•For search space
improvements we choose 25%.
•For
higher density phase encoding due to phase noise improvement, we choose 200%.
•For
frequency-based improvements, we choose 25% for an overall raw capacity improvement floor of 250%.
•For
better beam-forming due to precision positioning, we choose not to include this technology in the low side estimate
since it is somewhat speculative.
For the high side estimate 50% is used.
•For
cell-handoff and precision Quality of Service (QoS) improvements due to precision timing, we choose an overall value
improvement of 200%. Here, we apply the term QoS to network usage prioritization
and predictability with respect
to performance parameters including delay, error rate, and throughput.
•Even
as a floor, we significantly reduce these expected low-side improvements prior to further use in our dollar
valuation model to reinforce its
conservative nature.