Communication method of reference signal and non-transitory storage medium

A communication method of a reference signal, applied to a second communication node, comprising:

• determining a radio resource for sending the reference signal;
• and
• sending the reference signal using the radio resource to a first communication node, wherein the radio resource comprises a time domain resource;
• wherein determining the radio resource for sending the reference signal comprises:
• determining, by the second communication node, the time domain resource according to following parameters:
• a period of the reference signal, and a slot offset of the reference signal, wherein
• when the period of the reference signal is 1, the slot offset of the reference signal is empty;
• when the period of the reference signal is 1280, the slot offset of the reference signal is an integer greater than or equal to 0 and less than or equal to 1279;
• and
• when the period of the reference signal is 2560, the slot offset of the reference signal is an integer greater than or equal to 0 and less than or equal to 25591
• wherein the parameters further comprise at least one of:
• a system frame number, a slot index within a frame, a quantity of slots in one subframe or a quantity of slots in one system frame;
• wherein the time domain resource satisfies the following relationship:
• (10·nf·Nslotsubframe,μ+ns,fμ−Toffset)mod TSRS=0 or
• wherein ns,fμ∈{0, . . . , Nslotframe,μ−1}, ns,fμ is the slot index within a frame, nf is the system frame number, Nslotsubframe,μ of slots in one subframe, Nslotsubframe,μ is the quantity of slots in one system frame, Toffset is the slot offset of the reference signal, and TSRS the period of the reference signal;
• and
• wherein the reference signal is an uplink sounding reference signal.

A non-transitory storage medium, comprising stored programs, wherein the programs, when executed, perform a communication method of a reference signal,

• wherein the method comprises:
• determining a radio resource for sending the reference signal;
• and
• sending the reference signal using the radio resource to a first communication node, wherein the radio resource comprises a time domain resource;
• wherein determining the radio resource for sending the reference signal comprises:
• determining the time domain resource according to following parameters:
• a period of the reference signal, and a slot offset of the reference signal, wherein
• when the period of the reference signal is 1, the slot offset of the reference signal is empty;
• when the period of the reference signal is 1280, the slot offset of the reference signal is an integer greater than or equal to 0 and less than or equal to 1279;
• and
• when the period of the reference signal is 2560, the slot offset of the reference signal is an integer greater than or equal to 0 and less than or equal to 2559;
• wherein the parameters further comprise at least one of:
• a system frame number, a slot index within a frame, a quantity of slots in one subframe or a quantity of slots in one system frame;
• wherein the time domain resource satisfies the following relationship:
• (10·nf·Nslotsubframe,μ+ns,fμ−Toffset)mod TSRS=0 or
• wherein ns,fμ∈{0, . . . , Nslotframe,μ−1}, ns,fμ is the slot index within a frame, nf is the system frame number, Nslotsubframe,μ is the quantity of slots in one subframe, Nslotsubframe,μ is the quantity of slots in one system frame, Toffset is the slot offset of the reference signal, and TSRS the period of the reference signal;
• and
• wherein the reference signal is an uplink sounding reference signal.