Monday,
July 28, 2003
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Feature |
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This professor could
have been richer than Gates
George Nishiyama
The microprocessor chip which runs on TRON, an operating system developed nearly 20 years ago. TRON has become the most widely used operating system, even more so than Microsoft’s Windows, having claimed the dominant share as the basic software for microprocessors used in digital gadgets. Had Sakamura decided to charge even one cent to each user of TRON, he would have been a billionaire by now. |
HE
could have been as rich as Bill Gates, but Ken Sakamura says he’s fine
earning enough to lead an "ordinary life."
For in the world of
computers the obscure Japanese engineer stands in the top rank along
with Gates, having developed an operating system that is more widely
used than even Microsoft Corp’s Windows.
Sakamura’s system,
TRON, is used to run items ranging from digital cameras to car engines,
just as Windows operates personal computers.
What sets the two
systems apart —and the fortunes of Sakamura and Gates —is that while
Windows must be bought from Microsoft, TRON is distributed free of
charge.
Had Sakamura decided to
charge even one cent to each user of TRON, he would easily be a dollar
billionaire by now, possibly even rivalling Gates, reputed to be the
world’s richest man with a fortune estimated at $43 billion by Forbes
magazine.
"I’m the
engineer type, not a businessman," says Sakamura, 51, a professor
at the University of Tokyo who developed the software nearly 20 years
ago.
"I think Mr Gates
is more of a businessman," he laughs, adding that he is happy with
the salary paid by the school.
"As long as I’m
leading an ordinary life, I have no problems."
According to a Tokyo
University official, the annual salaries of its professors, excluding
bonuses and allowances, range from seven to 10 million yen ($59-85,000).
TRON is an "embedded" operating system running inside
microprocessors, which control electronic devices ranging from mobile
phones to fax machines and even kitchen appliances. Sakamura estimates
that it is used in some three to four billion such appliances around the
world, far outnumbering Windows, which controls an estimated 150 million
computers.
Crushed by politics
When it was first
revealed in 1984, TRON, which can be modified for use on personal
computers, was hailed in Japan as homemade software which could break
the dominance of Microsoft and free Japanese computer firms the burden
of paying for the basic software.
But the dream was
shattered in 1989 when the United States threatened to designate TRON as
an unfair trade barrier under the Super 301 trade law when it learned of
plans by the Japanese government to use the software for computers in
schools. While Washington in the end did not name TRON as a trade
barrier, the Japanese government abandoned the plan and many computer
firms severed ties with TRON, fearful of angering the United States,
their biggest market.
Sakamura said he was
puzzled by the initial US move and disappointed at the ensuing reaction
of Japanese firms, but it allowed him to concentrate on the original aim
of developing TRON for use on microprocessors rather than on computers.
"I didn’t have time to feel angry or sad. I had to get on with
working on digital cameras and mobile phones," Sakamura told
Reuters in an interview, adding that he was not worried about TRON’s
future as he was confident of its technological strengths.
"The reason why it
was not used for personal computers was not a technical one, it was a
political one."
No hang-ups
Computer engineers say
TRON, which stands for "the real-time operating system
nucleus," excels in quickness, or performing tasks real-time, and
is free of the "freezing" that is a bugbear of personal
computer users.
"We’ve become used
to our computers freezing maybe once a day, but you can’t have a
mobile phone freezing in the middle of a conversation," said
Masayuki Makino, a manager in charge of developing software for mobile
phones at NEC Corp. Toyota Motor Corp, which uses TRON to control car
engines, said the software is also ideal from a cost standpoint because
it is an "open source," like Linux. That means the codes
making up a programme can be obtained free of charge, allowing engineers
to modify it according to their needs, like a chef improvising on an
original recipe.
"We’re fortunate
that there was something which met our needs regarding both cost and
quality," a Toyota spokeswoman said.
Nearly 15 years after it
faded into oblivion in the world of personal computers, TRON now boasts
a share of around 60 percent as the operating system for
microprocessors.
Holding a TRON
microprocessor chip the size of a pinhead between his fingers, Sakamura
said the market for such instruments and related businesses will grow to
around 80 trillion yen in 10 years. But he insists he has no regrets
about not making money from his invention, and has no hard feelings
towards Gates.
"It’s not good to
charge people for using something which is like a social infrastructure.
It also inhibits the
development of the computer industry. The very basic infrastructure
should be free," he said. "But Mr Gates is free to do whatever
he wants, as we live in a world of capitalism."
Asked about the operating
system inside his own computer, Sakamura smiles broadly. "TRON, of
course. I don’t use Windows."
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