Compared to end host mobility and multihoming with HIP, existing HIP-based micro-mobility solutions have optimized handover performance by reducing location update delay.
The work in [21] assumes the existence of untrusted servers from which users want to hide their exact location; this is achieved by anonymizer nodes that reduce location precision to cloak spatial areas.
Active or restless volcanoes are usually monitored using at least three seismographs all within approximately 15 km, and frequently within 5 km, for better sensitivity of detection and reduced location errors, particularly for earthquake depth.
These are well documented: dense canopy cover, changes in elevation, atmospheric conditions and poor satellite geometry will all reduce location accuracy [13], [23], [27].
In addition to carefully collected residential address information, street databases that are current, free of errors, and spatially accurate should help reduce location error [ 2].
Second, neuroimaging tools preclude concurrent measurement of activity location and time sequence as they are high on either spatial or temporal resolution and individual brain differences may further reduce location accuracy.
Moreover, efficient location map encoding helps in reducing the location map size, which downs to 0.4 of the one unmodified in average.
Another future direction includes reducing the location algorithms inaccuracy by using all the location information reported to nodes.
Therefore, if a certain location experiences transmission failure frequently, then its reliability becomes lower and lower, reducing per-location load ω i r.
For these groups, an optimal sampling schedule may be determined by possibly reducing the location and/or number of measurement points even further.
