The SIMO-OTR splits the input serial data into N r parallel data streams that are transmitted simultaneously by prefiltering the transmitted signal and packing the multiple signals in the same time slot.
More megahertz of spectrum means more conversations or data can be transmitted simultaneously.
Through this system, electricity and LNG could be transmitted simultaneously with high efficiency.
Thus, a big deal of data packets is transmitted simultaneously through the network.
Up to 12 of the 16 channels were transmitted simultaneously for sustained periods at a range of 9 m.
In 1918 modulated carriers with frequency-division multiplexing, in which several different frequencies are transmitted simultaneously over the same line, were introduced.
Parallel data buses allow much higher data rates than serial communication lines, because data is transmitted in parallel, that is, several bits are transmitted simultaneously.
Because several data packets can be transmitted simultaneously through the network, an efficient routing strategy must be used in order to avoid congestion delays.
The developed algorithm is applied to blind source separation in multiantenna (MIMO) wireless systems where multiple datastreams are transmitted simultaneously using the same frequency resources.
