|
|
|
I,
ROBOT |
|
Kathleen Richardson | |
|
Hollywood's latest major science fiction movie is set in Chicago in 2035, where robots help humans with their everyday tasks, looking after their children, doing their housework and running their errands. In this futuristic world, where every other person has a robot helper, Detective Del Spooner (Will Smith) plays an anti-technology cop, who loathes robots, goes with his emotions and prefers old time things. The clichés do not end there. Spooner's feelings about robots are expressed in an initial scene in which he observes an NS-4 robot running with a woman's purse through the streets of Chicago. A chase ensues, but then Spooner discovers the robot is taking some vital medication to its owner. Spooner is later reprimanded by his superintendent, who asks if he ever knew of any robot committing a crime. A certain 'no' is the response. In this robotic future, Detective Spooner is called to a crime scene at US Robotics. This multinational produces the NS-4 and its new update, the NS-5 robot. Detective Spooner arrives to find an old friend, robot inventor Dr Alfred Lanning (James Cromwell), dead, and he is immediately dissatisfied with the suicide explanation provided by the company boss Lawrence Robertson (Bruce Greenwood). Spooner begins to investigate the real cause of the death, determined to confirm his prejudices about robots. He pursues a robot called Sonny, virtually played by Alan Tudyk, and meets up with robot psychiatrist Dr Susan Calvin (Bridget Moynahan). Together Calvin and Spooner set about uncovering the mystery behind Dr Lanning's death, indeed finding a robot conspiracy against humans. The film
is a mystery of sorts, a mechanical 'whatdunnit'. The suspicious and
overly emotional Detective Spooner's desire to prove that robots are
a problem is shaped by an experience in his past. Spooner was saved
from an underwater car wreck by a robot that calculated he had higher
chance of surviving than a little girl, whom he had to watch drown.
In one scene, Spooner declares in disgust that the robot only gave her
an 11% chance of surviving. Detective Spooner rebuffs robots because
of their lack of emotional capacity. Indeed, nearly one hundred years
of popular depictions of robots generally characterise them as logical
and compelled to act on the basis of probability and without regard
for human emotion.
These three laws demarcate the boundaries of behavior for the NS-4s and NS-5s, and help Spooner unravel the mystery. Though the film-makers claim Asimov's three laws 'govern the way real roboticists and researchers tackle artificial intelligence', this is a hugely misleading claim and I know of no roboticist in the field who can seriously use these rules as a model for humanoid robotics, this would require the field of humanoid robotics to be significantly more advanced than it is at present. Promoters claim I,ROBOT reflects contemporary scientific developments. The publicity asks us to, 'Imagine a world where motorcycles drive themselves, robots conduct symphony orchestras and an animal's thought patterns can move a robot. No, these aren't projections into the distant future..they're headlines from today's newspapers'. Though I welcome a future in which humanoid robots do our daily chores, that future is still in the realm of science fiction - though changing. The making of humanoid robots is a challenging task, a goal that will require a number of major breakthroughs in engineering and artificial intelligence before we can have robots doing our ironing and shopping. Nonetheless, director Alex Proyas insists that 'I described I, ROBOT early on having an almost documentary feel of the future'. The question at the heart of I, ROBOT is 'Given these advances, there's little doubt that in the near future robots will be a trusted part of our everyday life. Every family will have one, or more. They will clean our homes, deliver our packages, walk our pets - even care for our children. But what if that trust were shattered?' film promoters speculate. The great thing about science fiction is that it does not have to correspond to reality, it can dream and speculate about the future. But the film-makers undermine the film by trying to derive authority for its depiction of robots from contemporary scientific events. Maybe if the film-makers relied more on their imagination and less on their emotions about the state of the art of robotics today, they might have made a better film. Kathleen
Richardson is a PhD student at the University of Cambridge,
studying what the making of robots can tell us about what it means to
be human. Kathleen is conducting her fieldwork at the Computer Science
and Artificial Intelligence Laboratory at the Massachusetts Institute
of Technology, USA. |
|
|