Andrew Donald Booth

Andrew Donald Booth's AcademicInfluence.com Rankings

Andrew Donald Booth

Computer Science

#265

World Rank

#277

Historical Rank

Database

#410

World Rank

#430

Historical Rank

computer-science Degrees

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Computer Science

Why Is Andrew Donald Booth Influential?

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According to Wikipedia, Andrew Donald Booth was a British electrical engineer, physicist and computer scientist, who was an early developer of the magnetic drum memory for computers. He is known for Booth's multiplication algorithm. In his later career in Canada he became president of Lakehead University.

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Andrew Donald Booth's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Numerical Methods (1957) (1391)
A SIGNED BINARY MULTIPLICATION TECHNIQUE (1951) (1333)
Machine Translation of Languages (1956) (200)
Machine Translation of Languages: Fourteen Essays (1955) (157)
A "Law" of Occurrences for Words of Low Frequency (1967) (118)
Absorption of Microwaves by Microorganisms (1969) (105)
A Free-Flooding Acoustical Resonator for Measurement of Bubble Size Distributions (1998) (75)
Theory of the transmission and processing of information (1961) (67)
Fourier technique in X-ray organic structure analysis (1949) (63)
Cogito Ergo Sum (1960) (56)
163. The crystal structure of pentaerythritol tetranitrate (1947) (43)
Automatic Digital Calculators (1953) (42)
Machine-Independent Computer Programming (1963) (41)
Microwave Absorption by Normal and Tumor Cells (1971) (39)
AN APPLICATION OF THE METHOD OF STEEPEST DESCENTS TO THE SOLUTION OF SYSTEMS OF NON-LINEAR SIMULTANEOUS EQUATIONS (1949) (33)
On the Efficiency of a New Method of Dictionary Construction (1960) (26)
Economic Planning (1963) (25)
Aspects of Translation (1958) (25)
Mechanical resolution of linguistic problems (1958) (23)
Application of the Method of Steepest Descents to X-Ray Structure Analysis (1947) (22)
On two problems in potential theory and their application to the design of magnetic recording heads for digital computers (1952) (19)
Penetration of gown material by organisms from the surgical team. (1979) (19)
The accuracy of atomic co-ordinates derived from Fourier series in X-ray structure analysis (1946) (17)
Some methods of mechanized translation (1952) (15)
A differential Fourier method for refining atomic parameters in crystal structure analysis (1946) (15)
Magnetic spin lattice relaxation in the presence of spin-diffusion: The one-dimensional, two-region system (1987) (15)
Modeling and experimental analysis of n-dodecane oxidation in platinum-coated channels (2015) (14)
A Discussion on Computing Machines (1948) (10)
Accuracy of Atomic Co-ordinates Derived from Fourier Synthesis (1945) (10)
Two new modifications of the Fourier method of X-ray structure analysis (1945) (10)
A review of methods for the examination of magnetic domain structure (1997) (10)
Notes on Analog-Digital Conversion Techniques (1958) (9)
Progress in machine translation (2012) (9)
The Efficiency of Certain Methods of Information Retrieval (1958) (8)
Computing Methods and the Phase Problem in X‐ray Crystal Analysis by R. Pepinsky (1953) (8)
The crystal structure of pentaerythritol tetranitrate. (1947) (8)
ON THE GEOMETRY OF LIBRARIES (1969) (7)
Phase Angle Determination in X-Ray Crystallography (1946) (7)
Computers in the University of London, 1945-1962 (1975) (7)
Two Calculating Machines for X‐Ray Crystal Structure Analysis (1947) (7)
Use of a Computing Machine as a Mechanical Dictionary (1955) (7)
