Unpiloted Passenger Jet Tests
spacepingu writes "The UK military recently tested a remote-controlled passenger jet over south-west England. Although the pilot was sitting in the back of the aging BAC 1-11, he controlled it entirely using the 'UAV Command and Control Interface (UAVCCI)'. This also allowed him to operate several virtual UAVs in a simulated attack scenario. The ultimate goal is for a fighter pilot to control a swarm of attack UAVs alongside his own plane. Next March, a Tornado fighter pilot will use the UAVCCI to fly the unpiloted BAC1-11 as well as several simulated UAVs, all from the cockpit of his own jet."
They took this idea form Stargate sg1.
Ender's game = prior art ? :)
The cockpit of the future will have a button to fly the airplane, the pilot, and a dog. The pilot is there to feed the dog and the dog is there to bite the pilot in case he reaches for the button.
If brevity is the soul of wit, then how does one explain Twitter?
I've often joked about people who make huge radio-control aircraft just getting in and flying them, but somehow I didn't expect they'd put guns on them. Silly me.
Nostalgia's not what it used to be.
I wonder if any of these pilots can rub their stomach and pat their head at the same time too.
This is my signature. There are many like it but this one is mine.
His last name didn't happen to be Wiggin, did it?
Meta, Meta, Meta
So, in the future, someone can hack your passenger flight and take control of it remotely? Hope they stock clean underwear along with the barf bags on these flights.
I hope they are also unpassengered.
emt 377 emt 4
What the article doesn't mention is that Ryanair are underwriting their research in their bid to make pilots available as bingo callers on their short-haul flights...
Not that I see this coming to commercial flights any time soon (if ever), but: having the pilot not actually on the plane would make airplane hijacking a hell of a lot harder. If the pilot can't be personally threatened, and isn't directly faced with passengers being threatened*, it would be easier for "don't go along" training to be effective.
*Does anyone have a link to that study where people were asked to press a button to "electrocute" other people, and how many were willing to do it as long as they were told by an authority figure it was ok? Were there also results regarding whether or not the subject could see the person being "electrocuted?"
Reality has a conservative bias: it conserves mass, energy, momentum...
Machine over man, Spock? ... ... ...
It was impressive.
It might even be practical.
Practical, Captain?
Perhaps
but not desirable.
Computers make excellent and efficient servants,
but I have no wish to serve under them.
Captain
the starship also runs on loyalty
to one man,
and nothing can replace it or him.
But I want my pilot to go down in flames with me.
No folly is more costly than the folly of intolerant idealism. - Winston Churchill
I want those risks to be as low as possible. We should put these drone navigation/steering controls into planes with pilots. Let the pilots steer for 15 minutes an hour, to keep them engaged. Let them analyze the air traffic data, with visual confirmations, for their airspace, shared with each other and on the ground. Keep all the telemetry streamed to the global network in realtime, instead of trapped in mysterious black boxes on the endangered planes. Put their bodies on the line, and their minds to work on keeping everyone safe.
We can use these automations and networks to completely revolutionize air safety. From accidents, collisions, hijackings, onboard sickness and other other incidents. Don't just put pilots out of work: make the investments in the crew return many times more, with more effective use of their skills and motivations.
"The Bravery of Being Out of Range" by Roger Waters
--
make install -not war
No way in hell I'll get on one of these unless there is a pilot there to take control if something goes wrong. As a business traveler with over a million miles in the sky, I like knowing that there are humans in the front hearing and feeling everything that is going on.
I'm not a troll, but I play one on Slashdot.
The idea of unmanned commercial flights is just ridiculous. No one knows more about what's going on in an airplane than a pilot sitting in the passenger's seat. No amount of sensors or cameras is going to let someone remotely know what's going on.
Most flights today are pretty much done by just button pushing. Most FMS in aircraft enable the pilots to just enter the flight and the airplane basically flies itself. If you get an amended clearance from ATC, you just change the flight plan and let it fly the airplane. The FMS can usually take the airplane to just a couple hundred feet off the ground. Still, I want those two folks in the front.
