Pages that link to "Item:Q3127345"
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The following pages link to On the rapid computation of various polylogarithmic constants (Q3127345):
Displaying 26 items.
- Analysis of PSLQ, an integer relation finding algorithm (Q4221985) (← links)
- NEW SERIES IDENTITIES FOR ${\frac{1}{\Pi}}$ (Q4605413) (← links)
- π Fraction-Based Optimization of the PBM Antenna Benchmarks (Q4613880) (← links)
- An optimal, stable continued fraction algorithm for arbitrary dimension (Q4645911) (← links)
- The Googol-th Bit of the Erdős–Borwein Constant (Q4650106) (← links)
- Some New Formulas for π (Q4651436) (← links)
- Subword complexity and finite characteristic numbers (Q4682405) (← links)
- On the Random Character of Fundamental Constant Expansions (Q4736648) (← links)
- An Empirical Approach to the Normality of π (Q4908503) (← links)
- $q$-analogues of several $\pi $-formulas (Q4959710) (← links)
- On the genesis of BBP formulas (Q4988888) (← links)
- Some BBP-type series for polylog integrals (Q5061876) (← links)
- Alternating Euler sums and BBP-type series (Q5078343) (← links)
- Numerical analysis of chords summation algorithm for \(\pi\) value (Q5119524) (← links)
- Jonathan Borwein: Renaissance Mathematician (Q5163929) (← links)
- Several BBP-type formulas for π (Q5246270) (← links)
- Random Generators and Normal Numbers (Q5472048) (← links)
- Normal Numbers and Pseudorandom Generators (Q5746428) (← links)
- Log π and Other Basic Constants (Q5769100) (← links)
- Fast computation of \(\zeta(3)\) and of some special integrals using the Ramanujan formula and polylogarithms (Q5960911) (← links)
- On the complexity of algebraic numbers, and the bit-complexity of straight-line programs1 (Q6048002) (← links)
- \( \pi \)-formulas from dual series of the Dougall theorem (Q6165937) (← links)
- Topological quantum gates in homotopy type theory (Q6584358) (← links)
- Peter Borwein: a philosopher's mathematician (Q6592067) (← links)
- Experimental computation as an ontological game changer: the impact of modern mathematical computation tools on the ontology of mathematics (Q6599246) (← links)
- Using finite automata to compute the base-\(b\) representation of the golden ratio and other quadratic irrationals (Q6666784) (← links)
