Title: Simulation of chromosomal regions shared by family members.
Description: R package for simulation of IBD sharing among family
members. Using sex specific recombination rates from the Decode
map (2010) of the human genome, phased chromosomes are
simulated for all pedigree members, either by unconditional
'gene dropping' or conditional on a specified IBD pattern.
Regions compatible with the query IBD pattern (possibly
different from the conditional pattern) are subsequently

Maintainer: Magnus Dehli Vigeland <magnusdv@studmed.uio.no>
Depends: R (>= 2.15), paramlink (>= 0.7)

Description: R package for simulation of IBD sharing among family members. Using sex specific recombination rates from the Decode map (2010) of the human genome, phased chromosomes are simulated for all pedigree members, either by unconditional 'gene dropping' or conditional on a specified IBD pattern. Regions compatible with the query IBD pattern (possibly different from the conditional pattern) are subsequently detected and summarized.

Title: Simulation of Chromosomal Regions Shared by Family Members

Maintainer: Magnus Dehli Vigeland <m.d.vigeland@medisin.uio.no>
Description: Simulation of segments shared identical-by-descent (IBD) by
pedigree members. Using sex specific recombination rates along the human
genome (Kong et. al (2010) <doi:10.1038/nature09525>), phased chromosomes
are simulated for all pedigree members, either by unconditional gene
dropping or conditional on a specified IBD pattern. Additional functions
provide summaries and further analysis of the simulated genomes.

Title: Approximation using the IBHM method
Description: This package implements an incremental model construction
method called IBHM which stands for Incrementally Built
Heterogenous Model. The method is designed for solving real
number approximation problems in a highly automated fashion.

Description: Implementation of an incremental model construction method called IBHM which
stands for Incrementally Built Heterogeneous Model. The method is designed for solving
real number approximation problems in a highly automated fashion.