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佐藤栄作論文集9~16

conducted), but they could access selected audio and video segments - minutesor hours after the meeting concluded.5.Optical storage technology has become a more realistic solution for many inrecent days, due to its reduction in price and increase in storage capability -from 600 mega bytes 3 to over 2 giga bytes 4 . Therefore, a lot of the informationUNU produces could be disseminated on CDROM, enabling the disseminationof volumes of information on a medium able to fit in one’s hand. An electronicstorage process would eliminate the increasing manual storage burden UNUfaces. Such as publishing 3,000 copies of a publication and finding space to storethem at UNU offices, until they are distributed.Optical storage and online documentation fit together. Online documentation isnecessary for immediate access to information, wherein optical document storage anddistribution would be beneficial for archiving documents, and presenting a bi-annual,quarterly, or yearly compilation of all UNU publications. An optical distributionsolution, would be ideal for libraries and for occasions wherein the user does not wantto spend a lot of time online or need immediate access to information.6.Not only must information be distributed in innovated ways, but the globalcommunity must be made aware of the availability of the information.Technology can most definitely have a role here also. As many academicsand scholars are increasingly obtaining personal email addresses, UNU shouldleverage the cheap and quick medium of electronic mail. For little money,UNU could send targeted UNU information updates to thousands of recipientsall over the world. Whether in Asia, Africa, Europe, North America, SouthAmerica, Antarctica, or Central America - the cost would be the same. Paper,printing and mailing costs would be lowered.4923 Mega bytes - is 1 million pieces of digital computer information4 Billion bytes - one billion pieces of digital computer information