Ling Zhang – författare

Quotient Space Based Problem Solving provides an in-depth treatment of hierarchical problem solving, computational complexity, and the principles and applications of multi-granular computing, including inference, information fusing, planning, and heuristic search.

The Handbook of Personalized Learning offers a theoretically grounded conceptualization for the development and implementation of personalizing learning. This comprehensive volume addresses personalized learning’s roots in educational, cognitive, and social psychological studies of learning as well as in practice. Positioned to shape the future of personalized learning, this handbook documents past innovations achieved in educational technology research and development; considers how advancements in learning analytics and machine learning have influenced policy and implementation; and showcases current and future applications of personalized learning in diverse K-12 classrooms, higher education, and informal educational settings. The book’s varied, rigorous contributions are informed by an overarching model of personalized learning that centers the assets individuals bring to learning opportunities (including their prior knowledge, interests, self-beliefs, autonomy, and identity) and whose responsive designs build on those assets to improve learning and attainment. Researchers, developers, teaching faculty, and graduate students across educational psychology, educational technology, the learning sciences, learning analytics, human-computer interaction, and beyond will come away with substantive foundations and cutting-edge exemplars of the ways in which designs can be personalized to promote learners’ experiences in educational settings.

The Handbook of Personalized Learning offers a theoretically grounded conceptualization for the development and implementation of personalizing learning. This comprehensive volume addresses personalized learning’s roots in educational, cognitive, and social psychological studies of learning as well as in practice. Positioned to shape the future of personalized learning, this handbook documents past innovations achieved in educational technology research and development; considers how advancements in learning analytics and machine learning have influenced policy and implementation; and showcases current and future applications of personalized learning in diverse K-12 classrooms, higher education, and informal educational settings. The book’s varied, rigorous contributions are informed by an overarching model of personalized learning that centers the assets individuals bring to learning opportunities (including their prior knowledge, interests, self-beliefs, autonomy, and identity) and whose responsive designs build on those assets to improve learning and attainment. Researchers, developers, teaching faculty, and graduate students across educational psychology, educational technology, the learning sciences, learning analytics, human-computer interaction, and beyond will come away with substantive foundations and cutting-edge exemplars of the ways in which designs can be personalized to promote learners’ experiences in educational settings.

Diagnostic Pathology of Hematopoietic Disorders of Spleen and Liver covers most, if not all of the benign and malignant hematopoietic disorders in the spleen and liver and serves as a practical and useful resource for general pathologists and hematopathologists.

In the current digital era with the exponential growth of medical knowledge, voluminous textbooks have gradually been replaced by the pocketbooks with tables, figures, images, and e-links to digital book versions with supplemental materials available online. The advent of novel next-generation sequencing (NGS) and multi-omics single cell methods have uncovered causative molecular mechanisms in most of the known non-neoplastic hematologic disorders.  There is an urgent need for a concise and up-to-date handbook focused on non-malignant hematology.

The book describes characteristic clinical features and state-of-the-art diagnostic approaches of non-neoplastic hematologic disorders. It introduces modern molecular biomarkers with enormous diagnostic and prognostic value and novel targeted gene therapy. Differential diagnosis also includes relevant hematologic malignancies that could represent diagnostic pitfalls. Chapters include take home points for each disorder in concise and easy memorable manner. The book also provides diagnostic algorithms, novel prognostic and predictive factors, up-to-date treatment options, clinically relevant molecular signatures, and ongoing promising clinical trials if available. There are more than 100 questions and answers with comments on laboratory values, updated cytogenetic and mutational profiles.

Non-Neoplastic Hematologic Disorders: A Quick Review of Modern Diagnostic and Therapeutic Approaches provides concise clinical and laboratory information about most common non-neoplastic hematologic disorder for practicing hematologists, oncologists, hematopathologists, molecular pathologists, internal medicine specialists, pediatricians, research nurses, nurse practitioners, and trainees at all levels.

Based on the latest studies, this book synthesizes research progress of bamboo expansion effects on the soil abiotic environment, soil microbial community compositions, plant characteristics, ecosystem biodiversity, element cycling process, and ecological effects of primary management practice, etc. This book will provide a thorough understanding of ecological changes following bamboo expansions, benefit the effective control of expanding bamboo with respect to decreased biodiversity and mitigation of global change, and accurate prediction and evaluation of bamboo expansion impacts currently and in the future occur around the world.