From: Eugen Leitl (email@example.com)
Date: Wed Apr 17 2002 - 04:33:10 MDT
Fighting has aspects of true intelligence in the human sense.
April 16, 2002
Machines Are Filling In for Troops
By JAMES DAO and ANDREW C. REVKIN
ASHINGTON — From Homer to Hemingway, Sun Tzu to Churchill, humans have
been fascinated by the violence and plotting, the heroism and sacrifice,
the epic theater of what Dryden called "the trade of kings" — war.
But the Pentagon, energized by successes in Afghanistan, is moving ever
closer to draining the human drama from the battlefield and replacing it
with a ballet of machines.
Rapid advances in technology have brought an array of sensors, vehicles
and weapons that can be operated by remote control or are totally
autonomous. Within a decade, those machines will be able to perform many
of the most dangerous, strenuous or boring tasks now assigned to people,
military planners say, paving the way for a fundamental change in warfare.
Already, autonomous sentinels on the ground, in the air and in orbit are
probing the battlefield with heat detectors, radar, cameras, microphones
and other devices. Some can reveal decoys and pierce camouflage, darkness
and bad weather.
In years to come, once targets are found, chances are good that they will
be destroyed by weapons from pilotless vehicles that can distinguish
friends from foes without consulting humans.
The rapid shift away from people — what the Pentagon calls manned units —
to automation has several goals.
Many new devices will be much smaller and lighter, making them cheaper,
more fuel efficient and easier to move, advocates contend. And because of
their unlimited attention spans, machines should do better at tedious,
time-consuming tasks that human warriors loathe, like standing guard or
monitoring mountain passes.
But most important, many officials say, remote technology can shield and
aid the the flesh-and-blood soldier.
"We seem as a society, thank God, very averse to taking casualties," said
Dr. Gervasio Prado, the president of SenTech, a Massachusetts company
refining book-size robotic sentinels that can be sprinkled on battlefields
to listen for enemy vehicles.
"We'll continue putting as much effort as possible into keeping the humans
in a safe location and do this dirty job remotely," he said.
In the short run, soldiers, pilots and sailors will still be essential
components of any battle, military planners say. This will be particularly
true in urban settings, where buildings, tunnels and people create
confusing obstacles that no machine will be able to skirt for years to
But over time, experts largely agree, remote-sensing and piloting
technologies will produce the biggest change in warfare in generations.
By 2020 or earlier, if the Pentagon and its many supporters in Congress
and the White House have their way, pilotless planes and driverless
buggies will direct remote-controlled bombers toward targets; pilotless
helicopters will coordinate driverless convoys, and unmanned submarines
will clear mines and launch cruise missiles.
"The promise is enormous," said Dr. M. Franklin Rose, an electrical
engineer who is leading a study of driverless ground vehicles being done
for the Army by the Board on Army Science and Technology of the National
Academy of Sciences. "Robotics can do three things for the future army:
keep soldiers out of harm's way, do the laborious and boring tasks and
keep going long after a soldier is exhausted. And they have no fear, at
least in current embodiments."
Some simple devices, like infrared and night-vision scopes, are available
to enemies as well. But no country or terrorist group will have the
ability any time soon to deploy these systems so widely and deeply in its
forces, many military analysts say.
It is a dream long in the making that has been stunningly accelerated by
the war in Afghanistan. There, several pilotless surveillance aircraft
turned in unexpectedly strong performances, including the Air Force's
Predator and its missile-toting cousin from the Central Intelligence
Agency. They piped streaming video of Taliban and Qaeda movements to
command posts in Saudi Arabia and the Pentagon, where commanders could
then call almost immediate air strikes.
As a result, the Pentagon has requested $1.1 billion, an increase of
nearly $150 million, in the 2003 budget to accelerate development of the
Predator, Global Hawk and other pilotless planes.
"Why send a marine into harm's way when you can send an $8,000 vehicle
instead?" said Brig. Gen. Douglas V. O'Dell, commander of the Fourth
Marine Expeditionary Brigade, referring to the Marines' new pilotless
aircraft, the Dragon Fly.
Today's advances in military technology are the result of an effort to
extending forces' ability to see over the foxhole rim, the next ridge or
across a national border and to speed the application of deadly force.
In Vietnam, troops dropped battery-powered listening devices, designed to
track submarines, into the forest along the Ho Chi Minh Trail and
broadcast the sounds of activity below to crews in planes circling above.
The Pentagon also used remotely piloted surveillance drones, including
ones armed with Maverick missiles, in Vietnam. But crude technology and
limited range discouraged further development.
But the 1990's saw leaps in computer and sensor technology that reignited
interest in remote controlled weapons. In Bosnia, the military tried an
Army drone called the Hunter; in Kosovo, it first deployed the Predator.
