AbstractBefore the mid-20th century, the most successful attempt to automatize mathematics was made by Charles Babbage in his Analytical Engine. By explaining the steps necessary for the machine to perform the task, Luigi Menabrea left little doubt that if an Analytical Engine could be built, it could solve two simultaneous linear equations in two unknowns. The same may be said of description given by Lady Lovelace of the computation of the Bernoulli numbers. However, despite repeated suggestions that it could also handle symbolic manipulation, the lack of similar specifics indicates otherwise. In this respect, the Analytical Engine followed a long tradition of claims about early calculators
In order to study spontaneous phenomena of semiotic instrument genesis in mathematical problem solvi...
The aim of this chapter is to study the history of the design and use of calculating machines to pro...
The paper investigates the role of famous historical tasks in building knowledge of linear equations...
English mathematician Charles Babbage drew inspiration from the Jacquard Loom chassis to design the ...
In Ada Lovelace's translation of one of the first introductions to Charles Babbage's "Analytical Eng...
Charles Babbage commenced work on the design of the Analytical Engine in 1834 following the collapse...
AbstractThis paper is primarily concerned with Babbage's plans for the Analytical Engine. It is base...
Ada, Countess of Lovelace, is remembered for a paper published in 1843, which translated and conside...
At the end of the 19th century, several analog machines had been proposed for solving algebraic equa...
The English mathematician Charles Babbage, who during the first half of the last century invented th...
There is a very intriguing book from 1893, with a second edition in 1905. Written by Maurice d’Ocag...
Charles Babbage (1791-1871) is widely recognised as the great ancestral figure in the history of com...
Summary: The English mathematician Charles Babbage, who during the first half of the nineteenth cent...
In this article we present some results of a cognitive study on Mathematical Machines taken from the...
In this article we present some results of a cognitive study on Mathematical Machines taken from the...
In order to study spontaneous phenomena of semiotic instrument genesis in mathematical problem solvi...
The aim of this chapter is to study the history of the design and use of calculating machines to pro...
The paper investigates the role of famous historical tasks in building knowledge of linear equations...
English mathematician Charles Babbage drew inspiration from the Jacquard Loom chassis to design the ...
In Ada Lovelace's translation of one of the first introductions to Charles Babbage's "Analytical Eng...
Charles Babbage commenced work on the design of the Analytical Engine in 1834 following the collapse...
AbstractThis paper is primarily concerned with Babbage's plans for the Analytical Engine. It is base...
Ada, Countess of Lovelace, is remembered for a paper published in 1843, which translated and conside...
At the end of the 19th century, several analog machines had been proposed for solving algebraic equa...
The English mathematician Charles Babbage, who during the first half of the last century invented th...
There is a very intriguing book from 1893, with a second edition in 1905. Written by Maurice d’Ocag...
Charles Babbage (1791-1871) is widely recognised as the great ancestral figure in the history of com...
Summary: The English mathematician Charles Babbage, who during the first half of the nineteenth cent...
In this article we present some results of a cognitive study on Mathematical Machines taken from the...
In this article we present some results of a cognitive study on Mathematical Machines taken from the...
In order to study spontaneous phenomena of semiotic instrument genesis in mathematical problem solvi...
The aim of this chapter is to study the history of the design and use of calculating machines to pro...
The paper investigates the role of famous historical tasks in building knowledge of linear equations...