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When decreases, more spatial reuse is allowed.
Widely used in mobile networks, TPC is one of the powerful mechanisms to shrink cells while densifying and hence to permit more spatial reuse.
Obviously, optimizing these protocols for more spatial reuse will boost the overall performance of high-density WLANs in terms of achieved throughput.
Since larger networks have more spatial reuse groups and data flows, the convergence takes more iterations and the starting difference between the bounds is greater.
For larger, for example, −75 and −70 dBm, more spatial reuse is allowed, and the width of the partial interference region is larger, as shown in Figures 6(a -6(b).
On the other hand, contention-based MAC of 802.11 family of standards provides another angle to the problem, where the system performance would benefit from allowing more spatial reuse of radio resources in order to obtain higher areal spectral efficiency.
Similar(53)
The reason for this is that smaller cell sizes enable a more efficient spatial reuse of spectrum [1].
The effect of rate and power adaptivity on the capacity of the cross-layer optimised schedules is shown in Figure 4. Schedules with power adaptivity (CVX-Power-LET, CVX-RatePower-LET, CVXAware-Power, CVXAware-RatePower) perform better because of more diverse spatial reuse considerations during optimisation.
The capacity of 4G cellular wireless networks like Long Term Evolution Advanced can be increased by larger bandwidth for multicarrier operation, higher number of antennas for more spatial multiplexing, tighter reuse of radio cells using the same frequency spectrum and optimisation of the network configuration in general.
When targeting a denser spatial reuse, more sophisticated means for dealing with interference are required.
The greater the number of links, the more numerous the possible spatial reuse groups, which increases the number of used link rate vectors.
More suggestions(15)
more spatial homogeneity
more aggressive reuse
more spatial awareness
more spatial minima
more spatial play
more spatial accessibility
more spatial clustering
more spatial structure
more spatial view
more spatial coverage
more stable reuse
more spatial selectivity
more traditional reuse
more efficient reuse
more spatial resolution
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