(Page 0913a) Notes for: Systems Based on Numbers | Mathematical Constants [Computing] square roots A standard way to compute Sqrt[n] is Newton's method (actually used already ...

(Page 0892a) Notes for: The World of Simple Programs | Substitution Systems Connections [of substitution systems] with square roots Substitution systems such as (c) above are ...

(Page 0139) below show successive steps in a particular method for computing the base 2 digit sequence for the rational numbers p/q . The method is essentially standard long ...

(Page 0143) By replacing the addition and multiplication that appear above by other operations one can then get other representations for numbers. A common example are ...

(Page 0913) Notes for: Systems Based on Numbers | Mathematical Constants NOTES FROM PAGE [Computing] square roots Nested digit sequences Concatenation sequences PAGE IMAGE ...

(Page 0142) ever occur. It is straightforward to construct a nested digit sequence using for example the substitution systems on page 83 , but the point is that such a digit ...

(Page 0144) all numbers. If one does this, then the typical experience is that in any particular representation, some class of numbers will have simple forms. But other ...

(Page 0892) Notes for: The World of Simple Programs | Substitution Systems NOTES FROM PAGE Connections [of substitution systems] with digit sequences Connections [of ...

(Page 0892b) Notes for: The World of Simple Programs | Substitution Systems Spectra of substitution systems See page 1080 . PAGE IMAGE RELATED LINKS All notes on this page: ...

(Page 0945c) Notes for: Two Dimensions and Beyond | Systems Based on Constraints Constraints on formulas Many standard problems of algebraic computation can be viewed as ...