Currently a lot of research concentrates on
future 5G networks for mobile radio systems of the next
generation. Options like Massive MIMO (mMIMO), coop-
eration based on coordination or joint transmission, user
equipment (UE) assisted interference cancellation, and ultra
dense deployment of small cells are under discussion to
achieve significant gains with respect to spectral efficiency.
Massive MIMO, i.e., a strong over provisioning of antennas
versus served users, is often claimed to solve many complex
issues like inter cell interference, multi user MIMO schedul-
ing, coverage holes and capacity limits. In this paper, the
tradeoffs between a pure mMIMO implementation versus
the combination with different types of cooperation are
investigated for indoor local area scenarios.
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Currently a lot of research concentrates on
future 5G networks for mobile radio systems of the next
generation. Options like Massive MIMO (mMIMO), coop-
eration based on coordination or joint transmission, user
equipment (UE) assisted interference cancellation, and ultra
dense deployment of small cells are under discussion to
achieve significant gains with respect to spectral efficiency.
Massive MIMO, i.e., a strong over provisioning of antennas
versus served users, is often claimed to s...
»