I've always thought it was silly that ATC gets a clearance on a computer and reads it over the radio to a pilot who enters it into his/her computer. Creating a system to allow flight plans to be electronically sent to the aircraft's computers would be a whole lot more practical.
And as for fighter aircraft controlling UAV's...well...the fighter cockpit is already one of the most demanding, high stress environments in the world. If the UAV's were completely autonomous and the pilot could simply instruct the UAV to cover his ass, then OK, that would make sense and might actually lower the stress level of the pilot. Still, the pilot would need to worry about the UAVs' fuel, their position (so as not to mid-air with them), etc.
This is actually a tiny bit different from current UAV/UCAVs. In those, you have someone on the ground controlling a plane in the air, while here, they're talking about a pilot flying not only his own jet, but several others as well. It's a bit easier to secure a short range link than a long-range one, especially when your "wingmen" will stay in relative tight formation. (I suppose it's a current compromise between the fighter jock who wants to pull G's vs. sitting in an office chair.)
It's a nice transition I suppose. UAV/UCAVs are the future since that little bit of meat impacts a huge performance penalty on an aircraft (lowered maneuverability, increased weight, decreased payload/fuel, etc due to G-limits and support equipment).
On the other hand, it might make kamikaze style "bombings" more fun - you and your UAV wingment all auger in together...
Someone planning on sending Super 80's into battle?
Although I believe that can be great technology, I'd rather see more of an automated automobile, much like on Minority Report. Then perhaps traffic may flow more reasonably in highly congested areas.
... ... might as well say it while it is still legal.
but somehow I didn't expect they'd put guns on them. Silly me.
Obviously you hang out with a different kind of R/C geeks than I do.
I've seen a lot of planes that are built with an extra servo for use as a bomb release (also good for clicking the shutter of a camera). And I know some guys that tried to put CO2-powered BB cannons on R/C aircraft, but they ended up just being too hard to use and too heavy to be practical. The gas systems required limit them to rather large aircraft and helis, the vibration causes them to jam a lot, and the obvious safety issues keep you from flying them in most places. Plus unless you have full-auto guns (they do exist) you can't do a whole lot with them, even in ground attack or against targets.
However, they're pretty cool when mounted on balsa-wood ships...
"Ladies and gentlemen, my killbot features Lotus Notes and a machine gun. It is the finest available."
But how do you control multiple vehicles moving at supersonic speeds in 3 dimensional space? I realize that most fighter pilots have things like g-forces to deal with, but even without that, there's a lot to think about in terms of movement, relation of your plane to target/other planes/other incidental objects..
Just seems like some serious overload to me.
He tried to kill me with a forklift!
To be fair he had been drinking before getting aboard. You know: "Simulation under real life circumstances" and all.
If the pilot plane get shot down, does all the other wing planes crash too? Or does the wing planes go into auto pilot mode to cruise along until someone can override, shoot down or let them run out of fuel? What if the plane doesn't want to give up control by disabling the self-destruct? Inquiring minds want to know...
This makes each of the UAVs semi-autonomous: they fly straight and level on their own and can be given simple orders using a point-and-click interface on what Williams calls "a simple, flat, moving map".
and later...
The remote pilot has pushbutton commands for each UAV, telling it to loiter, undertake a search pattern, or attack a target," Williams explains.
If this is the kind of game we're playing, we have NO chance against the Koreans.
Poll: was that the best Starcraft joke I could have chosen? What other jokes could I have used?
In other words, the pilot-in-command in on the aircraft and in full control. However, should he and the flight crew become dis-abled (say, due to hijacking), ground control can take over the aircraft. This can either be based upon the pilot signaling ground control, or ground control noticing that the aircraft has deviated significantly from it's flight plan (and say, heading straight for a building).
