Add to ORKGDraft version of an article, based upon a presentation given at ICHSTM Mancester in 2013.A detailed account of organizing ballistic computation at Aberdeen Proving Ground, from World War I to World War II, is given. In particular, the interactions between mathematical aspects and practical computational aspects, viz. manual calculation, analogue and digital machinery, are studied
International audienceFrom 1950 Australia’s Long Range Weapons Establishment took steps into an almo...
possible mechanization of both arithmetic and thought processes, that his logical processor could be...
Abstract: Preprint describes how was making ballistic operative control of support of spac...
In December 1916 Pearson offered the services of his staff from the Drapers’ Biometric Laboratory an...
It is easy to think of computers as giant calculators, and indeed the task of calculation and its me...
This article examines the way in which mathematicians were led to contribute to ballistic studies in...
Abstract. This article examines the way in which mathematicians were led to contribute to ballistic ...
Abstract. This chapter examines the way in which mathematicians were led to contribute to ballistic ...
The category of “military mathematical practitioners” consists of those active soldiers and engineer...
AbstractMathematical ballistics in the United States until the First World War was largely dependent...
The purpose of this thesis is to investigate the interplay between the technology, tactics and organ...
International audienceIn this talk, I would like to explore the various methods used during 18th and...
In 1936 Turing developed the definitive theory of universal classical computers. His motivation was ...
International audienceThroughout the 18th and 19th centuries, various methods were used to integrate...
For a long time, World War I has been shortchanged by the historiography of science. Until recently,...
International audienceFrom 1950 Australia’s Long Range Weapons Establishment took steps into an almo...
possible mechanization of both arithmetic and thought processes, that his logical processor could be...
Abstract: Preprint describes how was making ballistic operative control of support of spac...
In December 1916 Pearson offered the services of his staff from the Drapers’ Biometric Laboratory an...
It is easy to think of computers as giant calculators, and indeed the task of calculation and its me...
This article examines the way in which mathematicians were led to contribute to ballistic studies in...
Abstract. This article examines the way in which mathematicians were led to contribute to ballistic ...
Abstract. This chapter examines the way in which mathematicians were led to contribute to ballistic ...
The category of “military mathematical practitioners” consists of those active soldiers and engineer...
AbstractMathematical ballistics in the United States until the First World War was largely dependent...
The purpose of this thesis is to investigate the interplay between the technology, tactics and organ...
International audienceIn this talk, I would like to explore the various methods used during 18th and...
In 1936 Turing developed the definitive theory of universal classical computers. His motivation was ...
International audienceThroughout the 18th and 19th centuries, various methods were used to integrate...
For a long time, World War I has been shortchanged by the historiography of science. Until recently,...
International audienceFrom 1950 Australia’s Long Range Weapons Establishment took steps into an almo...
possible mechanization of both arithmetic and thought processes, that his logical processor could be...
Abstract: Preprint describes how was making ballistic operative control of support of spac...