To clarify the buffering thing: I'm not saying this display doesn't buffer frames like any other, what I am saying is that if it processes 8 frames within the time-span of a single NES rendered frame, this buffering may become indistinguishable from realtime CRT beam-scanning to the NES.

The problem with most modern displays and Duck Hunt is that the display buffers frame data before displaying it, so the NES Zapper mechanism of showing a hitbox-frame and simultaneously checking the Zapper's light-sensor to register a hit does not work correctly since the displayed frame on the LCD is delayed. With a theoretical response time of 0.03ms, I wonder if it will now be possible to attach a high-speed RF-demodulator to this monitor and play Duck Hunt on an original NES...

Of course, it may be necessary to build such a high-speed demodulator if it doesn't exist yet. In fact, it may actually be possible to build a demodulator which can animate the beam-scan of a classic CRT on this display in near-realtime. 480Hz / 60Hz = 8, so each classic CRT full vertical scan could be animated progressively across 8 frames. It wouldn't be a high-enough temporal resolution to make things like a light-pen work correctly, but it might be enough to revive a bit of the dynamic feel of movement in old CRT video games, and to provide visibility of the topmost portion of the frame before the rest of the frame has been output - perhaps giving an edge in games like NES Tetris where a slightly faster render of the top of the frame provides a tiny bit more time to make critical decisions.

https://iterm2.com/features.ht...

What you are asking for would require some integration between the terminal emulator (the thing that shows text on your screen) and the shell (the thing that knows which directory you are in). As some other commenters have pointed out, a fancy terminal emulator wouldn't do as much good if the shell it is connected to doesn't feed it the necessary additional data to accomplish those tasks. But, all is not lost! Shells are immensely customizable, so it isn't to terribly hard to add some integration shims to your shell config in order to share more data with the terminal. ITerm2 takes this approach, and does allow command-click on file and directory names as a shortcut to open the file or directory in an external app, and it also supports a command called "imgcat" which will display an image file inline in the terminal. Then there's the integration with tmux, etc...

So in short, what you are asking for already exists, it's just not used very often because people tend to use a full GUI application or a fully-text-based application, not so much the in-between hybrids...

Since I primarily use a Mac, I can vouch for iTerm2, but I've heard of similar functionality for Linux via kitty: https://sw.kovidgoyal.net/kitt...

Your ID is 7 digits. Get off our lawn.

The article from the first link is a little better explanation than the second link.

This is not quite a hologram, but it is a true multi-viewer solution without the need for headtracking or other dynamic tricks. It is a precomputed video stream displayed on precisely spaced, and slightly higher-than-your-living-room-tv-refresh-rate, but otherwise normal LCD panels.

Basically, the MIT guys have come up with algorithms to compute a set of three overlay transparencies, which selectively occlude or reveal certain pixels when viewed from certain angles due to parallax, such that one of many possible perspective images of a scene is produced depending on the angle from which this stack of overlays is viewed.

The part they seem most proud of is that because these different perspective views are all of the same scene, many of the pixels are the same color from one perspective to another, so they only need to concentrate their parallax trick on making a select few pixels vary by angle, thus reducing the complexity of the problem to the point where it can actually be realized with consumer resolution LCD panels and attainable data rates.

That's partially true. I am still hosted on RackSpace's "Slicehost" farm and under the "Slicehost" billing plan for the moment, but they will be forcibly converting my VM to their RackSpace farm in January. Of course, since the original question was in regard to creating a new VPS, you're right, Slicehost doesn't exist anymore for new customers.
They sent out a survey a month or so ago asking for thoughts on the RackSpace conversion, and in my response I raised the concern that the newer RackSpace plans would be more expensive (even though they tried to downplay that in the press releases), but I get the feeling the survey was motivated more as a PR stunt than out of any sort of genuine concern for the customers' opinions.

Slicehost has been great for me in the past, though now that RackSpace is absorbing their infrastructure, I'm not sure what they will be like in the future.

Thirded. Been with them since they were one of the first ICANN registrars outside of Network Solutions. Like their motto says, "no bullshit"

AML makes Linux-powered portable handheld computers with Wi-Fi and barcode scanning capability, and they'll give you their source disk with your hardware if you ask, so you can modify it as much as you like if their standard suite of applications don't suit you. You would also need to add a printer like the Epson TM-T88 and an RS232 magstripe-reader like the Unitech MS-240. For the actual card clearing, you'd probably either tie this system into your existing POS mainframe (if you have one) or you'd tie it into an Internet-based POS solution like Authorize.net, or if you are feeling ambitious, you can integrate over SSL directly with a clearing network like TSYS (formerly VisaNet / VITAL). Of course, your biggest expenditure is probably going to be paying someone to write the software to tie all this together for you (unless you can pull it all off yourself, in which case hats off to you!)

http://www.amltd.com/product.asp?pid=m7220
http://pos.epson.com/products/prodsPMOP.htm
http://ute.com/products_info.php?pid=211

P.S.
I have worked on the AML portable computers before. I have not specifically worked with the Epson printer or the Unitech magstripe reader, but both should work in conjunction with the AML unit's WiFi and serial capabilities respectively. You would probably need to custom-make a cable for the magstripe reader since the AML unit uses a non-standard RS232 connector (RJ45 if I recall correctly).

I got a chance to try the Imperial Stout from Nøgne Ø the other day - very nice! I haven't had anything from Levig yet, so no comment there. I live in the US, so it can be a little tough to get beers from the smaller foreign breweries who don't work with a big importer...

Well, if you want practical entertaining applications, then consider the possibilities for a home laser-projection television - maybe I'll finally be able to get something that I can afford and is less than the size of a refrigerator for gaming and movies in my living room at 4k resolution and 160 inches...

I'm curious if the "more than 100 times the world's highest output value" means that we will soon see a 100W version of the WickedLasers Spyder III...

http://www.wickedlasers.com/lasers/Spyder_III_Pro_Arctic_Series-96-37.html

Actually, I am sure that ANI is what is being spoofed here. (I have received calls from the same group myself.) ANI can be spoofed if the originating carrier allows, which is common practice for high-volume outbound automated calling campaigns. It is usually used legitimately to provide a number via which the called party can call back later if they miss the call or are disconnected.

(I work for a company which legitimately performs this sort of high-volume outbound calling.)

One other thing to note - this is actually the jursidiction of the FCC, not the FBI (at least not yet). As soon as you can prove that there is some sort of actual fraud going on beyond just violating FCC rules, then they might get involved.