Not to take over for the pilot, but I can see it's potential as a safety.
A goal is a dream with a deadline
Yes, he was just here. Tall gentleman, wearing US-issue camouflage, intense gaze, bearded, looked Middle-Eastern.
Hail Eris, full of mischief...
E pluribus sanguinem
...is that passenger jets have been unmanned for years now. You board the plan, you glance left and maybe you see the pilot sitting up there. That's to make you feel comfortable. He's just a lowely paid actor and he gets off the plane before it takes off. Maybe you hear the captain make the odd announcement during the flight, that's just a recording. Happy flying...
Jiggity
Did this a while back to test jet fuel in a crash scenario I believe.
So, that's the goal for a fighter pilot! I always wondered.
Swedish plasma phys. PhD student; MSc EE; knows maths, programming, electronics; finance interest; seeks opportunities
Personally, I'm not surprised. With budgets as they are in the UK, it seems sensible for them to look at UAVs for military purposes. Along with the fact that compared to many other countries we have very few citizens, this is away to militarily re-dress the balance. Personally I find the whole area massively interesting.
Although this does seem interesting, the first thought that crossed my mind was .... "Great now some Jihadi is going to have the ability to fly and crash a jet without having to be a martyr", of course this won't happen today or tomorrow, but if it can be done it's possible it could happen, especially when these loonies are set in their dilutional mental states.
-- Brought to you by Carl's JR
I hope he is able select more than 12 units at a time. And does he get any SCVs?
On the Internet, nobody knows you're a dog on an airplane.
Where were you when the voynix came?
what if all of these drones are robotic and networked together? A common, collective AI drives the entire "swarm" as if they were a single unit. A few get shot down, no big deal, the remaining "network" of drones simply adapts and keeps fighting.
In other words, a single adaptive AI controlling multiple networked drones. That would be a difficult force to stop.
Pity they don't still have BattleBots...I'd love to see someone try that.
A goal is a dream with a deadline
Unpiloted passenger aircraft are certainly a bad idea, but I could see a place for it. Think about cargo aircraft, particularly ones on trans-oceanic routes. You could build whole fleets of very inexpensive cargo carriers, because you wouldn't have to have a flight deck or windows, or run all of the control lines up to the front of the plane (all those miles of wiring); the computer "flying" the plane doesn't even all have to be in one spot, it could be in semi-independent pieces throughout the airframe. That means the only limitations to the design are technical and aerodynamic.
Such a plane could fly low and slow to save fuel, because it wouldn't have to worry about pilots or passengers getting tired. And if the plane started to deviate course and fly towards a populated area, you'd shoot it down or self-destruct it up while it's still somewhere safe, just like a Range Safety Officer does for satellite/rocket launches.
The lower cost of these flights could bring air cargo to parts of the world where it's currently not economically feasible (basically anyplace outside the First World or its major manufacturing centers), or bring goods that currently aren't economical to ship by air. Anything that lowers the cost of transportation can have wide-ranging effects.
I think there's a definite market for self-piloted aircraft for cargo duty, on long-haul flights over unpopulated areas.
"Ladies and gentlemen, my killbot features Lotus Notes and a machine gun. It is the finest available."
Hope it goes better than this:
http://www.funnyearth.com/html/videos/a320.php
This'll work so long as there's a stewardess to keep the automatic pilot "inflated."
Slashdot Burying Stories About Slashdot Media Owned
There is a book series by Dale Brown (not Dan Brown) involving modified B-52s rigged to carry UAVs. Always neat to see fiction meet reality.
So, let me see...
If someone shoots one plane down, they get credit for shooting down 6 or more? Wow! What a great way to ensure victory!
Call me narrow-minded but when a pilot gets busy when things are going wrong, he's not going to have a lot of time to control anything but what he's sitting in, right?
Not that I see this coming to commercial flights any time soon (if ever), but: having the pilot not actually on the plane would make airplane hijacking a hell of a lot harder.
