Abstract: A mobile terminal comprises a screen adapted to display graphic objects, including widgets corresponding to their respective applications, said widgets being partial interfaces of the applications to which they correspond in each case. The mobile terminal (4.4) determines the dimensions of at least one variable-size widget and/or of at least one graphic representation of at least one widget, based on at least one request notification for at least one application to which at least one of the widgets displayed corresponds. The mobile terminal then updates (4.5) the widget display based on the dimensions it has determined. The dimensions of widgets and/or graphic representations of widgets therefore change in line with the requests for the applications to which they correspond.

Abstract: A mobile terminal displays on a screen a panel from among a plurality of man-machine interface panels on which graphic objects relative to the applications installed on the mobile terminal may be placed. Each application is associated with at least one application category. The mobile terminal determines (4.2) at least one application category to which is associated the panel displayed on the screen, and decides (4.4) to authorize or not authorize whether the graphic objects are placed on the displayed panel, depending on the application category or categories associated with the displayed panel. A menu, comprising graphic objects relative to the applications and from which graphic objects relative to the applications installed on the mobile terminal may be installed on the displayed panel, is organized depending on the application category or categories associated with the displayed panel.

Abstract: The present invention relates to a method of transferring an image of a mobile telephony device named transmitter (T) to another mobile telephony device named receiver (R), the method comprising of step (1) for the preparation of the transfer in which the user selects an image (P) stored in a memory of the transmitter (T), a receiver (R) is selected after a searching phase and a radio frequency communication is established between the transmitter and the receiver, step (3) of validation of this transfer by the user and step (2) of effective transfer of the selected image (P) in which begins the effective transfer of the image. The method is characterized in that the said step (2) of effective transfer of the selected image (P) follows step (1) of preparation of the transfer of this image (P) and is prior to step (3) of validation of the transfer by the user. The present invention also relates to an image transfer system, a mobile telephony device and a computer program.

Abstract: A two-way radio communication interface module based on a predefined protocol for at least a user application, the module includes at least a radio circuit for transmitting and receiving digital signals and at least a programmable circuit with a radio microcontroller for managing the radio circuit. The radio microcontroller includes a software stack consisting of a first part called protocol stack topped by a second part called applicative abstraction stack, the software stack enabling adaptation based on the protocol between the digital signals and the data and instructions of the application, the applicative abstraction stack enabling at least the translation of the data and instructions of the application into data and instructions based on the protocol for processing in the protocol stack.