书籍详情
格式
平装书
页数
470
语言
英语
已发布
Jun 30, 2021
出版商
Routledge
版本
1
ISBN-10
0367533731
ISBN-13
9780367533731
描述
This book introduces readers to the intricate world of richly parameterized linear models, a versatile tool in the field of statistical science. James S. Hodges expertly navigates through the complexities of linear modeling, emphasizing the need for appropriate parameterization to enhance model fit and performance. With an engaging approach, the author not only presents theoretical foundations but also illustrates practical applications that underscore the models' relevance in real-world scenarios.
Hodges delves into various techniques and methodologies, addressing challenges and opportunities in model construction. His emphasis on understanding the nuances of parameter choices invites readers to think critically about their modeling strategies and data interpretations. This comprehensive guide is designed for both seasoned statisticians and those new to the field, providing clear explanations and actionable insights.
Throughout the book, Hodges employs a mix of illustrative examples and theoretical discourse, making the material accessible and engaging. Readers will walk away with a deeper comprehension of how richly parameterized linear models can be leveraged to derive meaningful conclusions from diverse datasets.
Hodges delves into various techniques and methodologies, addressing challenges and opportunities in model construction. His emphasis on understanding the nuances of parameter choices invites readers to think critically about their modeling strategies and data interpretations. This comprehensive guide is designed for both seasoned statisticians and those new to the field, providing clear explanations and actionable insights.
Throughout the book, Hodges employs a mix of illustrative examples and theoretical discourse, making the material accessible and engaging. Readers will walk away with a deeper comprehension of how richly parameterized linear models can be leveraged to derive meaningful conclusions from diverse datasets.