manvsmachine

Graphics / CV: VR Gaming (Oculus, HTC Vive, etc), self-driving vehicles, computational photography (Lytro)

HCI: Leap, Kinect, VR Gaming again

Architecture / performance / networking / databases are tools, not applications in and of themselves - find a problem that demands extremely high performing systems, and there will be work done in those areas. Example: the PX 2 system for self-driving racecars that Nvidia announced a few days ago at GTC hits six of your bullets points by itself (architecture, performance, computer vision, networking, parallel systems, computational science).

int pixel = image.get(x, y);

int alphaVal (pixel & 0xFF000000) >> 24;

int redVal = (pixel & 0x00FF0000) >> 16;

int greenVal = (pixel & 0x0000FF00) >> 8;

int blueVal = (pixel & 0x000000FF);

That's just one example w/ one piece of software, but I know similar approaches are often used within the world of imaging / graphics. Maybe networking? Seem like it would correlate well to IP address operations.

I'd suggest using it specifically for this reason - that is, unless there is another framework that does an equally good job of getting out of one's way as Bootstrap. That said, it definitely makes sense to try to limit its use to a small subset for your tutorials.

I don't know how much KVM is used in the wild, but it has been crowned the "official" hypervisor for RHEL and Ubuntu, so I would guess that it it's been steadily gaining steam w/ the OSS crowd.

In response to Shamiq, this could be why most of the "underrepresented minorities" you see in tech are actually women; arguably, they have less to prove.

That statement is vacuous in regards to the argument he's trying to make. Anyone who is elite at what they do is scarce, regardless of occupation; that's essentially the meaning of being elite. What sets athletes apart is the degree to which society rewards that eliteness.