Report on the collaborative project
between ICOT and the NIH
Richard J. Feldmann
Division of Computer Research and Technology
National Institutes of Health
Bethesda, Maryland 20892
the problems which other collaborators have been experiencing in the early utilization
of the ICOT hardware and software. The decision by MITI announced at the confer-
ence is a clear indication that the Japanese viewpoints of the utility of international
collaboration are rapidly changing. The PIMOS operating system should be ported to
world-standard machines so that scientists all over the world can begin to do program
development in KL1.
During this collaborative project we have come to the opinion that even more than
any single or parallel computer, the network is the most powerful artifact created by
man. In this trans-global project we have experience the transition from paper letters
to fax letters to fully electronic messages to interactive use of remote computers. In the
beginning of the project the InterNet between Bethesda and Tokyo was rather slow and
unreliable. Machines at either end had trouble talking to each other. As the project
proceeded, the ability to communicate both electronically and intellectually rose to
very high levels. The network gives us the ability to reason with each other about
problems of mutual concern. The reasoning which we can do by sending messages is,
however, rather limited. The InterNet is coming to the point where scientists can use
databases and run processes on computers all over the world. New classes of tool for
utilizing the network are being developed in many places in the world. We would hope
to use these network tools to more strongly couple our collaborative research efforts.
We thank the administrators of ICOT for making such a strong and exciting collab-
oration possible. We expect to continue our collaborative work long after the formal
end of the project.
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