A Survey of Digital Computer Memory Systems

@article{Eckert1997ASO,
  title={A Survey of Digital Computer Memory Systems},
  author={J. Presper Eckert},
  journal={Proceedings of the IEEE},
  year={1997},
  volume={85},
  pages={181-183}
}
  • J. P. Eckert
  • Published 1 October 1953
  • Computer Science
  • Proceedings of the IEEE
Many types of storage and memory systems have been proposed for use in digital computing systems. This survey paper discusses only the various systems whose reaction time is faster than hurman reaction time, employing a historical approach to the subject. Criteria for evaluation are discussed, and comparisons given among the different systems as to general applicability, ease of construction and use, speed of operation, latency time, memory span, and economy. 

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References

SHOWING 1-10 OF 16 REFERENCES

A storage system for use with binary-digital computing machines

The requirement for digital computing machines of large storage capacity has led to the development of a storage system in which the digits are represented by a charge pattern on the screen of a

An experimental rapid access memory using diodes and capacitors

TLDR
This paper presents information on the developmental phase of a new type of memory which stores information on discrete capacitors which it is hoped will offer an order of reliability which is new in the field of high-speed parallel memories.

The Binac

The Binac was the first high-speed electronic digital computer of its type to be completed. It consists of a main computing section, input-output equipment, and a mercury delay-line memory of

Mercury Delay Line Memory Using a Pulse Rate of Several Megacycles

TLDR
The memory system described makes possible a significant increase in the over-all speed of an electronic computer.

An Electrostatic-Tube Storage System

TLDR
A storage system which will store binary pulses has been constructed, and should prove useful in laboratory studies of certain communication problems and may be used to compress, expand, or delay a group of pulses.

A Coincident-Current Magnetic Memory Cell for the Storage of Digital Information

A small, ring-shaped, ferromagnetic core with properly "rectangular" B-H characteristics may be operated so that its flux polarity reverses only when the correct combination of two or three

Lead networks utilizing a saturable core memory

  • D. G. Scorgie
  • Physics
    Transactions of the American Institute of Electrical Engineers, Part II: Applications and Industry
  • 1952
AUTOMATIC feedback control systems have been deeply explored and widely discussed throughout the literature. This paper will discuss special circuits which are peculiarly adaptable to such systems.

Magnetic Delay-Line Storage

  • An Wang
  • Physics
    Proceedings of the IRE
  • 1951
Recent developments established that binary information could be stored and read out in a magnetic medium statically by electrical pulses only. A number of these magnetic cores are connected together

A Dynamically Regenerated Electrostatic Memory System

In an electrostatic memory system, the words are stored as charge patterns on the screen of a cathode-ray tube. Memory is extended by a systematic regeneration process. All experiments were performed

Encyclopedia of Computer Science

TLDR
This new edition of the Encyclopedia of Computer Science has 2,000 pages containing over 600 fully-updated articles by internationally-known computing experts, and over 100 new articles covering emerging, cutting-edge subjects.