The researchers obtained the data both by poking through the watches' files and finding traces of watch activity on the Samsung Android smartphone to which they were linked.
So, they had both the watch and the connected phone. I'm not really concerned about this. If this was a remote access thing, I'd be a little worried.
People with security clearances are both encouraged and rewarded for doing the right thing.
Nope, they are not encouraged, they are *required* to report these types of activities.
I think your math is off a bit by a factor of 1000:
600 MB/s and 604,800 sec/wk = 362,880,000 MB/wk = ~362,880 GB/w = ~ 362 TB/w
medium-large on the other side of a good-sized living room, your eyes shouldn't be able to see the difference
That's simply not true. While you won't notice it in level of detail, you will notice it due to the increased dithering and smoothness of color gradients. Things will look better at all normal viewing distances. Although my real hope for the future is in ultra-ultra-ultra high definition displays (think something like the equivalent of a 32K 46" monitor). With that new possibilities actually open up, tie that to a Lenticular lens system an you'll have multiple angle high definition viewing. Imagine a tele-conferencing system where they place the monitor and multiple cameras at the edge of the conference table with a similar setup on the other end. The effect would be more like looking through a piece of glass dividing the table than looking at a flat monitor.
there is some math involved.
Behind the scenes, yes, but in reality, no. To set up a dish, you get yourself a compass (most smartphones have this built in) and a protractor. Then go to a site like http://www.satsig.net/maps/sat... or your providers site, put in your zip code and point. Turn the TV where you can see or hear it, and start moving it around til the signal comes in clear.