英語 での Facom の使用例とその 日本語 への翻訳
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Brand: Expert by Facom.
The FACOM M-780 was the world's first computers to achieve a single board CPU.
Installed the computer FACOM V.
The FACOM 631 was a high-capacity magnetic disk unit from Fujitsu, and the first model, called the FACOM 631A, was completed in 1965.
This was a compact,low-speed line printer developed for use with Fujitsu's FACOM V Series of small computers. It was completed in September 1977.
The FACOM System 80, the first true office computer from Fujitsu, was announced in April 1979 as the successor of the FACOM Bm and FACOM V0III.
In 1988, Fujitsu began to be supplied with engineering workstations from Sun Microsystems on an OEM basis,and these were commercialized as the FACOM S Family.
The FACOM 477A was a grouped disk pack unit from Fujitsu equipped first with a command retry function and ECC function. It was completed in 1972.
BOS and ROS were the operating systems(hereinafter"OS") for Fujitsu's medium general-purpose computers FACOM 230-25 and FACOM 230-35, and were announced in August 1968.
The FACOM 601 was Fujitsu's first magnetic tape unit for computers employing a tension arm shock absorber mechanism. It was completed in August 1960.
OSIV/X8 FSP was an operating system(hereinafter"OS")developed by significantly enhancing OSIV/X8 for Fujitsu's FACOM M series medium-scale general-purpose computers, and was announced in February 1983.
The FACOM 401A Magazine File was a magnetic tape unit from Fujitsu, completed in 1967. It was the first Japanese made unit to employ tape cartridge media.
It was announced in August 1972 as the successor of the company's first minicomputer, the FACOM R(announced in March 1969), and the FACOM RE an enhanced version of the FACOM R announced in August 1971.
The disk module of the FACOM 631A had 41 disks(each 66cm in diameter) arranged on a horizontal shaft, and two sets of access arms driven by a hydraulic actuator.
In 1966, IBM shipped the 2314 Disk Access Storage Facility, which contained multiple disk units to boost performance and reliability. In a similar vein,Fujitsu completed the FACOM 472K and Hitachi the H-8577 in 1970.
The FACOM 856 magnetic tape unit was the type with movable disk access head, and was developed as an auxiliary memory device for the FACOM 241D computer.
Console functions for the operating system. Operation panel functions:The main panel on FACOM M-100 series machines had almost no lights or switches, so this function was used to operate the computer using a display device connected to the SVP.
The FACOM 603 was a magnetic tape unit from Fujitsu which employed a vacuum column shock absorber mechanism and a revolutionary single capstan drive system. The first model, called the FACOM 603A, was completed in June 1964.
At the time,most dedicated processors for the Lisp language were the stand-alone type, but the FACOM α(Alpha) focused on higher performance, and had an attachment(back-end) configuration so it could be connected to a minicomputer or general-purpose computer.
The FACOM V0was an office computer(a small business computer used in an office) jointly developed by Fujitsu and USAC Electronic Industry as a successor to Fujitsu's FACOM 230-10 and USAC Electronic Industry's USAC 720/90.
To achieve greater internationalization, this series used the IBM S/370 as its basic architecture-- a different architecture withthe previous FACOM 230-75 and FACOM 230-8 Series. The first model in the FACOM M Series, the FACOM M-190, was announced in November 1974.
Completed in 1969, the FACOM 608B and FACOM 608K were magnetic tape units for Fujitsu's small systems. Half reels were used to equip a single cabinet with two tape decks.
In the latter half of the 1970s, there was a need for printers with greater compactness and lower price due to the dissemination of small computer systems.So Fujitsu developed the FACOM 655 which employed the type belt system(also called the steel belt system or simply the band system)-an approach different from the previous type drum.
These units were developed based on the FACOM 606A magnetic tape unit for small systems, and allowed exchange of data between Fujitsu's leading FACOM 603 Series of magnetic tape units and IBM equipment.
The higher-end FACOM K-270 and K-280 were announced as successors of the FACOM V Series of small computers in January of the following year, thereby completing the FACOM K Series which aimed to integrate office computers and small computers.
Small to mid-size computers, especially small computers, had become costly because their designs were overly focused on providing versatility.In contrast to this, the FACOM 270 series was developed around the concept that tailoring the design expressly for the applications fields above would result in small and inexpensive computers with performance levels in the particular fields that rivaled those of large general-purpose computers.
The FACOM 222 was the first transistor-based computer manufactured by Fuji Tsushinki Manufacturing Corporation(currently Fujitsu). Manufacturing of its prototype named as FACOM 222P ended in October 1960, and testing was completed in February of the following year 1961.
Fujitsu announced the FACOM K-10 in 1984, which went on to become a best-selling desktop office computer because it came packaged with an environment to run COBOL applications as well as with OA tool functions and because it could also be used as a workstation for a host computer.
At the time of the FACOM 270-10/ 270-20 announcement, corporations in industries as far-flung as steel, cement, chemicals, electric power, and automobiles were transitioning from the exploration stage to the implementation stage of adopting computer-based process controls with an eye to raising productivity, improving quality, and automating production control. Thus, the FACOM 270 series' development concept dovetailed neatly with the needs of corporations at that time.
Overview of FACOM 230-15 SPIRAL SPIRAL, at its core, consisted of a group of software programs for running monitor functions, a paging function, language processing functions, and a communication function. SPIRAL consolidated these functions in order to address the requirements demanded of a small machine at the time- such as a paging function that could handle larger programs, multi-job functions for more convenient operation, and the ability to handle remote processes easily.