Likelihood-enhanced fast rotation functions

Volume: 60, Issue: 3, Pages: 432 - 438
Published: Feb 25, 2004
Abstract
Experiences with the molecular-replacement program Beast have shown that maximum-likelihood rotation targets are more sensitive to the correct orientation than traditional targets. However, this comes at a high computational cost: brute-force rotation searches can take hours or even days of computation time on current desktop computers. Series approximations to the full likelihood target have been developed that can be computed by fast Fourier...
Paper Details
Title
Likelihood-enhanced fast rotation functions
Published Date
Feb 25, 2004
Volume
60
Issue
3
Pages
432 - 438
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