It's even easier than that - have an "Emergency Land" button. At the first whiff of trouble, the pilot, behind his hardened door, presses a button that completely removes human input from the process. The flight computers land at the nearest suitable airfield, and there's no giant missile problem.
If the Navy can land a plane on a moving aircraft carrier in high winds automatically, I think a 737 should be able to find its way down to O'Hare just fine.
Heck, most non-terrorism airplane crashes these days are caused by pilot error - especially when they ignore the automated warning systems. Might just want to skip the pilot entirely, or have him around in case the nav computers all blow. Then again, with fly-by-wire airplanes becoming so prevalant, if the computers go you're in for a hard fall anyway.
My God, it's Full of Source!
OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
Unpiloted isn't the same as remotely-piloted.
I blame television.
Slashdot quality declines as the number of hot grits posts decreases. - Provolt's Law, Apr-09-2005
No remotely piloted aircraft could be completely safe with private sector remote pilots. We need to mandate government remote pilots from the TSA. You know just like the 911 operators.
We know you have a choice in airlines, and it looks like you chose the wrong one.
Oh wait... nobody watched Stealth. Carry on.
I want to welcome you to the first ever Atantic flight without an actual pilot. Please do not be allarmed. We have taken every precaution to make this experience the smoothest and the safest in the history of aviation.
...
There will be absolutely nothing that can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong at can go wrong
Don't fight for your country, if your country does not fight for you.
The ultimate goal is to have the pilot control an array of fighters in addition to the commercial craft?
Besides all the possible problems of a plane flying that has no human on board to control it should a sensor or system fail, they can't even spring for multiple pilots controlling the RC aircraft? Hmmm... I didn't know that pilots not having enough responsibility and technical difficulty was the problem that needed to be solved.
Although the idea of an RC aircraft is good (at least for a backup, IMO), Their goal here is seriously flawed.
Well, we have the simulator, now we just need the aliens and and a six year old prodigy.
So you just have to take out the main airplane and all the rest go down with it.
... is such that if this thing had augured-in the headlines would still read "Jetliner Crashes. No Survivors."
"Win treats sysadmins better than users. Mac treats users better than sysadmins. Linux treats everyone like sysadmins."
'Toss carriers 4tw!
---k--
</stupid>
I for one welcome our new unpiloted passenger jet overlords
What the hell does a PASSENGER jet have to have a swarm of attack UAVs for?
Oh, wait. The original article had NOTHING TO DO with PASSENGER jets. This is military technology folks, not something you're going to see on the next Boeing or Airbus being flown out of Heathrow.
Learning HOW to think is more important than learning WHAT to think.
I always had some comfort knowing that if I was in a plane crash the pilot would be killed along with everybody else. I imagine it would make a good point of conversation with the other screaming passengers. J'know I could turn to the guy next to me and say 'Well at least the pilot is dieing with us' but then he'd say 'Yeah, but think about it this way. He's probably got insurance, his family will get a big payoff for his incompetance while we're all totally frigging screwed here' Then I'd probably think for a minute and say 'Well okay, how bout this. Let's storm the cockpit and force the pilot into a parachute and throw him off the plane so he'll survive to get fired' then the guy would say 'well that wouldn't really work either, he'll just claim he went out to get help. He'll be hailed as a hero, and he'll probably recieve some great reward for that'. Then I'd probably say 'Okay, what if.. WE took the parachutes, escaped the crashing plane and survived so we could tell everybody that the pilot was incompetant?' Then he'd say 'Once again, that wouldn't work. Historically speaking airplane crash survivors are the most hated out of all accident survivors. If we don't get flogged just on the virtue of our survival we'll probably be thrown in jail for trying to slander the pilot'. Then I'd say 'You know it's times like this I wish airplanes were remote controlled. If the pilot was back at the airport and we all died he'd get fired, and his life might be ruined because of that' Then he'd say 'Yes, that does seem like it would be some small comfort'
At the risk of going off-topic, the Milgram Experiment seems to me more like an exercise in "let's assume that people are terminally stupid and gullible, and base a whole experiment and its conclusion on that unproven assumption."
