The often forgotten role of Catholic sisters is told in experiences deeply rooted in self-realization and feminist methodology. In this collection of thirteen essays the contributors illuminate the little known world of a very creative and committed community of women—their aspirations, their values, their mission. An often neglected part of feminist research, this type of sisterly collaboration affirms the seminal paradigms in women's work and writing. These essays deal with many of the same issues of power, economic autonomy, friendship, spirituality, socialization, and professional commitment encountered in other feminist endeavors. Building Sisterhood gives the reader insight into the rigorous training involved in becoming a nun, including the complex relationships between the Monroe community, other IHM sites, and within the intricate church hierarchy. Feminist historian Margaret Susan Thompson places the essays within a historical context and provides detailed background for those unfamiliar with the life, duty, and experience of Catholic sisters. This book will make a unique contribution to feminist scholarship, religious studies, and women's history

ROBETH (written in ANSI FORTRAN 77) is a systematized collection of algorithms that allows computation of a broad class of procedures based on M- and high-breakdown point estimation, including robust regression, robust testing of linear hypotheses, and robust coveriances. This book describes the computational procedures included in ROBETH. Each chapter is organized into three parts: 1. An overview of the theoretical background for the statistical and numerical methods 2. A detailed description of the corresponding FORTRAN subroutines and of the numerical algorithms as they are implemented 3. The scripts of several examples concerning the use of ROBETH by means of the S-PLUS interface, including some examples of high-level S functions.

This book links up the theory of a selection of statistical procedures used in general practice with their application to real world data sets using the statistical software package SAS (Statistical Analysis System). These applications are intended to illustrate the theory and to provide, simultaneously, the ability to use the knowledge effectively and readily in execution.

This book represents a collection of papers that relate to the challenges and problems posed by the ever-changing and diversified nature of today’s classroom. The papers discuss and demonstrate methodologies and learning strategies, and in the process, recommend effective practices that are practical and open to adaptation for different teaching and learning contexts. They range from suggestions on how to exploit information technology resources to individual or specific case studies. These case studies report on a variety of contextual issues and problems that are specified to particular learning contexts. This book, therefore, thus not only offers examples of tried and tested teaching strategies but also offers useful insights into specific sociocultural problems that are experienced by learners as well as teachers and interested stakeholders in particular settings and countries. The papers offer a comprehensive documentation of past as well as present problems faced by teachers, policy makers and students, and discuss ways and strategies of overcoming such problems such that the teaching and learning process is not only enhanced but made more meaningful and fulfilling to both teachers and learners. The inherently global perspective of the papers in this book makes it an enriching compendium.

Originally published in 1997, the principal object of the editors in compiling this collection of Robert R. Sterling’s work was to make more of his publications accessible in a convenient form to the academic and professional accounting communities, and to current and future generations of accounting students. While it is not a complete portfolio of his published work to date, this anthology contains all of Sterling’s major articles. Through his long-term quest for a science of accounting, Sterling sought to bring together accounting educators, practitioners, regulators, and researchers in order to identify credible advancements in accounting knowledge, authoritative changes to accounting practice, and transforming improvements to accounting education.

A deep dive into the trailblazing simulation game SimCity, situating it in the history of games, simulation, and computing. Building SimCity explores the history of computer simulation by chronicling one of the most influential simulation games ever made: SimCity. As author Chaim Gingold explains, Will Wright, the visionary designer behind the urban planning game, created SimCity in part to learn about cities, appropriating ideas from traditions in which computers are used as tools for modeling and thinking about the world as a complex system. As such, SimCity is a microcosm of the histories and cultures of computer simulation that engages with questions, themes, and representational techniques that reach back to the earliest computer simulations. Gingold uses SimCity to explore a web of interrelated topics in the history of technology, software, and simulation, taking us far and wide—from the dawn of programmable computers to miniature cities made of construction paper and role-play. An unprecedented history of Maxis, the company founded to bring SimCity to market, the book reveals Maxis’s complex relations with venture capitalists, Nintendo, and the Santa Fe Institute, which shaped the evolution of Will Wright’s career; Maxis’s failure to back The Sims to completion; and the company’s sale to Electronic Arts. A lavishly visual book, Building SimCity boasts a treasure trove of visual matter to help bring its wide-ranging subjects to life, including painstakingly crafted diagrams that explain SimCity’s operation, the Kodachrome photographs taken by Charles Eames of schoolchildren making model cities, and Nintendo’s manga-style “Dr. Wright” character design, just to name a few.