Weidong Li – författare

Mechanical Aspects of High Entropy Alloys: Fundamentals, Modeling, and Properties is structured by the sub-category of mechanical behavior, covering almost all key themes in this area, including strength, ductility, creep, fracture, fatigue, small-scale mechanical behavior, strengthening mechanisms, deformation mechanisms, and serrated plastic flow. For each individual topic, the focus is geared towards the distinctive characteristics of high-entropy alloys (HEA).

This book is a valuable resource to advanced students and researchers in need of an entry point to the field of HEAs, and experienced academic and industrial researchers who wish to either deepen their knowledge or gain inspiration during the process of their HEA research.

Guided by the conceptualization of content knowledge, this book covers sports analysis (identification of techniques and tactics), skill analysis (identification of critical elements, observation, evaluation of students’ performance through error detection, and interventions), and biomechanical principles and their applications to skill performance and analysis, which teachers or coaches need to possess for effective teaching and coaching.

The importance for preservice and in-service physical education teachers or coaches to acquire in-depth content knowledge is supported by national standards and research. Studies have shown that an improvement in preservice and in-service physical education teachers’ specialized content knowledge leads to an increase in their pedagogical content knowledge, which results in better learning and performance among students. Practical examples for conducting sports and skill analysis, designing teaching progressions for interventions, and applying biomechanical principles are provided.

This book equips teachers or coaches with knowledge and skills to conduct sports and skill analysis, which are essential for effective teaching and coaching, and will be key reading for undergraduate and graduate students majoring in physical education teacher education and sports coaching and in-service physical education teachers and current coaches.

Guided by the conceptualization of content knowledge, this book covers sports analysis (identification of techniques and tactics), skill analysis (identification of critical elements, observation, evaluation of students’ performance through error detection, and interventions), and biomechanical principles and their applications to skill performance and analysis, which teachers or coaches need to possess for effective teaching and coaching.

The importance for preservice and in-service physical education teachers or coaches to acquire in-depth content knowledge is supported by national standards and research. Studies have shown that an improvement in preservice and in-service physical education teachers’ specialized content knowledge leads to an increase in their pedagogical content knowledge, which results in better learning and performance among students. Practical examples for conducting sports and skill analysis, designing teaching progressions for interventions, and applying biomechanical principles are provided.

This book equips teachers or coaches with knowledge and skills to conduct sports and skill analysis, which are essential for effective teaching and coaching, and will be key reading for undergraduate and graduate students majoring in physical education teacher education and sports coaching and in-service physical education teachers and current coaches.

This book shows how SRv6 can be used in real-world network deployments, providing real-world project cases from multiple carriers and enterprises.

Segment Routing (SR) has matured significantly over the past decade. Its derivative, SR over IPv6 dataplane (SRv6), has experienced rapid development in recent years and has gained wide acceptance among carriers. However, despite the growing interest in SRv6 deployment and the desire for detailed information, no reference material is available. This book aims to fill this gap by providing a comprehensive description of how SRv6 can be used in real network deployment scenarios. Written by participants in Huawei''s SRv6 project, this book provides an in-depth look at the project''s solution design and deployment guidelines. It also provides insights into the latest progress of SRv6 header compression standards and provides examples.

This book is a valuable reference for academics and students majoring in data communications, as well as data communications professionals and managers responsible for network planning and design, and network operation and maintenance management.

This book shows how SRv6 can be used in real-world network deployments, providing real-world project cases from multiple carriers and enterprises.

Segment Routing (SR) has matured significantly over the past decade. Its derivative, SR over IPv6 dataplane (SRv6), has experienced rapid development in recent years and has gained wide acceptance among carriers. However, despite the growing interest in SRv6 deployment and the desire for detailed information, no reference material is available. This book aims to fill this gap by providing a comprehensive description of how SRv6 can be used in real network deployment scenarios. Written by participants in Huawei''s SRv6 project, this book provides an in-depth look at the project''s solution design and deployment guidelines. It also provides insights into the latest progress of SRv6 header compression standards and provides examples.

This book is a valuable reference for academics and students majoring in data communications, as well as data communications professionals and managers responsible for network planning and design, and network operation and maintenance management.

Overweight students often suffer negative consequences with regard to low physical ability, skills, and fitness; obesity-related health implications; teasing and exclusion from physical education by their peers; and psychosocial and emotional suffering as a result of weight stigma. Widespread obesity and its negative consequences have presented an unprecedented challenge for teachers, who must include overweight students in physical education activities while striving to provide individualized instruction for diverse learners and foster positive learning environments. Educators stand to benefit greatly from specific knowledge and skills for reducing bias and including overweight students.