What's wrong with it?
- When the range of "punishments" is as stupidly large as 450V, which is _far_ into the lethal range, few people would assume this to be anything but a bulshitting experiment. Everyone knows that 110V can be deadly, and 220V usually _is_ deadly, by simple virtue of having a wall socket in their home. If anyone told me that I'm participating in some bullshit game where, basically, if I'm pressing a button someone dies (whether shot in the head, or zapped with 450V), I'd just have to assume that they're plain old bullshitting me, because otherwise they've just told everyone that they're doing something illegal in that lab.
- There's also the issue of whether the volunteers were first given a form to sign that says, basically, "I'm ok with being zapped by 450V, a probably lethal voltage." It works against the experiment both ways. If you weren't, you'd find it extremely hard to believe that the other guy, who _also_ never signed that (remember, it's supposed to be a random choice) could be subjected to it without risking some nasty legal consequences.
(And if they did sign that, congrats, you've just found some people who are crazy enough to sign a death-wish for $4.50. Do you actually expect those to be representative for the rest of the population? Plus you just told them then that the other guy is ok with it too, so in which way is it comparable to doing the same to a non-consentual victim in a concentration camp? Because that was the supposed point of the experiment.)
- When you're raised and live in a western country, you'll also know that depriving someone of freedom is a criminal offense. You can't just hold someone hostage against their will, or not without some serious legal consequences. So the assumption is that the other guy is probably either free to abort the experiment at any time they wish, or all these people in lab coats are all cheerfully doing something highly illegal without even trying to hide it. Or he's an actor.
- People have this thing called empathy. Or so I'm told. So unless all the test subjects were Asperger's Syndrome sufferers, the question is also how good were all the actors involved in this. Remember that they're trying to convince you that they're doing something highly illegal in broad daylight, and in the middle of a university, and with everyone's knowledge. They damn better be _outstanding_ actors there. (And somewhat supporting that idea, the test subjects obedience dropped a _lot_ when they weren't face to face with the actor telling them what to do.)
Basically, if anything, this experiment just proves the limits of suspension of disbelief. If the premise is so unbelievably over the top, then people just won't believe it. They'll (correctly) assume that it's a bogus game where noone is actually hurt, and humour you just long enough to get their $4.50.
Basically any conclusions based on such an experiment are completely irrelevant if the test subjects didn't actually believe it was real. Think if you were asked to steer a starship into a black hole for such an experiment. Any "look at the harm people can do while obeying orders" conclusions are only valid if you actually believed you're actually steering a real starship, loaded with real people. If you actually thought "wth, this is just a computer game", then we've only discovered that you can play a space sim. Nothing more.
It's also a prime example of how bogus someone's "research" can get when their "research" is tainted by having a personal agenda to prove.
Even if we swallow the whole "surrendering responsibility" idea (as opposed to just being so unbelievable that the test subjects simply didn't take it seriously.)... there are still massive differences bewtween (A) doing this for an hour in a controlled exper
A polar bear is a cartesian bear after a coordinate transform.
He wants M5 transported back to the 23rd century, on the double.
Not that I see this coming to commercial flights any time soon (if ever), but: having the pilot not actually on the plane would make airplane hijacking a hell of a lot harder. If the pilot can't be personally threatened, and isn't directly faced with passengers being threatened*, it would be easier for "don't go along" training to be effective.
What most people don't realize is that the commercial airliners have had auto-pilot and auto-land for years. (yes, auto-land) Pilots use the auto-land about 1/2 of the time, from an account I read from a commercial pilot. (Some planes land roughly, Boeings are apparently very smooth)
There's even a designated radio identity signal for "I've been hijacked"! (Ask a pilot sometime about "squawking 7500")
So, all that's left is that ATC have the ability to tap into and/or activate the auto-pilot and auto-land capabilities built into any large aircraft. It might only be possible when the plane's radio is broadcasting the "I've been hijacked" signal, or something to avoid malicious takeovers.
