453 karma · joined October 20, 2015
> Wireless network operators must provide the latitude and longitude of callers within 300 meters, within six minutes of a request by a PSAP. Accuracy rates must meet FCC standards on average within any given participating PSAP service area by September 11, 2012
As such the location provided by a barely-compliant mobile phone provider would only have a 50% chance (depending on distribution and what average means exactly in this context) of being within 300 meters of the actual location of the call. I don't know what the real world numbers look like, but it seems very reasonable that the emergency service personnel would need much more accurate location information than that in order to respond without a lot of searching.
http://media.cmgdigital.com/shared/lt/lt_cache/thumbnail/960...
http://www.musicbyencore.com/wordpress/wp-content/uploads/20...
I think this misses the point that when we tell the story of little red riding hood, we still say that she walked for a long time in the woods. We just don't describe it in detail. It's still important that it be true, however as that is part of what makes going into the forest perilous. The same sort of thing can be implemented in open world games by means of various fast travel mechanisms. Ideally they should be sufficiently easy to use, such that that player is bored, but sufficiently restrictive such that the meaning of distance is preserved.
I wish they would just rename it something sufficiently ominous sounding that people wouldn't think about using it on untrusted data sources.
Maybe AribitraryCodeAndDataSerialization
Or you should say something like 'of people who made emergency calls'
edit: that second one is still problematic since we only a couple data points on the distribution of calls per capita.
Fixed that for you.
Hey, gotta enhance shareholder value, man.. Fiduciary responsibility and all that.
2. In order to make the real spikes fit into your random pattern you'd need to be able to predict when they will happen.