Results 201 to 210 of about 879,838 (242)
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Journal of Reading, Writing, and Learning Disabilities International, 1989
The authors describe an instructional model for integrating the microcomputer into the mathematics curriculum. Development, understanding, higher order thinking, and applications are elements of the model. Software is identified for each category. The roles of telecommunications, spreadsheets, databases, graphics, and graphing in mathematics curriculum
Gary G. Bitter, Mary M. Hatfield
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The authors describe an instructional model for integrating the microcomputer into the mathematics curriculum. Development, understanding, higher order thinking, and applications are elements of the model. Software is identified for each category. The roles of telecommunications, spreadsheets, databases, graphics, and graphing in mathematics curriculum
Gary G. Bitter, Mary M. Hatfield
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1989
Abstract : Computers and Mathematics '89 is the third in a series of conferences devoted to the use of computers in mathematics and the mathematical sciences. This is interpreted in a broad sense; computers are used in mathematics not just for approximate numerical calculation but in virtually every area of pure and applied mathematics, including ...
Erich Kaltofen, Stephen M. Watt
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Abstract : Computers and Mathematics '89 is the third in a series of conferences devoted to the use of computers in mathematics and the mathematical sciences. This is interpreted in a broad sense; computers are used in mathematics not just for approximate numerical calculation but in virtually every area of pure and applied mathematics, including ...
Erich Kaltofen, Stephen M. Watt
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Mathematical Consultants, Computational Mathematics and Mathematica Engineering [PDF]
The American Mathematical Monthly, 1955 (1955). Mathematical Consultants, Computational Mathematics and Mathematical Engineering. The American Mathematical Monthly: Vol. 62, No. 8, pp. 565-571.
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Computer Science Education, 1992
After years of discussion, the consensus among academic computer scientists seems to be that undergraduate computer science programs need more mathematical content. This mathematical content is not to be found in areas such as calculus and differential equation but in areas such as discrete mathematics and mathematical logic.
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After years of discussion, the consensus among academic computer scientists seems to be that undergraduate computer science programs need more mathematical content. This mathematical content is not to be found in areas such as calculus and differential equation but in areas such as discrete mathematics and mathematical logic.
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Physics Bulletin, 1957
By G. R. Stibitz and J. A. Larrivee London and New York: McGraw Hill Publishing Co. Ltd. Pp. 228 + vi. Price 37s. 6d. George Stibitz, the senior author, has had a long and distinguished connexion with the computing machine field and the appearance of this book produced a pleasant sense of anticipation in the reviewer.
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By G. R. Stibitz and J. A. Larrivee London and New York: McGraw Hill Publishing Co. Ltd. Pp. 228 + vi. Price 37s. 6d. George Stibitz, the senior author, has had a long and distinguished connexion with the computing machine field and the appearance of this book produced a pleasant sense of anticipation in the reviewer.
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The Mathematics of Computer Graphics
The Visual Computer, 1987Until relatively recently, researchers in computer graphics paid scant attention to the numerics of their computations. Computation was used as a simple tool to evaluate algorithms or transform data into some appropriate pictoral representation. Thus standard computer graphics texts have little to say about numerical methods, just as earlier numerical ...
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Mathematics and the Computer Revolution
Izvestiya: Mathematics, 1986Computers have transformed modern society and mathematics has not escaped. This article written 30 year ago, highlighted the impact on mathematics at many levels. Despite the exponential growth of computer power and sophistication, the dangers identified 30 years ago remain as pertinent as ever.
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1986
Although to many people the electronic computer has come to symbolize the importance of mathematics in the modern world, few professional mathematicians are closely acquainted with the machine. Some, in fact, seem even to fear that individual scientific efforts will be pushed into the background or replaced by less imaginative, purely mechanical habits
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Although to many people the electronic computer has come to symbolize the importance of mathematics in the modern world, few professional mathematicians are closely acquainted with the machine. Some, in fact, seem even to fear that individual scientific efforts will be pushed into the background or replaced by less imaginative, purely mechanical habits
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Women, mathematics and computer science
ACM SIGCSE Bulletin, 2002"… women embrace the "precision" of mathematics." a quote from panelist Paul De Palma's viewpoint article "Why Women Avoid Computer Science" in the June 2001 CACM. Panelist Kim Kihlstrom notes "… I got into electrical engineering and then computer science exactly because I love math." Henderson's evidence indicates that women performed better than men ...
Vicki L. Almstrum +4 more
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Computational mathematics and computer science
Education and Computing, 1993Abstract After some general comments about computer arithmetic consideration is given to a number of branches of mathematics to see what topics are relevant to courses in computer science and to applications of computers. The overall conclusion is that the key material might be covered in a minimum of about 40 lectures which could be given either as
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