Waveform control method, radio device, and integrated circuit
View Patent ↗Embodiments of the present disclosure provide a waveform control method, a radio device, a radio signal, a signal transmission link and an integrated circuit. The waveform control method includes: calling, by a chip structure, at least two types of frame-configuration parameters from an external storage and storing the frame-configuration parameters in a memory; acquiring a frame order, and calling corresponding frame-configuration parameters from the memory in sequence according to the frame order; and generating frame period signals according to the corresponding frame-configuration parameters. The frame period signals include at least two frames of signals.
1 . A waveform control method for controlling a waveform of a signal transmitted by a radio device, wherein the radio device comprises a chip structure having a memory and further comprises or has access to an external storage, and the method comprises:
reading frame-configuration parameters from the external storage and storing the frame-configuration parameters in the memory, wherein the frame-configuration parameters are of a plurality of types, and frame-configuration parameters of a respective type correspond to a respective waveform of a signal transmitted in a respective frame;
reading corresponding frame-configuration parameters from the memory in sequence according to a configurable frame-configuration parameter order; and
generating frame period signals according to the corresponding frame-configuration parameters;
wherein the frame period signals comprise a plurality of frames of signals, and at least two of the plurality of frames respectively correspond to at least two types of the plurality of types.
2 . The waveform control method according to claim 1 , wherein the corresponding frame-configuration parameters include a first frame configuration parameter corresponding to a first frame of at least two adjacent frames in the frame period signals and a second frame configuration parameter corresponding to a second frame of the at least two adjacent frames, and wherein the first frame configuration parameter and the second frame configuration parameter are different.
3 . The waveform control method according to claim 1 , wherein reading the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order comprises:
periodically and circularly reading the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order.
4 . The waveform control method according to claim 1 , wherein reading the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order comprises:
acquiring application environment parameters; and
selecting a corresponding configurable frame-configuration parameter order according to intervals in which the application environment parameters fall.
5 . The waveform control method according to claim 1 , wherein before reading the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order, the waveform control method comprises:
acquiring a set of random numbers; and
generating a corresponding configurable frame-configuration parameter order according to the set of random numbers.
6 . A radio device, comprising a chip structure and an external storage, wherein frame-configuration parameters are pre-stored in the external storage, and wherein the chip structure comprises:
a memory, configured to store the frame-configuration parameters before frame period signals are transmitted, wherein the frame-configuration parameters are of a plurality of types;
a frame period control logic circuit, configured to output a configurable frame-configuration parameter order;
a frame configuration automatic acquisition logic circuit, connected to the memory and the frame period control logic circuit and configured to read corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order; and
a radio wave generation logic circuit, connected to the frame configuration automatic acquisition logic circuit and configured to generate the frame period signals according to the corresponding frame-configuration parameters;
wherein the frame period signals comprise a plurality of frames of signals, at least two of the plurality of frames respectively corresponding to at least two types of the plurality of types, and wherein frame-configuration parameters of a respective type correspond to a respective waveform of a signal transmitted in a respective frame.
7 . The radio device according to claim 6 , wherein the corresponding frame-configuration parameters include a first frame configuration parameter corresponding to a first frame of at least two adjacent frames in the frame period signals and a second frame configuration parameter corresponding to a second frame of the at least two adjacent frames, and wherein the first frame configuration parameter and the second frame configuration parameter are different.
8 . The radio device according to claim 6 , wherein the frame configuration automatic acquisition logic circuit is further configured to periodically and circularly read the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order.
9 . The radio device according to claim 6 , wherein the frame period control logic circuit is further configured to acquire application environment parameters and to output corresponding configurable frame-configuration parameter order according to intervals in which the application environment parameters fall.
10 . The radio device according to claim 6 , wherein the frame period control logic circuit is further configured to acquire a set of random numbers and generate corresponding configurable frame-configuration parameter order according to the set of random numbers.
11 . An integrated circuit, operable in a radio device comprising an external storage in which frame-configuration parameters are pre-stored, wherein the integrated circuit comprising:
a memory, configured to store the frame-configuration parameters before frame period signals being transmitted, wherein the frame-configuration parameters are of a plurality of types;
a frame period control logic circuit, configured to output a configurable frame-configuration parameter order;
a frame configuration automatic acquisition logic circuit, connected to the memory and the frame period control logic circuit and configured to read corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order; and
a radio wave generation logic circuit, connected to the frame configuration automatic acquisition logic circuit, and configured to generate the frame period signals according to the corresponding frame-configuration parameters;
wherein the frame period signals comprise a plurality of frames of signals, at least two of the plurality of frames respectively corresponding to at least two types of the plurality of types, and wherein frame-configuration parameters of a respective type correspond to a respective waveform of a signal transmitted in a respective frame.
12 . The integrated circuit according to claim 11 , wherein the corresponding frame-configuration parameters include a first frame configuration parameter corresponding to a first frame of at least two adjacent frames in the frame period signals and a second frame configuration parameter corresponding to a second frame of the at least two adjacent frames, and wherein the first frame configuration parameter and the second frame configuration parameter are different.
13 . The integrated circuit according to claim 11 , wherein the frame configuration automatic acquisition logic circuit is further configured to periodically and circularly read the corresponding frame-configuration parameters from the memory in sequence according to the configurable frame-configuration parameter order.
14 . The integrated circuit according to claim 11 , wherein the frame period control logic circuit is further configured to acquire application environment parameters and to output corresponding configurable frame-configuration parameter order according to intervals in which the application environment parameters fall.
15 . The integrated circuit according to claim 11 , wherein the frame period control logic circuit is further configured to acquire a set of random numbers and generate corresponding configurable frame-configuration parameter order according to the set of random numbers.