Legends of the Madonna, as represented in the fine arts. : Forming the thrird series of Sacred and legendary art. /

Mode of access: Internet.

The Brothers of Holy Cross /

Mode of access: Internet.

The Psalter and martyrology of Ricemarch.

"Principl authorities": v. 1, p. [vii]-viii.

The mothers' book : suggestions regarding the mental and moral development of children /

Mode of access: Internet.

Sermons on selected lessons of the New Testament /

Translated by R.G. Macmullen.

St. Paul and Protestantism, with an essay on Puritanism and the Church of England,

Mode of access: Internet.

The Anglo-Saxon version of the Hexameron of St. Basil; or, Be Godes six daga weorcum; and the Anglo-Saxon remains of St. Basil's Admonitio ad filium spiritualem.

Mode of access: Internet.

The Confessions of St. Augustine /

Mode of access: Internet.

Corpus Ignatianum; a complete collection of the Ignatian epistles, genuine, interpolated and spurious; togethe with numerous extracts from them, as quoted by ecclesiastical writers down to the tenth century; in Syriac,Greek, and Latin: an English translation of the Syriac text, copious notes, and introduction by William Cureton.

Mode of access: Internet.

The works of John Knox /

Includes indexes.

Études critiques sur les sermons authentiques de Saint Augustin /

Includes index.

Histoire de Saint Augustin,

Mode of access: Internet.

Historical memorials of Canterbury /

Includes index.

Genetic assignment methods for the direct, real-time estimation of migration rate: a simulation-based exploration of accuracy and power

Genetic assignment methods use genotype likelihoods to draw inference about where individuals were or were not born, potentially allowing direct, real-time estimates of dispersal. We used simulated data sets to test the power and accuracy of Monte Carlo resampling methods in generating statistical thresholds for identifying F-0 immigrants in populations with ongoing gene flow, and hence for providing direct, real-time estimates of migration rates. The identification of accurate critical values required that resampling methods preserved the linkage disequilibrium deriving from recent generations of immigrants and reflected the sampling variance present in the data set being analysed. A novel Monte Carlo resampling method taking into account these aspects was proposed and its efficiency was evaluated. Power and error were relatively insensitive to the frequency assumed for missing alleles. Power to identify F-0 immigrants was improved by using large sample size (up to about 50 individuals) and by sampling all populations from which migrants may have originated. A combination of plotting genotype likelihoods and calculating mean genotype likelihood ratios (D-LR) appeared to be an effective way to predict whether F-0 immigrants could be identified for a particular pair of populations using a given set of markers.

Quasi-Monte Carlo Methods for some Linear Algebra Problems. Convergence and Complexity

We present quasi-Monte Carlo analogs of Monte Carlo methods for some linear algebra problems: solving systems of linear equations, computing extreme eigenvalues, and matrix inversion. Reformulating the problems as solving integral equations with a special kernels and domains permits us to analyze the quasi-Monte Carlo methods with bounds from numerical integration. Standard Monte Carlo methods for integration provide a convergence rate of O(N^(−1/2)) using N samples. Quasi-Monte Carlo methods use quasirandom sequences with the resulting convergence rate for numerical integration as good as O((logN)^k)N^(−1)). We have shown theoretically and through numerical tests that the use of quasirandom sequences improves both the magnitude of the error and the convergence rate of the considered Monte Carlo methods. We also analyze the complexity of considered quasi-Monte Carlo algorithms and compare them to the complexity of the analogous Monte Carlo and deterministic algorithms.