Intel Mobile Communications Gmbh

Intel Corporation

St-ericsson Sa

Intel Deutschland Gmbh

Telefonaktiebolaget Lm Ericsson (publ)

Intel IP Corporation

Wolfgang Wippich

Dietmar Lipka

Markus Neumann

Stefan Strobl

Michael Esch

A communication terminal is described comprising a two SIMs, first components assigned to the first SIM and second components assigned to the second SIM and a shared component. A priority determiner determines, for each first component a priority of a function to be carried by the component using the shared component and determines an accumulated priority for the first SIM and determines for each second component a priority of a function to be carried by the component using the shared component and determines an accumulated priority for the second SIM and further comprises a controller configured to give access to the shared radio communication component based on the accumulated priorities.

Communication terminal and method for using a shared radio communication component

A communication terminal may include a receiver configured to receive data via a first channel or via a second channel; and a controller configured to control the receiver such that it receives a part of first data from a first facility of a first network by means of the first channel in a first part of a period in which the transmission of the first data by the first facility overlaps the transmission of the second data by the second facility and that the receiver receives a part of the second data from the second facility by means of the second channel during a second part of the period so that the first part of the period and the second part of the period do not overlap and so that the part of the first data which is received in the first part of the period meets a predetermined criterion.

Communication terminal, method for receiving data and computer program product

A mobile terminal includes two subscriber identification module (SIM) interfaces, a transceiver, and a scheduling module. The transceiver is configured to provide communication with mobile communication networks identified by subscription information respectively provided through the two subscriber identification module (SIM) interfaces. The scheduling module controls the transceiver in receiving paging information from a mobile communication network. The scheduling module maintains concurrent paging reception with the mobile communication networks identified by subscription information respectively provided through one of the two subscriber identification module (SIM) interfaces by factoring in periodic occurrences of paging indicators and paging messages.

Mobile wireless devices and methods of operation

In various embodiments, a method for receiving synchronization signals of a mobile radio network is provided. The method may include communicating, by using a transmitting/receiving device for mobile radio signals, with a mobile radio network via a dedicated communication link; and receiving, by using the transmitting/receiving device, synchronization signals of another mobile radio network during a transmission gap in the dedicated communication link, the transmitting/receiving device not being set up for receiving signals of the other mobile radio network independently of the dedicated communication link.

Method for receiving synchronization signals of a mobile radio network and transmitting/receiving device for mobile radio signals

In a method for synchronizing a mobile station with the base station in a mobile communication system, a reference-frequency oscillator is re-adjusted. To enable an inexpensive reference-frequency oscillator of simple construction to be used, the frequency variations resulting from a change in the temperature of the mobile station and a change in its location are determined and/or predicted separately. When the frequency variations are large, the mobile station is synchronized with the base station more frequently than when they are small.

Growing community of inventors

Hersbruck, Germany

Wolfgang Wippich