Study Driven

In Study Driven, Ray shows you that encouraging students to read closely can improve the effectiveness of your writing instruction. Detailing her own method for utilizing the popular mentor-texts approach, Ray helps you immerse children in a close study of published texts that supports their learning, leads them to a better understanding of the traits of good writing, and motivates them to become more accomplished writers.

Research-Driven Pedagogy: Implications of L2A Theory and Research for the Teaching of Language Skills brings together the essentials of second language acquisition (SLA) theory, research, and second language (L2) pedagogy. Uniquely, the design of this book helps researchers and practitioners make explicit connections between theory, research, and practice; learn about and conduct classroom research to contribute to the relevance and applicability of SLA research; and improve current L2 curriculum and instruction in light of current theory and research. The volume offers critical reviews of the most relevant, current SLA theory and research about receptive, productive, complementary, and nonverbal communication skills, as well as willingness to communicate (WTC). Each chapter is formatted to include five major topics about each language skill: (1) major theories, (2) critical reviews of salient/current research, (3) commonly-used data collection and analysis techniques, (4) summary of specific pedagogical implications of pertinent research and theory, and (5) theory and research-driven scenarios/activities that can be used in teaching. A teacher or a researcher can pick any chapter in this volume to learn about the most important language skills (e.g., reading, writing, nonverbal communication), while having all-in-one place access to almost everything they would need.

Building software is harder than ever. As a developer, you not only have to chase ever-changing technological trends but also need to understand the business domains behind the software. This practical book provides you with a set of core patterns, principles, and practices for analyzing business domains, understanding business strategy, and, most importantly, aligning software design with its business needs. Author Vlad Khononov shows you how these practices lead to robust implementation of business logic and help to future-proof software design and architecture. You'll examine the relationship between domain-driven design (DDD) and other methodologies to ensure you make architectural decisions that meet business requirements. You'll also explore the real-life story of implementing DDD in a startup company. With this book, you'll learn how to: Analyze a company's business domain to learn how the system you're building fits its competitive strategy Use DDD's strategic and tactical tools to architect effective software solutions that address business needs Build a shared understanding of the business domains you encounter Decompose a system into bounded contexts Coordinate the work of multiple teams Gradually introduce DDD to brownfield projects

This volume constitutes the proceedings of the Third Working Conference on Practice-Driven Research on Enterprise Transformation (PRET), held in Luxembourg, on September 6, 2010, as the industrial track of the 13th IEEE Conference on Commerce and Enterprise Computing (CEC 2011). The third edition of PRET marks a close collaboration between academia and practice. With the specific purpose of mutual learning and crossfertilization, top practitioners from industry were invited to submit case studies. To give them enough space for presentation, only four academic papers were accepted. These papers were submitted with a length of 25 pages to enable a more detailed coverage of the related research and to stimulate further discussions during the conference. The topics covered are Enterprise Architecture, Business and IT Alignment, and Business Process Management and Evaluation.

Research-based course design involves processes of needs assessment, course development and testing. This book presents a curriculum design study in the field of English as a Foreign Language (EFL) which aims to link curriculum theory to educational practice through research-oriented course development activities. It is a practical guide for teachers and curriculum designers primarily in languages, but also provides perspectives into curriculum design processes in other areas.

Teachers know that their students love to explore and learn. But, how do we make this possible with thirty students, with different needs, learning styles, and backgrounds, all in one small room with one teacher in the class? Designed to help teachers reflect on their current teaching practice, "Student-Driven Learning" suggests small shifts, medium-sized ideas, and big changes that can be made to encourage student engagement through flexible, student-centered learning. Experiential earning that is student-driven fosters autonomy and shifts the focus from the knowledge and influence of the teacher to the experiences of the students. Student-Driven Learning helps teachers introduce opportunities for students to learn their own way, to take initiative, and to experience, wonder, and create.

A smart city utilizes ICT technologies to improve the working effectiveness, share various data with the citizens, and enhance political assistance and societal wellbeing. The fundamental needs of a smart and sustainable city are utilizing smart technology for enhancing municipal activities, expanding monetary development, and improving citizens’ standards of living. The Handbook of Research on Data-Driven Mathematical Modeling in Smart Cities discusses new mathematical models in smart and sustainable cities using big data, visualization tools in mathematical modeling, machine learning-based mathematical modeling, and more. It further delves into privacy and ethics in data analysis. Covering topics such as deep learning, optimization-based data science, and smart city automation, this premier reference source is an excellent resource for mathematicians, statisticians, computer scientists, civil engineers, government officials, students and educators of higher education, librarians, researchers, and academicians.