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The interface message processor for the ARPA computer network
The ARPA Network will initially interconnect many dissimilar computers at ten ARPA-supported research centers with 50-kilobit common-carrier circuits, but the network may be extended to include many other locations and circuits of higher bandwidth.
The terminal IMP for the ARPA computer network
A little over three years ago the Advanced Research Projects Agency began implementation of an entirely new venture in computer communications: a network that would allow for the interconnection, via common-carrier circuits, of dissimilar computers at widely separated, ARPA-sponsored research centers.
A functional description of macromodules
This paper describes a set of macromodular building blocks such as registers, adders, memories, control devices, etc., from which it is possible for the electronically-naive to construct arbitrarily
Logical design of macromodules
The macromodules being developed at Washington University are logical building blocks which can be inserted into a special frame and inter-connected by standardized cables to form digital computing
A new minicomputer/multiprocessor for the ARPA network
Since the early years of the digital computer era, there has been a continuing attempt to gain processing power by organizing hardware processors so as to achieve some form of parallel operation. One
Pluribus: a reliable multiprocessor
As computer technology has evolved, system architects have continually sought new ways to exploit the decreasing costs of system components to gain increased operating power through parallelism and/or to gain increases in system reliability through redundancy.
Effect of streptomycin on bacteriophage 0X174.
This paper presents preliminary studies concerning the effect of SM on the φX174 phage-antiphage system and shows that it does inactivate streptococcal bacteriophage P9 apparently by preventing injection of DNA by cross-linking between adjacent protein subunits.