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Revision 2 as of 2008-08-12 11:10:09
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Revision 3 as of 2008-08-12 11:10:49
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Editor: RobertMiller
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Deletions are marked like this. Additions are marked like this.
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|| $> s\ sec/ms/\mu s$ || does not finish in time $s$ ||

Problem Key

\rightarrow

simplify

A(...)

assume ...

Performance Key

\times

wrong answer/cannot do the problem

s\ sec/ms/\mu s

performs correctly in time s

> s\ sec/ms/\mu s

does not finish in time s

>.<, s

performs correctly in time s, very difficult to convince system to do what you want

Problem

Maple

Mathematica

GiNaC

Maxima

Sage

Symbolics

Notes (such as code used/version etc.)

\sqrt{2\sqrt{3} + 4} \rightarrow 1 + \sqrt{3}

2\infty - 3 \rightarrow \infty

\frac{e^x-1}{e^{x/2}+1} \rightarrow e^{x/2} - 1

A(x \geq y, y \geq z, z \geq x); x = z?

A(x > y, y > 0); 2x^2 > 2y^2?

\frac{\cos(3x)}{\cos x} \rightarrow \cos^2 x - 3\sin^2 x

\frac{\cos(3x)}{\cos x} \rightarrow 2\cos(2x) - 1

A(x,y > 0); x^{1/n}y^{1/n} - (xy)^{1/n} \rightarrow 0

\log(\tan(\frac{1}{2}x + \frac{\pi}{4})) - \sinh^{-1}(\tan(x)) \rightarrow 0

\log\frac{2\sqrt{r} + 1}{\sqrt{4r + 4\sqrt{r} + 1}} \rightarrow 0

WesterBenchmarks (last edited 2017-09-01 06:55:22 by chapoton)