (10) includes a keypad (22), a memory (24), and a display device (20) for displaying information to a user. The radiotelephone is bidirectionally coupled through a wireless interface to a network operating in accordance with a wireless communication protocol. A method comprises steps of (a) composing a text message in the radiotelephone for transmission to the network, (b) before transmitting the text message, entering information into the radiotelephone for specifying a state of at least one protocol element of the wireless communication protocol for placing the wireless communication protocol into a selected configuration, and (c) transmitting the previously composed text message from the radiotelephone to the network using the selected configuration. The user may also specify that a SMS message transmitted from the radiotelephone be converted to another message type (e.g.