Teaching Overweight Students in Physical Education offers a compact and easy-to-read take on this problem. It begins by summarizing information on the obesity trend, weight stigma, and coping mechanisms. Next, it introduces the Social Ecological Constraint Model, which casts the teacher as an agent of change who is aware of and manipulates a variety of factors from multiple levels for effective inclusion of overweight students in physical education. Finally, it provides detailed strategies guided by the conceptual model for instructors to implement into their physical education classes. In all, this book provides a map for successfully including overweight students and offers practical strategies to help physical education teachers create inclusive and safe climates, and design differentiated instruction to maximize overweight or obese students’ engagement and learning.

Comprehensive, evidence-based, and timely, this book is tailored for physical education educators and practitioners, but will also benefit parents of overweight children by providing them with strategies for educating their children on how to cope with stigma and weight-related teasing.

Overweight students often suffer negative consequences with regard to low physical ability, skills, and fitness; obesity-related health implications; teasing and exclusion from physical education by their peers; and psychosocial and emotional suffering as a result of weight stigma. Widespread obesity and its negative consequences have presented an unprecedented challenge for teachers, who must include overweight students in physical education activities while striving to provide individualized instruction for diverse learners and foster positive learning environments. Educators stand to benefit greatly from specific knowledge and skills for reducing bias and including overweight students.

Teaching Overweight Students in Physical Education offers a compact and easy-to-read take on this problem. It begins by summarizing information on the obesity trend, weight stigma, and coping mechanisms. Next, it introduces the Social Ecological Constraint Model, which casts the teacher as an agent of change who is aware of and manipulates a variety of factors from multiple levels for effective inclusion of overweight students in physical education. Finally, it provides detailed strategies guided by the conceptual model for instructors to implement into their physical education classes. In all, this book provides a map for successfully including overweight students and offers practical strategies to help physical education teachers create inclusive and safe climates, and design differentiated instruction to maximize overweight or obese students’ engagement and learning.

Comprehensive, evidence-based, and timely, this book is tailored for physical education educators and practitioners, but will also benefit parents of overweight children by providing them with strategies for educating their children on how to cope with stigma and weight-related teasing.

Global networks, which are the primary pillars of the modern manufacturing industry and supply chains, can only cope with the new challenges, requirements and demands when supported by new computing and Internet-based technologies. Cloud Manufacturing: Distributed Computing Technologies for Global and Sustainable Manufacturing introduces a new paradigm for scalable service-oriented sustainable and globally distributed manufacturing systems.

The eleven chapters in this book provide an updated overview of the latest technological development and applications in relevant research areas.  Following an introduction to the essential features of Cloud Computing, chapters cover a range of methods and applications such as the factors that actually affect adoption of the Cloud Computing technology in manufacturing companies and new geometrical simplification method to stream 3-Dimensional design and manufacturing data via the Internet. This is further supported case studies and real life data for Waste Electrical and Electronic Equipment (WEEE) remanufacturing.

This compilation of up to date research and literature can be used as a textbook or reference for mechanical, manufacturing, and computer engineering graduate students and researchers for efficient utilization, deployment and development of distributed and Cloud manufacturing systems, services and applications.

This book reports innovative deep learning and big data analytics technologies for smart manufacturing applications. In this book, theoretical foundations, as well as the state-of-the-art and practical implementations for the relevant technologies, are covered. This book details the relevant applied research conducted by the authors in some important manufacturing applications, including intelligent prognosis on manufacturing processes, sustainable manufacturing and human-robot cooperation. Industrial case studies included in this book illustrate the design details of the algorithms and methodologies for the applications, in a bid to provide useful references to readers. 

Smart manufacturing aims to take advantage of advanced information and artificial intelligent technologies to enable flexibility in physical manufacturing processes to address increasingly dynamic markets. In recent years, the development of innovative deep learning and big data analytics algorithms is dramatic. Meanwhile, the algorithms and technologies have been widely applied to facilitate various manufacturing applications. It is essential to make a timely update on this subject considering its importance and rapid progress. 

This book offers a valuable resource for researchers in the smart manufacturing communities, as well as practicing engineers and decision makers in industry and all those interested in smart manufacturing and Industry 4.0.

This book covers key issues related to Geospatial Semantic Web, including geospatial web services for spatial data interoperability; geospatial ontology for semantic interoperability; ontology creation, sharing, and integration; querying knowledge and information from heterogeneous data source; interfaces for Geospatial Semantic Web, VGI (Volunteered Geographic Information) and Geospatial Semantic Web; challenges of Geospatial Semantic Web; and development of Geospatial Semantic Web applications. This book also describes state-of-the-art technologies that attempt to solve these problems such as WFS, WMS, RDF, OWL and GeoSPARQL and demonstrates how to use the Geospatial Semantic Web technologies to solve practical real-world problems such as spatial data interoperability.