Our approach divides memory streams into multiple independent sub-streams with the help of a prediction mechanism before they enter the reservation stations.
SDM simply divides the data stream into multiple independent sub-streams, which are subsequently transmitted by different antennas simultaneously.
We simulated the approach, and the results show that CSTP can generate steady throughput with fluctuating data streams of different data loss patterns, and can transfer data in parallel at a higher speed than multiple independent UDP streams.
Whereas, MU-MIMO refers to point-to-multipoint communication where a transmitter transmits multiple independent data streams each destined for a different receiver.
Here, SU-MIMO refers to point-to-point MIMO communication where a transmitter transmits multiple independent data streams destined for a single receiver.
Spatial multiplexing is a MIMO transmission technique that transmits multiple independent data streams concurrently from multiple antenna elements so that each antenna element can be logically treated as a separate channel.
Spectral efficiencies can be further improved by employing multiple antennas, where multiple independent data streams are transmitted and received in parallel through spatial multiplexing without extra bandwidth or transmit power [4].
For instance, a server simultaneously serving multiple independent video streams can exploit a well-known advantage offered by statistical multiplexing: the total source rate fluctuates far less than the individual source rates.
With spatial multiplexing, a transmitter can concurrently send multiple independent data streams over multiple antenna elements on the same frequency channel to increase throughput, and the receiver is able to separate and decode these data streams based on their spatial signatures.
"It seems to be something that had multiple independent origins".