By the time American warplanes began attacking Afghanistan, the Air Force
had learned out how link the Predator's cameras to video screens on AC-130
gunships, aircraft carriers in the Arabian Sea and the Combined Air
Operation Command Center in Saudi Arabia.
A few years ago, listening devices, called unattended ground sensors,
weighed 30 pounds and were lugged into enemy territory by troops. Now they
weigh three pounds. One model is designed to be dropped from aircraft. The
sturdy sensors detect vibrations and sounds. Using a computerized library
of the distinctive noises produced by a host of enemy engines, tank treads
and the like, they recognize passers-by.
The next step will be to integrate data from the unattended sensors with
information flowing from high-flying drones or satellites, said Dr. Prado,
whose company builds the listening devices.
By using different sensors to scour the same landscape and comparing the
information, it will be easier to unmask decoys or camouflaged weapons,
officials say. As recently as the Kosovo bombing campaign, decoys
regularly fooled American bombers.
Leading the Pentagon's remote-control warfare effort is the Defense
Advanced Research Projects Agency, which operates out of Northern
Virginia. The agency is working with Boeing to developed the X-45 unmanned
combat air vehicle. The 30- foot-long windowless planes look like flying
"W's" and will carry up to 12 250-pound bombs. In their initial
deployments, as early as 2007, they will be used to attack radar and
The Pentagon estimates that pilotless aircraft will cost less than half as
much as piloted fighter jets like the F-15 or F-18, largely because they
At first, the aircraft will be programmed to ask human controllers for
permission to bomb targets. By 2010, the Pentagon envisions that the X-45
will independently attack targets in designated "kill boxes." Then, "If
the aircraft sees a target that matches its memory, it hits it and tells
the humans about it later," said Col. Michael Leahy of the Air Force, the
The research agency and the Army are also working on the Future Combat
System, a network of pilotless and piloted aircraft, transport vehicles
and artillery pieces linked by high-speed communications.
The goal is to make the Army lighter and more nimble. Pilotless vehicles
are expected to play a central role. Small hovering drones would peek over
ridgetops, while unoccupied helicopters would watch troop movements.
Closest to deployment is an all-terrain vehicle programmed to follow a
soldier, hauling weapons and other gear.
The Pentagon already has the Hornet, essentially a land mine with a
100-yard reach. When it hears an approaching vehicle, it launches a device
into the air that uses a heat sensor to direct a potent projectile down at
Miniaturization is a keystone. Another goal is a "microair vehicle" less
than nine inches long that can be carried in a backpack and, when
launched, will send images from tiny heat sensors and cameras.
There are many technological and strategic hurdles. First, drones like the
Predator require humans to do almost all their thinking. Having unoccupied
vehicles accomplish the sophisticated maneuvers envisioned by Pentagon
planners will require much greater autonomy, and more powerful artificial
"Flying a Global Hawk from California to Australia, impressive as that is,
is not as hard as driving an unmanned ground vehicle from here to the
Capitol," said Dr. E. Allen Adler, director of the tactical technology
office at the advanced projects agency, whose office is about five miles
from Capitol Hill.
Second, the armed services have not begun adjusting their strategies to
incorporate robotic vehicles. That will take years of study and training,
experts and commanders say.
"The real challenge is to mix man and machines," said Colonel Leahy,
program director for the pilotless fighter. "It will be a loose ballet at
first. But eventually, the systems will be linked to each other, sharing
information and deciding among them who has the best shot."
Third, Afghanistan did little to educate the Pentagon on how a more
capable military rival might adjust to unmanned systems. The Taliban never
learned how to shoot down a Predator, but Saddam Hussein's troops may have
bagged at least two last year over southern Iraq. A sophisticated foe
might disarm, destroy or confuse pilotless aircraft, rendering them
useless or even turning them against American forces.
Finally, debate persists over just how much the military should rely on
machines. Most military experts still say the human brain remains the most
"The onboard logic of unmanned combat aerial vehicles will not begin to
approach the computational capacity of human brains, making them highly
vulnerable to attacks by manned aircraft," Loren B. Thompson, chief
operating officer for the Lexington Institute, which studies military
issues, testified before the Senate last week.
In the end, said Dr. Rose, the electrical engineer assessing ground
vehicles, the biggest challenge will be to design the technology so that
to the fighter it becomes an invisible, almost subconscious, extension of
the eyes, ears or trigger finger. That will take another generation, he
"Already, so many of these young soldiers grew up on video games and
computers," he said. "They grew up trusting machines."
Eventually, he said, the new weapons and sensors will slide into the ethos
of war just like the autopilot, which was once disparaged by aviators as
"Iron Mike" but is now a standard part of airplane cockpits.
"But it'll still be 20 or 25 years up the road before we get to the point
where you regard `Iron Mike' as a member of your squad as opposed to a
nuisance," Dr. Rose said.
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