Series: Chapman & Hall/CRC Texts in Statistical Science
Series Volume: 71
ISBN: 158488701X
Publication Date: 2/28/2007
Number of Pages: 544
Links nonparametric or distribution-free procedures to other
statistical approaches
Provides the latest methodology on censored data and
bootstrapping
Covers interactions in factorial structures and multiple
comparison tests
Features a range of realistic, worked-out examples from medicine,
biology, engineering, and the social sciences
Offers a time-restricted version of StatXact via the book's tear-out
response card
Contains numerous end-of-chapter exercises and selected solutions
in an appendix
Includes a full solutions manual with qualifying course adoptions
While preserving the clear, accessible style of previous
editions, Applied Nonparametric Statistical Methods, Fourth
Edition reflects the latest developments in computer-intensive
methods that deal with intractable analytical problems and
unwieldy data sets.
Reorganized and with additional material, this edition begins
with a brief summary of some relevant general statistical
concepts and an introduction to basic ideas of nonparametric or
distribution-free methods. Designed experiments, including those
with factorial treatment structures, are now the focus of an
entire chapter. The text also expands coverage on the analysis of
survival data and the bootstrap method. The new final chapter
focuses on important modern developments, such as large sample
methods and computer-intensive applications.
Keeping mathematics to a minimum, this text introduces
nonparametric methods to undergraduate students who are taking
either mainstream statistics courses or statistics courses within
other disciplines. By giving the proper attention to data
collection and the interpretation of analyses, it provides a full
introduction to nonparametric methods.
Table of contents
This book presents a new front of research in conformal
geometry, on sign-changing Yamabe-type problems and contact form
geometry in particular. New ground is broken with the
establishment of a Morse lemma at infinity for sign-changing
Yamabe-type problems. This family of problems, thought to be out
of reach a few years ago, becomes a family of problems which can
be studied: the book lays the foundation for a program of
research in this direction.
In contact form geometry, a cousin of symplectic geometry, the
authors prove a fundamental result of compactness in a
variational problem on Legrendrian curves, which allows one to
define a homology associated to a contact structure and a vector
field of its kernel on a three-dimensional manifold. The homology
is invariant under deformation of the contact form, and can be
read on a sub-Morse complex of the Morse complex of the
variational problem built with the periodic orbits of the Reeb
vector-field. This book introduces, therefore, a practical tool
in the field, and this homology becomes computable.
Contents:
Sign-Changing Yamabe-Type Problems:
General Introduction
Results and Conditions
Conjecture 2 and Sketch of the Proof of Theorem 1
Outline
The Difference of Topology
Open Problems
Preliminary Estimates and Expansions, the Principal Terms
Preliminary Estimates
Proof of the Morse Lemma at Infinity when the Concentrations are
Comparable
Proof of the Morse Lemma at Infinity
Contact Form Geometry:
General Introduction
On the Dynamics of a Contact Structure Along a Vector Field of
Its Kernel
Appendix 1
The Normal Form of (a, u) Near an Attractive Periodic Orbit of u
Compactness
Transmutations
On the Morse Index of a Functional Arising in Contact Form
Geometry
and other chapters
Readership: Researchers seeking new and fresh directions in the
field of conformal geometry.
550pp (approx.) Pub. date: Scheduled Spring 2007
ISBN 978-1-86094-772-8
1-86094-772-7
Noncommutative geometry is a novel approach which is opening
up new possibilities for geometry from a mathematical viewpoint.
It is also providing new tools for the investigation of quantum
space釦ime in physics. Recent developments in string theory have
supported the idea of quantum spaces, and have strongly
stimulated the research in this field. This self-contained volume
contains survey lectures and research articles which address
these issues and related topics. The book is accessible to both
researchers and graduate students beginning to study this subject.
Contents:
Generalized Geometry, Mirror Symmetry and T-Duality (P Bouwknegt)
Non(anti) commutative N=2 Supersymmetric U(N) Gauge Theory (K Ito)
Noncommutative Solitons (O Lechtenfeld)
Anomalies, Gerbes, and Twisted K-Theory (J Mickelsson)
Introduction to Gerbe, Twisted K-Theory and Noncommutative
Geometry (H Moriyoshi)
Two-Dimensional Yang-Mills Theory and Instanton Counting (K Ohta)
and other papers
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Contents:
Deformations and Noncommutativity:
Expressions of Algebra Elements and Transcendental Noncommutative Calculus (H Omori et al.)
Representations of Gauge Transformation Groups of Higher Abelian Gerbes (K Gomi)
Examples of Groupoid (N Miyazaki)
Differential Equations and Schwarzian Derivatives (H Sato et al.)
Deformed Field Theory and Solutions:
Noncommutative Solitons (O Lechtenfeld)
Seiberg-Witten Monopole and Young Diagrams (A Sako)
Instantons in Non(anti)commutative Gauge Theory via Deformed ADHM Construction (T Araki et al.)
A Solution of Yang邦ills Equation on BdS Spacetime (X Ren & S Wang)
Difference Discrete Geometry on Lattice (K Wu et al.)
and other papers
Readership: Graduate students and researchers in mathematics and
theoretical physics.
350pp (approx.) Pub. date: Scheduled Spring 2007
ISBN 978-981-270-469-6
981-270-469-8
In Before It's Too Late: A Report to the Nation from the
National Commission on Mathematics and Science Teaching for the
21st Century (2000) in the US, the authors quote from James
Stigler's conclusions from various videotape research studies of
mathematics teaching: "The key to long-term improvement [in
teaching] is to figure out how to generate, accumulate, and share
professional knowledge". Japanese Lesson Study has proved to
be one successful means.
This book supports the growing movement of lesson study to
improve the quality of mathematics education from the original
viewpoints of Japanese educators who have been engaging in lesson
study in mathematics for professional development and curriculum
implementation. This book also illustrates several projects
related to lesson study in other countries.
Contents:
Japanese Lesson Study in Mathematics:
How Is In-Service Teacher Training Conducted in Japan?
Mathematics Curriculum and Way of Implementation
Comparisons of Features of Past International Comparative Studies
Methods and Types of Study Lessons:
Preparation for Lessons
Unique Japanese Lesson Development ・Models and Examples
Trends of Research Topics in Japan Society of Mathematical
Education:
Lesson Study in Elementary Schools
Lesson Study in Junior High Schools
Lesson Study in High Schools
Diversity and Variety of Lesson Study:
Lesson Study as In-School Training
A Study of the Class in Training Course for Ten Year Experiences
Ties Between a University Faculty of Education and Its Attached
Schools
Curriculum Development at Attached Schools
International Cooperative Projects:
International Project Comparative Classroom Research
Movement of Lesson Study in Thailand
Lesson Study for the Effective Use of Open-Ended Problems
and other papers
Readership: Mathematics educators of teacher training colleges,
mathematics teachers, prospective teachers (elementary and
secondary school) and undergraduate students in mathematics.
300pp (approx.) Pub. date: Scheduled Spring 2007
ISBN 978-981-270-453-5
981-270-453-1
ISBN 978-981-270-544-0(pbk)
981-270-544-9(pbk)