Correlation model for a frequency range 2 multi-receiver system with simultaneous reception

A method for wireless communications by a user equipment (UE), comprising:

• obtaining a first channel matrix for spatially processing multi-layer transmissions from a first network entity received via a first antenna panel at the UE;
• obtaining a second channel matrix for spatially processing multi-layer transmissions from a second network entity received via a second antenna panel at the UE;
• and
• spatially processing one or more multi-layer transmissions from the first and second network entities simultaneously received via the first and second antenna panels at the UE, based on a third channel matrix including entries of the first channel matrix and entries of the second channel matrix, wherein the third channel matrix further comprises:
• entries from a first cross-talk matrix associated with the multi-layer transmissions from the first network entity;
• and
• entries from a second cross-talk matrix associated with the multi-layer transmissions from the second network entity.

A non-transitory computer-readable medium comprising computer-executable instructions that, when executed by a processor of a user equipment (UE), cause the UE to perform a method of wireless communications, comprising:

• obtaining a first channel matrix for spatially processing multi-layer transmissions from a first network entity received via a first antenna panel at the UE;
• obtaining a second channel matrix for spatially processing multi-layer transmissions from a second network entity received via a second antenna panel at the UE;
• and
• spatially processing one or more multi-layer transmissions from the first and second network entities simultaneously received via the first and second antenna panels at the UE, based on a third channel matrix including entries of the first channel matrix and entries of the second channel matrix, wherein the third channel matrix further comprises:
• entries from a first cross-talk matrix associated with the multi-layer transmissions from the first network entity;
• and
• entries from a second cross-talk matrix associated with the multi-layer transmissions from the second network entity.