Providing an unusual perspective on self and social memory different from the norm in social cognitive research, this volume describes the results of the authors' diary research now in progress for more than 15 years. It investigates the topic of autobiographical memory through longitudinal studies of graduate students' diaries. Recalled and examined in this volume, a recent collection of several long-term diaries -- spanning up to two-and-one-half years in length -- replicated and significantly extended the authors' earlier knowledge of autobiographical memory. These studies are analyzed for commonalities and differences within the entire body of their data. Organized by the major themes suggested by the authors' theoretical views, this volume will be significant to students and researchers of both memory in general, and personal or episodic memory in particular.
This book outlines how to reorganize the U.S. Army into a fully 2 and 3-Dimensional maneuver capable, ground force with terrain-agile, armored fighting vehicles sized to rapidly deploy by fixed-wing and rotary-wing aircraft to the scene of world conflicts and strike at the heart of freedom‚s enemies. The plan to build the Army into Air-Mech-Strike Forces, exploiting emerging information-age technologies, as well as America‚s supremacy in aircraft and helicopter delivery systems---at the lowest cost to the taxpayers, is described in detail. These Army warfighting organizations, using existing and some newly purchased equipment, will shape the battlefield to America‚s advantage, preserving the peace before it is lost; if not, then winning fights that must be fought quickly. The dangerous world we live in moves by the speed of the AIR, and the 21st Century U.S. Army 2D/3D combat team will dominate this medium by Air-Mech-Strike!
Surveying the differing viewpoints and disciplinary approaches to using mixed methods, this volume helps readers explore the answers to a wide range of key questions in the field, including "Can using mixed methods offset the disadvantages that certain methods have by themselves?" "What criteria can a researcher use to select the best mixed methods design for his or her project?" and "What are the points of agreement and controversy regarding design issues in mixed methods research?" This breakthrough Second Edition, containing all new chapters, examines all aspects of mixed methods research across a variety of disciplines. Key Features • Covers all aspects of inquiry from conceptualizing research to selecting methods, analyzing and interpreting data, and reporting findings • Draws on the work of a mix of internationally recognized researchers as well as new and emerging researchers to provide a diversity of perspectives • Gives specific examples from a wide range of disciplines to help readers understand the issues and controversies in this evolving area • Presents rich material for discussion and new ideas for implementing mixed methods research to provide readers with a cutting-edge resource • Provides pedagogical tools such as learning objectives, discussion questions and exercises, and extensive cross referencing
This book describes the first comprehensive experimental research program on an individual who exhibits exceptional memory. Rajan Mahadevan, the subject of these investigations, won a place in the Guinness Book of Records for reciting pi to 31,811 decimal places, can learn matrices up to size 20 X 20, and can produce memory spans above 60 for digits. Utilizing the methodology and theories of modern cognitive psychology, the authors systematically investigated Rajan's memory skills. A wide range of experiments and tests were conducted with Rajan and four control subjects. These include memory span tests for digits and letters, memory for various kinds of non-numeric information, tests of working memory, learning and retention of numeric matrices, memory and visual searches of the digits of pi, and lexical decision tasks with the digits of pi. The authors describe how they came to understand the way Rajan stored and now retrieves the decimal digits of pi, how he learns and retrieves matrices, and how he encodes and retrieves digits in a memory span task. Although his strategy for memorizing and retrieving digits is unique in the literature on people with extraordinary memory, the authors show how their investigations of Rajan contribute to our understanding of memory.
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