Because the processing is being done locally, there's no real signal to jam - it's not remote control! So, at the worst, your terrorist might jam the GPS and/or VOR locator signals that the plane's autopilot/autoland computers use, at which point you just (at worst) crash the plane harmlessly at some random location, which is lots less likely to be disastrous than a well-aimed strike at some public monument.
I'm sure there's lots at stake, so they'd really take their time before implementing something like this - but why isn't this being done?
I have no problem with your religion until you decide it's reason to deprive others of the truth.
n/t
My turnips listen for the soft cry of your love
I can only imagine two pilots going for a duel.
"And if you will look out your left window, you will see Bob, my arch nemesis flying his plane. I will now send in two squadrons and get him back for yesterday."
Have you read my journal today?
I imagine it won't be more than a decade before larger planes fly along with UAV "swarms" that can act in unison against a target. If perfected, only another swarm would be able to match capabilities. This would make for some spectacular air-air/air-ground interaction, and eventually would be a step towards "headless swarms" or "multi-head swarms" where if the leader was taken out, the UAV's could attach to another friendly head.
So what's the new name to be... Skyhacked? Hackjacked? Highhacked? ..and how long before the broadsheets use it in a shocking prediction of the kind of social computing phenomena we can expect by combining Web 3.0 with War-on-Terror Service Pack 4?
boakes.org
Nah, that would never fly, since the government has the very worthwhile role of keeping the country running well and implementing what the people want.
...
Oh, wait
Perhaps countries would run better without government at all. Seems to work for planes.
Not particularly valuable against a insurgency without an Anvil though. //Obscure?
No, in Ender's Game, Ender and his fellow soldiers were sending commands via the ansible to other men actually piloting ships. I don't believe the story ever discusses sending drones. As a matter of fact, one of the reasons Ender is so affected by what has happened is that he didn't realize that all those "games" were killing real humans with each of his commands. It wasn't until a bit later that he was affected by the thought of having committed genocide.
--Brandon / Split Infinity Music
How long until we can get rigger's jacks, a la Shadowrun? :)
MOD PARENT UP
It's polite to add a spoiler alert when you do something like that.....although it's popular, not everybody has read the book.
> It's polite to add a spoiler alert when you do something like that.....although it's popular, not everybody has read the book.
If you haven't read the book, you're not allowed to be here.
The wars of the future will not be fought on the battlefield or at sea.
They will be fought in space, or possibly on top of a very tall
mountain. In either case, most of the actual fighting will be done by
small robots. And as you go forth today remember always your duty is
clear: To build and maintain those robots. Thank you.
-- Military school Commandant's graduation address, "The Secret War of Lisa Simpson"
I think terrorist and kamikazes will protest.
With webcams so cheap and light these days, would it be practical to mount one in an RC plane? Think of the fun you could have if you managed to mount a cam in the pilot's position with the guns as well. Of course, the practicalities of transmitting the cam signal back to base etc. is probably outside of the scope of most hobbyists.
Who is this delectable creature with an insatiable love of the dead?
"Ohh. Ohh, noo..."
True, but only to some extent, and only in some warped way of splitting hairs.
1. Either when you're getting an extremely short pulse from a spark, or when you're connected to thick wires and with your arms on metal plates (as in at least one version of the experiment), then U = I * R, or I = U / R. There's a direct and linear proportionality between the two, so "it's current that kills" vs "it's voltage that kills" is just splitting hairs.
2. In practice, neither kills you as such. In practice you need both current (or voltage, since they're proportional) and enough _time_. Either to stop the heart or to literally cook you. Neither happens instantly. So in another way you could say it's not current either, but _charge_ that kills you. (As in Q = I * T.)
