Please quote this reference ID in any communication with the Centre for Computing History. This exhibit has a reference ID of CH15675. We are extremely grateful to both Dawn and Kim Wakefield for the kind donation of the collection of their late father Richard Wakefield Parts of the Chilton Atlas are preserved by the National Museums of Scotland in Edinburgh. Atlas can not remove all telemetry, but it has removed what it can with the tool called NTLite and using the registry. This is due to the registry edits and scripts (tweaks) upon other things can be reverted back to default through a Windows Update. The University of Manchester's Atlas was decommissioned in 1971, but the last was in service until 1974. ago Windows Update is disabled by default on Atlas using the registry. Two further Atlas 2s were delivered: one to the CAD lab at Cambridge, and the other to the Atomic Weapons Establishment, Aldermaston. Called the Titan, or Atlas 2, it had a different memory organisation and ran a time-sharing operating system developed by Cambridge Computer Laboratory. A derivative system was built by Ferranti for Cambridge University. University developed a new version of the Atlas Operating System which allowed multi- user, time-shared, interactive computing. Two other Atlas machines were built: one for British Petroleum and the University of London, and one for the Atlas Computer Laboratory at Chilton near Oxford. It was a second-generation machine, using discrete germanium transistors. It was said that whenever Atlas went offline half of the United Kingdom's computer capacity was lost. The first Atlas, installed at Manchester University and officially commissioned in 1962, was one of the world's first supercomputers, considered to be the most powerful computer in the world at that time. The Atlas Computer was a joint development between the University of Manchester, Ferranti, and Plessey. Ferranti Atlas Provisional Extracode Functions Home > Browse Our Collection > Manuals > Ferranti > Ferranti Atlas Provis. and decaying to four b-quarks via two spin-zero particles in pp collisions at 13 TeV with the ATLAS detector.
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