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• Parallel computing
  ...th 10,000 cores, one could be designated for each body. Then for each time interval, each core would calculate for that body, then the data would be exchanged, ...es a form of parallel computing. Since the [[Lucas-Lehmer test]] for one [[exponent]] does not depend on the results from others, they can be run in parallel.
  3 KB (416 words) - 06:47, 1 May 2019
• Self-initializing quadratic sieve
  Both relations have non-square RHS, since the exponent of 13 is not even. But multiplying them we get: We will [[Sieving|sieve]] in the interval <nowiki>[-M, +M]</nowiki> using several polynomials <math>g_{a,b}(x)\, =\,
  10 KB (1,763 words) - 02:56, 12 March 2019
• Multiple polynomial quadratic sieve
  Both relations have non-square RHS, since the exponent of 13 is not even. But multiplying them we get: We will sieve in the interval <nowiki>[-M, +M]</nowiki> using several polynomials <math>g_{a,b}(x)\, =\,
  6 KB (1,068 words) - 14:33, 13 February 2019
• Nash weight
  ...ge 100000 < {{Vn}} < 110000 after performing a Nash sieve with a (default) exponent limit of 256. standard Nash weight for the interval 100000 <= n < 110000.
  2 KB (330 words) - 09:11, 23 September 2021