Patent ID: 7444116
Filing Date: 2008-10-28
Classification: H04B,H04W

Abstract:
1. A method of transmitting a message in a mobile communications system, including the steps of: transmitting by a mobile communication means, such as a radiotelephone having a first subscriber or identification number and an input device and a display, an electromagnetic radiation encoded by the message, for example by modulation, and having predetermined values of electromagnetic radiation parameters; and receiving, by the mobile communication means from a base transceiving station coupled with a first subscriber or identification number logging means, an electromagnetic energy flux having predetermined parameters and modulated by transmitted data; generating, by the mobile communication means, a message-encoded auxiliary radiation; and using, for each mobile communication means, at least one mobile repeater having a memory, said mobile repeater receiving and processing the auxiliary radiation for predetermined values of quality estimates of communication between the mobile communication means and the mobile repeater, or between the mobile repeater and the base transceiving station, and generating and transmitting said message-encoded electromagnetic radiation; and exchanging control and clock signals between the mobile communication means and the base transceiving station; storing, in the mobile repeater memory, a second subscriber or identification number, and connecting, for a predetermined value of said communication quality estimate, the mobile repeater to the base transceiving station, then receiving by the mobile repeater from the base transceiving station the electromagnetic energy flux having the predetermined parameters and modulated by the transmitted data; wherein the message being received by the mobile communication means by receiving from the mobile repeater an additional auxiliary radiation modulated by the transmitted data, and said exchanging of the control and clock signals being performed between the mobile repeater and the base transceiving station.