Software defined radio device and configuration method of the same
The invention discloses a SDR (software defined radio) device and its configuration method. The SDR device has at least one memory for storing a plurality of configurable generic software modules to be configured based on predefined configuration parameters, so that the plurality of configurable generic software modules are adapted to a communication standard corresponding to the configuration parameters; and a plurality of generic hardware modules, for performing instructions in the plurality of configured generic software modules, to accomplish a corresponding function, so as to make the software defined radio device as a communication device complying with the communication standard.
1. A method for configuring a software defined radio device, comprising:
in response to insertion of a Subscriber Identity Module (SIM) card into the software defined radio device, performing:
acquiring from the SIM card predefined configuration parameters related to a specific communication standard;
configuring a plurality of individually-configurable generic software modules in the software defined radio device based on the configuration parameters, so that the plurality of individually-configurable generic software modules comply with the communication standard corresponding to the configuration parameters;
following said configuring of the plurality of individually-configurable generic software modules, analyzing whether remaining hardware/software resources in the software defined radio device are sufficient to perform additional function modules stored in the SIM card, wherein the additional function modules include processor executable instructions;
in response to the remaining hardware/software resources in the software defined radio device being sufficient to perform the additional function modules stored in the SIM card, then acquiring the additional function modules from the SIM card;
performing instructions in the individually-configurable generic software modules and in the additional function modules by using a plurality of generic hardware modules in the software defined radio device, to accomplish a corresponding function, so as to make the software defined radio device as a communication device complying with the communication standard.
2. The method of claim 1 , wherein the plurality of generic hardware modules at least comprise a digital signal processor and a general-purpose processor.
3. A software defined radio device, comprising:
a Subscriber Information Module (SIM) card reader;
at least one memory, for storing a plurality of individually-configurable generic software modules to be configured based on predefined configuration parameters, so that the plurality of individually-configurable generic software modules are adapted to the communication standard corresponding to the configuration parameters;
the plurality of individually-configurable generic software modules stored in said at least one memory;
a controller that responds to insertion of a SIM card into the SIM card reader by causing:
acquiring from the SIM card the predefined configuration parameters related to the communication standard;
configuring the plurality of individually-configurable generic software modules stored in said at least one memory based on the configuration parameters;
following said configuring of the plurality of individually-configurable generic software modules, analyzing whether remaining hardware/software resources in the software defined radio device are sufficient to perform additional function modules stored in the SIM card, wherein the additional function modules include processor executable instructions;
in response to the remaining hardware/software resources in the software defined radio device being sufficient to perform the additional function modules stored in the SIM card, then acquiring the additional function modules from the SIM card; and
a plurality of generic hardware modules, for performing instructions in the plurality of individually-configurable generic software modules and in the additional function modules, to accomplish a corresponding function, so as to make the software defined radio device as a communication device complying with the communication standard.
4. The software defined radio device of claim 3 , wherein the plurality of generic hardware modules at least comprise one of a digital signal processor and a general-purpose processor.