I've been using one of these for about a year. It's been great having a device that I can actually reach all of, and the small size also helps to not be a distraction. About the only thing I miss from the Pixel series…
Reddit's TFA is not phone number based. You use a one time password generator.
If you use virtual addresses to index your caches, you have to clear them all on every process context switch. With physical addresses, you just have to clear your TLB cache.
The actual analysis of inserts are that they take "amortized O(1) with a single operation worst case of O(N)" So N operations take N measurement units as N goes to infinity, but any individual operation may be slower or…
Each beat is probably better considered a symbol, so by your analysis the human audio channel is around 20 baud not 20 bits/s. The symbol size obviously has a large impact on the information bit rate. We can estimate…
ZFS is also very far away from the state of the art in online dedup. For instance, http://users.soe.ucsc.edu/~avani/wildani-icde13dedup.pdf has a theoretical dedup regime that needs only 1% of the RAM for 90% of the…
I've been using one of these for about a year. It's been great having a device that I can actually reach all of, and the small size also helps to not be a distraction. About the only thing I miss from the Pixel series…
Reddit's TFA is not phone number based. You use a one time password generator.
If you use virtual addresses to index your caches, you have to clear them all on every process context switch. With physical addresses, you just have to clear your TLB cache.
The actual analysis of inserts are that they take "amortized O(1) with a single operation worst case of O(N)" So N operations take N measurement units as N goes to infinity, but any individual operation may be slower or…
Each beat is probably better considered a symbol, so by your analysis the human audio channel is around 20 baud not 20 bits/s. The symbol size obviously has a large impact on the information bit rate. We can estimate…
ZFS is also very far away from the state of the art in online dedup. For instance, http://users.soe.ucsc.edu/~avani/wildani-icde13dedup.pdf has a theoretical dedup regime that needs only 1% of the RAM for 90% of the…