Rise in wireless data traffics requires innovative interference management techniques to meet the demand. Transmit cooperation among multiple base stations has been proposed as a solution to this challenge and improve throughput. For base stations equipped with massive MIMO arrays, a proposed subspace encoding technique can decouple the joint multicell resource allocation problems into independent problems for each cell. The subspace encoding in the multicell environment is analytically equivalent to a reduction of degrees of freedom in a single cell broadcast channel. Hence, the resulting computational and conceptual simplicity can be exploited to arrive at the optimal resource allocation for maximum throughput.
Subspace Based Interference Cancellation in Cooperative Multicell Transmission
01.06.2017
924693 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
High-Power Cooperative Jamming With Nonlinear Known-Interference Cancellation
IEEE | 2025
|