Method for controlling, via a terminal and a server, a standby mode of a communication module of the terminal

1. A method for controlling, by a processor-based terminal, a standby mode of a first communication module of the terminal,

wherein the first communication module is configured to exchange data with a first wireless access network, the terminal comprising a second communication module configured to exchange data with a second wireless access network, the second communication module having a maximum throughput lower than a maximum throughput of the first communication module;

wherein the terminal belongs to a group of terminals sharing a set of one or several identification codes for connecting to the first wireless access network;

wherein the control method comprises:

listening to a downlink between the second wireless access network and the terminal by the second communication module in response to a determination that the first communication module is in the standby mode;

receiving, via the second communication module, an activation request transmitted by a processor-based server linked to the second wireless access network, wherein said activation request comprises an available identification code from among the set of shared identification codes;

activating the first communication module by the terminal to connect the first communication module to the first wireless access network using the identification code;

evaluating a criterion for returning to the standby mode in response to a determination that the first communication module is in an active mode; and

deactivating the first communication module in response to a determination that the criterion for returning to the standby mode is met.

2. The control method of claim 1 , wherein the set of shared identification codes are IMSI subscriber numbers, MAC addresses, IP addresses or multicast group identifiers.

3. The control method of claim 1 , wherein the evaluation of the criterion for returning to the standby mode comprises determining whether the data must be exchanged via the first communication module.

4. The control method of claim 1 , wherein the evaluation of the criterion for returning to the standby mode comprises comparing an instant in time of the evaluation of the criterion for returning to the standby mode with a predetermined date.

5. The control method of claim 1 , wherein the evaluation of the criterion for returning to the standby mode comprises analyzing a level of electrical energy stored in a battery of the terminal.

6. The control method of claim 1 , wherein the first wireless access network and the second wireless access network are both wireless wide area networks.

7. The control method of claim 1 , wherein the first communication module is compatible with at least one of the following wireless communication protocols: GPRS, EDGE, UMTS, HSPA, HSPA+, LTE, and CDMA2000, IEEE 802.11, WiFi, Bluetooth, NB-IoT.

8. The control method of claim 1 , wherein the second communication module transmits data in the form of ultra-narrowband signals.

9. A terminal of a wireless communication system, comprising

a first communication module configured to exchange data with a first wireless access network;

a second communication module configured to exchange data with a second wireless access network, a maximum throughput of the second communication module being lower than a maximum throughput of the first communication module;

wherein the terminal belongs to a group of terminals sharing a set of one or several identification codes to connect to the first wireless access network;

a processor configured to:

listen to a downlink between the second wireless network and the terminal via the second communication module in response to a determination that the first communication module is in a standby mode;

receive, via the second communication module, an activation request transmitted by a processor-based server linked to the second wireless access network, wherein the activation request comprises an available identification code from among the set of shared identification codes;

activating the first communication module to connect the first communication module to the first wireless access network using the identification code;

evaluate a criterion for returning to the standby mode in response to a determination that the first communication module is in an active mode; and

deactivate the first communication module in response to a determination that the criterion for returning to the standby mode is met.

10. A method for remotely controlling a standby mode of a first communication module of a processor-based terminal by a processor-based server, the server being linked to a second wireless access network and the first communication module being controlled by the terminal in accordance with claim 9 , the remote control method comprising:

evaluation of a criterion for transmitting the activation request to activate the first communication module of the terminal, the evaluation comprises determining whether an identification code, among a set of one or several identification codes shared by the group of terminals to which the terminal belongs, is available for use by the terminal to connect to the first wireless access network; and

transmission of the activation request to the terminal via the second wireless access network in response to a determination that the criterion for transmitting the activation request is met.

11. The method of claim 10 , wherein the set of shared identification codes are IMSI subscriber numbers, MAC addresses, IP addresses or multicast group identifiers.

12. A server to remotely control a standby mode of a first communication module of a processor-based terminal according to claim 9 ; and wherein the server comprises a processor configured to:

evaluate a criterion for transmitting an activation request to activate the first communication module of the terminal, the evaluation comprises determining whether an identification code from among the set of identification codes is available for use by the terminal to connect to the first wireless access network; and

transmit the activation request to the terminal via the second wireless access network in response to a determination that the criterion for transmitting the activation request is met.

13. A wireless communication system comprising a group of terminals, each terminal as claimed in claim 9 , and a server to remotely control the standby mode of the first communication module of said each terminal, the server being linked to the second wireless access network, the server comprising a processor configured to:

evaluate a criterion for transmitting the activation request to activate the first communication module of said each terminal, the evaluation comprises determining whether an identification code, from among the set of identification codes shared by the group of terminals, is available for use by said each terminal to connect to the first wireless access network; and

transmit the activation request to said each terminal via the second wireless access network in response to a determination that the criterion for transmitting the activation request is met.