Abstract: The present invention provides a mobile device adopting multicore processors in which each of multiple applications are automatically configured in corresponding processing modes stored in an established table. When one of the application is operated, looking up the table to select the corresponding processing mode. The mobile device automatically switches to the corresponding processing mode. Since the cores in the processor are allocated according to demands, the speed of processing and the power consumption get balanced.

Abstract: The invention discloses a mobile communication terminal and an incoming call management method. The mobile communication terminal comprises a master SIM card and an auxiliary SIM card. The method comprises the following steps: when receiving an incoming call to the auxiliary SIM card, determining whether the auxiliary SIM card is locked; if the auxiliary SIM card is locked, stopping responding to the incoming call, and waiting for receiving from a user an instruction of whether to send a prompt message to inform a caller for the incoming call; and when receiving from the user an instruction of sending a prompt message to inform the caller for the incoming call, transmitting a prompt message that is automatically generated by the system or manually edited by the user to the caller with the master SIM card.

Abstract: A mobile terminal may include a far-end communication module for downloading shared software from a remote server; a software management module for acquiring a software sharing request; and a near-end communication module for sending the shared software to another mobile terminal according to the software sharing request by way of short range transmission. A software sharing system and a sharing method may be included on the mobile terminal. The present invention may achieve fast sharing of software between mobile terminals.

Abstract: The invention discloses a mobile communication terminal and an incoming call management method. The mobile communication terminal comprises a master SIM card and an auxiliary SIM card. The method comprises the following steps of: when receiving an incoming call to the auxiliary SIM card, determining whether the auxiliary SIM card is locked; if the auxiliary SIM card is locked, stopping responding to the incoming call, and waiting for receiving from a user an instruction of whether to send a prompt message to inform a caller for the incoming call; and when receiving from the user an instruction of sending a prompt message to inform the caller for the incoming call, transmitting a prompt message that is automatically generated by the system or manually edited by the user to the caller with the master SIM card.