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Primitive and ancient man used his fingers, shells, beads, sticks, and other objects to keep track of numbers and sums. The development of paper and writing instrumentsmade it easier to record data, but gave little aid in manipulating it.
A computer is sometimes defined as a system that mechanizes the processing of information. Even a manual device may fall under this definition if they are constructed in such a way that moving them by hand can produce the desired answer. Example:
The abacus is the oldest-known mechanical computing aid. Its origin is uncertain. Many countries claim to have invented it. It was used in China as early as the sixth century B.C. and in the mediterranean areain ancient Greek and Roman times. It is still used in many parts of the world.
The abacus consists of beads strung on rows of wires suspended within a rectangular frame. A common form has a piece of wood dividing the beads, with five beads on one side, and two on the other side of the wood on each wire.
Calculating Machines and their Inventors:
Through the centuries, several mathematical geniuses invented machinesto aid them in their calculations. The machines were never widely used and generally had no direct path to the later development of electronic computers. Example:
Blaise Pascal (1623-1662) a French matematician, invented the first mechanical adding machine at age 19 in 1642. He became tired of adding long columns of figures while helping his father, who had been appointed administrator of Rouen by Cardenal Richelieu. His device had teen toothed wheels and many gears. Rotating wheels developed sums. A carry lever advanced the next wheel to the left one position when a sum exceeded 10.
Many of us are surprised to learn that the punched card industry is almost 200 years old. Furthermore, the first use of punched cards wasn't for data processing, but rather for process control. Example:
Joseph Marie Jacquard (1752-1834), a French Weaver, in 1804 developed th
Terminology mentioned in this term paper
data communications, data processing, batch processing,
Names mentioned in this paper
John V. Atanasoff, Dr. John Mauchly, Sperry Rand, Joseph Marie Jacquard, Dr. Vannevar Bush, Berry, Cardenal Richelieu, Dr. Bush, Dr. Maurice V. Wilkes, Burroughs, Clifford Burry, Napoleon, Dr. J. Prespert Eckert,
Organizations referenced in this term paper
Iowa State College, University of Pennsylvania, army, Moore School of Engineering, Cambridge University, U.S. Bureau, MIT, Massachusets Institute of Technology,
Locations included in this research material
mediterranean, China, France, Washington, D.C., England,
Facility referenced in this term paper
Naval Ordnance Laboratories,
Companies referenced in this paper
IBM, Bell Laboratories, Remington Rand, HoneyWell, Ordnance Engineering Corporation,
Keywords mentioned in this paper
computers, machine, punched card, third generation, Electronic Discrete Variable Automatic Computer, John Mauchly, Sperry Rand, magnetic core, magnetic tape, State College, Atanasoff, Atanasoff Berry Computer, beads, access time, Joseph Marie Jacquard, computer industry, eniac, UNIVAC, Ordnance Engineering Corporation, adding machine, Vannevar Bush, abacus, Remington Rand, disk storage, gears, Blaise Pascal, differential analyzer, calculations, external storage, main storage, Naval Ordnance, Patent infringement, the third generation, Berry, presiding judge, Solid State memory, ancient greek, data processing, presidential election, batch processing, Bell Laboratories, process control, graduate student, court case, stored program, data communications, air force, vacuum tube, EDSAC, sums,