But in practice even that's not as simple a relationship, because even a hideous charge if it's something like micro-amperes over 10 years, also doesn't kill you. It must reach enough voltage over the heart muscles (or current times their resistance, if you want to stick to current) to cause them to spasm, and last long enough for that heart to not just skip a beat and recover.
3. If you want to go into even deeper details, the pulse length and wave form can cause even more anomalous behaviour, as observed in people struck by lightning. Unlike people killed by touching a high voltage wire, where you can see the trail of destroyed tissue between the two points, lightning seems to cause a _flashover_ effect, where it just flashes over the surface of the body without causing much damage inside. There are thermal burns on the entry and exit points, and clothes are often burned, but the tissue in between is pretty much intact. It just doesn't show the kind of destruction that that hideously large charge would cause if it actually went through flesh. (By comparison, a smaller charge in electric chair executions causes the eyes to boil and melt, and tissue to be cooked.)
4. But that all is still somewhat irrelevant when talking about Joe Sixpack's instinctive reaction to "you can give this other guy a 450V zap". Joe Sixpack knows that his 110V socket at home can kill or cause serious tissue damage, and it doesn't take a genius to figure out that 450V is four times that. Heck, I figure I know more physics, and I'm not sure I'd go much farther than that either. You don't need paper and pencil and diagrams of the exact pulse shape and duration to figure out "omg, I could _kill_ that other guy", especially when the highest voltage rating says "Danger: Extreme Shock." You know, a "Danger" sign is kinda hammered into our mind to mean just that. Doubly so when the other guy told you that he has heart problems. Even if you did the maths and stuff, the possibility of a heart arrest has hit you like a brick-inna-sock already, and you're not gonna shake it off that easily.
And that's in the end all I'm saying. That when you put an average person in a situation as unbelievable as "you can give this other guy a potentially lethal shock... oh, heh, except he's in another room and you can't actually see it", the instinctive reaction would be "you're shitting me".
A polar bear is a cartesian bear after a coordinate transform.
I'm honestly surprised by how few people in the slashdot community know anything about autopilots and unmanned aircraft. First of all, everyone who thinks UAVs are a bad idea have no clue what is happening when a modern airliner flies today. The vast majority of the time the aircraft is under computer control. The pilot watches some numbers on screens and occassionally pushes some buttons. When he wants to really fly, he will, but he doesn't have to. The aircraft can even line up for landing, land, and taxi to a gate. This is actually done in the UK, but not in the US. The average traveler has no idea.
Autopilot technology has existed for years. Analog automatic flight control systems have been around quite some time; a 40 year old IFR certified Cessna is quite capable. Digital flight controls have helped a lot. With GPS, and inertial navigation (INS) using MEMS accelerometers and magnetometers, waypoint navigation by maps without VOR is easy. Check out the Garmin G1000 glass cockpit system, its capabilities in the area of automatic flight control have been very good for the general aviation industry.
Believe it or not, but the people with PhDs in aerospace engineering know what they are talking about. Passenger aircraft today have triple redundancy for flight critical systems. UAVs are just as well made. The GlobalHawk has proven this time and time again for the military.
I'll post more on this later.
I read somewhere (can't find it now) that people once experimented with automating trains. After a while it showed that even in trains the passengers hated the idea of not having a 'pilot', so nowadays most trainconducters are basically just sitting there for the comfort of the passengers, and not really doing anything strictly necessary.
There's only one way to get me on a pilotless plane and that's as a virtual passenger. That's right, I'll stay at the airport and my virtual avatar can crash in the Atlantic when the plane's wireless link goes down as we pass behind an unusually dense cloud.
In modern commercial aviation pilots do only usually fly for about 15 minutes or so (takeoff and landing), and the rest of the time they are doing visual checks, instrument checks, and nav checks.
As far as a telemetry network in which you describe, NASA is already working on this:
http://sats.nasa.gov/
Libertas in infinitum