Some Logical Concepts for Syntax (1956) (6)
PRINCIPLES AND PROGRESS IN THE CONSTRUCTION OF HIGH-SPEED DIGITAL COMPUTERS (1949) (6)
A New Fourier Refinement Technique (1948) (6)
The refinement of atomic parameters by the technique known in X-ray crystallography as ‘the method of steepest descents’ (1949) (6)
LXXIV. An expression for following the process of refinement in X-ray structure analysis using fourier series (1945) (6)
Crystal Gazing (1961) (5)
The Greeks had a Word for IT (1957) (5)
New light on an old subject (1963) (5)
The first MT patents (2005) (5)
Digital Computers in Action (1965) (4)
Programming a Computer (1965) (4)
On a class of least-squares curve-fitting problems (1984) (4)
On the anharmonic oscillator (1982) (4)
A Kerr magneto‐optical microscope using polaroid polarizers (1965) (4)
The accuracy of atomic co-ordinates derived from Fourier series in X-ray structure analysis IV. The two-dimensional projection of oxalic acid (1947) (4)
Programs for an Electronic Digital Computer (1958) (4)
Some applications of digital computers in medicine. (1962) (4)
Laser in Cytology (1964) (4)
Relay computers (1989) (3)
The simultaneous differential refinement of co-ordinates and phase angles in X-ray Fourier synthesis (1946) (3)
Organ Preservation using Ultrabaric Oxygen (1966) (3)
French without Tears (1960) (3)
67.22 Fisher’s exact probability test: the calculations (1983) (2)
STORAGE DEVICES FOR HIGH SPEED CALCULATORS (1955) (2)
The accuracy of atomic co-ordinates derived from Fourier series in X-ray crystallography. V (1948) (2)
Technical Developments: The Development of A.P.E.(X).C. (1954) (2)
A New Refinement Technique for X‐Ray Structure Analysis (1947) (2)
A NEW TECHNIQUE FOR IMPROVING DOMAIN PICTURES IN KERR-EFFECT MICROSCOPY USING A LASER SOURCE, (1969) (2)
E. M. NELSON ON ILLUMINATORS (1962) (2)
Bashforth–Adams Method for the Numerical Solution of Differential Equations (1954) (2)
On optimum relations between circuit elements and logical symbols in the design of electronic calculators (1952) (2)
A note on the progressive calculation of the mean and variance (1988) (2)
The transport of paper tape in digital computation (1960) (1)
Fourier optics: an introduction by E. G. Steward (1984) (1)
LABORATORY NOTE: A Method for Calculating Reciprocal Spacings for X-ray Reflexions from a Monoclinic Crystal (1945) (1)
Progress in automation (1960) (1)
Patterson‐Harker Maps of Molecular Crystals (1947) (1)
A phonic wheel generator for position indication in digital computor magnetic drum storage (1954) (1)
Synthetic Patterson Maps (1946) (1)
A numerical method for calculating Green's functions (1976) (1)
The Electronic Digital Computer (1965) (1)
Accuracy of Atomic Co-ordinates Derived from X-ray Data (1946) (1)
Automation and computing (1961) (1)
Computing Machine Terminology (1952) (1)
Double Meanings (1995) (1)
2505. On magic squares (1955) (1)
2492. On multidimensional Pythagorean numbers (1955) (1)
MICROSCOPIC HISTORY: THE APERTURE QUESTION. (1964) (1)
Computers in the University of London, 1945–1962 (1980) (1)
An improved form of hysteresis loop plotter for magnetic materials (1953) (1)
The Computer in Science (1965) (1)
The resolution of composite photographic systems (1969) (1)
A ‘Zero’ Synthesis for Fourier Refinements (1953) (1)
Distribution functions and crystalline materials (1948) (1)
Machine Translation and Mechanised Linguistics (1965) (0)
The History and Recent Progress of Machine Translation (2010) (0)
General applications of digital computers (1957) (0)
An interesting set of simultaneous, nonlinear equations (1986) (0)
The Computer and the Law (1965) (0)
