Description: We provide an R tool for teaching in Social Sciences. It allows the computation of index numbers. It is a measure of the evolution of a fixed magnitude for only a product of for several products. It is very useful in Social Sciences. Among others, we obtain simple index numbers (in chain or in serie), index numbers for not only a product or weighted index numbers as the Laspeyres index (Laspeyres, 1864), the Paasche index (Paasche, 1874) or the Fisher index (Lapedes, 1978).

Description: Calculate Indian Income Tax liability for Financial years of Individual resident aged below 60 years,Senior Citizen,Super Senior Citizen, Firm, Local Authority, Any Non Resident Individual / Hindu Undivided Family / Association of Persons /Body of Individuals / Artificial Judicial Person, Co-operative Society.

Title: Infine-dimensional model (IDM) to analyse phenotypic variation
Description: This package contains functions to perform calculations of
the infine-dimensional model (IDM) and to produce 95%
confidence intervals around the model elements through

Title: Functiont that simulates an epidemic in a network of contacts.
Author: Lilia Ramirez Ramirez and Mary Thompson
Maintainer: Lilia Ramirez Ramirez <llramire@math.uwaterloo.ca>
Description: The simulations consider SIR epidemics with events in continuous time (exponential inter-event times).
It can consider a structure of local networks and has an option to visualize it with the animator called
Packaged: Mon Oct  2 09:47:32 2006; llramire

Title: Inference About the Standardized Mortality Ratio when Evaluating
the Effect of a Screening Program on Survival
Author: Denis Talbot, Thierry Duchesne, Jacques Brisson, Nathalie
Description: Functions to make inference about the
standardized mortality ratio (SMR) when evaluating the
effect of a screening program. The package is
based on methods described in Sasieni (2003)

Title: Inference about the standardized mortality ratio when evaluating
the effect of a screening program on survival.
Description: The InferenceSMR package provides functions to make
inference about the standardized mortality ratio (SMR) when
evaluating the effect of a screening program. The package is
based on methods described in Sasieni (2003) and Talbot et al.