Abstract: An apparatus for wireless communication includes: a receiving unit, for receiving a first orthogonal time-frequency space symbol including multiple delay Doppler regions corresponding to multiple transmitting terminals; a processing unit, for executing the following steps: A1: dividing the multiple delay Doppler regions into multiple first-type sets according to different displacement intervals occupied in a first dimension, and performing iterative serial de-interference decoding on the multiple time-delay Doppler regions in a same first-class set; A2: dividing the multiple delay Doppler regions into multiple second-type sets according to different displacement intervals occupied in a second dimension, and performing iterative serial de-interference decoding on the multiple time-delay Doppler regions in a same second-class set. The first dimension is one of a delay dimension and a Doppler dimension, and the second dimension is the other dimension of the two dimensions.

Abstract: A method for wireless communication includes: dividing a delay Doppler resource occupied by a first orthogonal time frequency space (OTFS) symbol into M delay Doppler regions, the first delay Doppler region being one of the M delay Doppler regions, M being a natural number not less than 1; and dividing the first time delay Doppler region into an edge region and a non-edge region in a time delay displacement dimension and a Doppler displacement dimension, and setting the signal average power of the edge region to be different from the signal average power of the non-edge region.

Abstract: A method for wireless communication includes: dividing a delay Doppler resource occupied by a first orthogonal time frequency space (OTFS) symbol into M delay Doppler regions, the first delay Doppler region being one of the M delay Doppler regions, M being a natural number not less than 1; and dividing the first time delay Doppler region into an edge region and a non-edge region in a time delay displacement dimension and a Doppler displacement dimension, and setting the signal average power of the edge region to be different from the signal average power of the non-edge region.

Abstract: An apparatus for wireless communication includes: a receiving unit, for receiving a first orthogonal time-frequency space symbol including multiple delay Doppler regions corresponding to multiple transmitting terminals; a processing unit, for executing the following steps: A1: dividing the multiple delay Doppler regions into multiple first-type sets according to different displacement intervals occupied in a first dimension, and performing iterative serial de-interference decoding on the multiple time-delay Doppler regions in a same first-class set; A2: dividing the multiple delay Doppler regions into multiple second-type sets according to different displacement intervals occupied in a second dimension, and performing iterative serial de-interference decoding on the multiple time-delay Doppler regions in a same second-class set. The first dimension is one of a delay dimension and a Doppler dimension, and the second dimension is the other dimension of the two dimensions.