A DRUM-TYPE MICROSCOPE MADE BY JOHN DAVIS. (1964) (0)
The Origins of MT (1997) (0)
A simplified treatment of the diffraction of X-rays from perturbed lattices (1948) (0)
The Computer in Engineering (1965) (0)
A SMALL TRANSISTORIZED DIGITAL COMPUTER: ARITHMETIC AND CONTROL SECTIONS. (1965) (0)
Machines of the Past (1973) (0)
Computers Galore (1958) (0)
The Cut‐Off Phenomena of Protein Crystallography (1952) (0)
The Enumeration of Fourier Phase Permutations Using Electronic Analog Machines (1949) (0)
More on coordinate indexing, a review (1960) (0)
TRANSLATING MACHINES (2010) (0)
Book reviews (1982) (0)
Discussion on industrial applications of electronic computers (1954) (0)
A simple electronic Fourier synthesizer (1955) (0)
Mechanical Translation and its Implications in Data Processing (2017) (0)
Computers - the next ten years (1959) (0)
14 – Information Retrieval (1965) (0)
CALCULATING MACHINES AND MECHANICAL TRANSLATION (2010) (0)
7 – Engineering Automation (1965) (0)
A new “averaging” method for the location of atomic positions from X-ray data (1948) (0)
Labortips und Rezepte / Short Communications and Laboratory Tips (1970) (0)
Automation and Computing. (1960) (0)
Radial Patterson Distribution Functions (1949) (0)
Present Objectives of MT Research in the United Kingdom (1956) (0)
A SIMPLE EXPOSURE METER FOR PHOTOMICROGRAPHY OR FOR ENLARGING (Ein einfacher Belichtungsmesser fuer Mikrophotographie und Vergroesserung) (1970) (0)
An Isoperimetric Theorem Obtained by Elementary Means (1946) (0)
RINGS AND BRUSHES WITH POLARIZED LIGHT (1963) (0)
The future of automatic digital computers (1960) (0)
The M.2. computer (1961) (0)
The Euler Transformation for Non-Rectangular Axes (1948) (0)
Invisible Lunatic (1961) (0)
High speed tunnel diode counter (1965) (0)
How intelligent can a machine translator be? (1952) (0)
A note on approximating polynomials for trigonometric functions (1955) (0)
The Current Status of Direct Input in Great Britain (2011) (0)
Introduction to Session on the Computer in a Non-Arithmetic Role (1956) (0)
The Numbers Game (1960) (0)
68.38 An interesting determinant (1984) (0)
Automatic Digital Calculators: A Retrospect (1957) (0)
The accuracy of atomic co-ordinates derived from Fourier series in X-ray structure analysis. III (1947) (0)
Digital Calculating Machines and Their Application to Scientific and Engineering Work (1958) (0)
Techniques for the optimization of controlled processes (1963) (0)
Mathematics and Computers (1957) (0)
Foundations of Information Theory (1958) (0)
Introduction to the Session on Square-Loop Applications¿II (1957) (0)
Rate control for vacuum co-deposition of thin film cermets (1971) (0)
Syntactic Processing for Machine Translation and Its Implications for Cost and Speed (2011) (0)
Invariant Characteristics of X-Ray Fourier Syntheses (1952) (0)
Computer for medicine. (1969) (0)
“Invisible Lunatic” (1963) (0)
Recent computer projects (1948) (0)
The APE(X)C: a low-cost electronic calculator (1989) (0)
The mechanism of the catalytic oxidation of ethylene I. Experiments using a flow system (2016) (0)
Fouriertechnique in X-ray Organic Structure Analysis (K. Schubert) (1950) (0)
The Computer in Mathematics (1965) (0)
Games and Gamesmanship (1965) (0)
Photographic Techniques for Optical Microscopy and Macroscopy (1973) (0)
Cylindrical Patterson syntheses for the investigation of chain directions in X-Ray crystal analysis (1952) (0)
2358. On a result in the theory of plane curves (1953) (0)
The numerical solution of boundary value problems over an infinite domain (1976) (0)
Universal Language for Computing Machines (1961) (0)

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