Strings And Threads

First published in 1925, this renowned reference remains unsurpassed as a source of essential information, from construction and evolution to repertoire and technique. Includes a glossary and 73 illustrations.

Anne Draffkorn Kilmer has had a long and fruitful career as an academic in Assyriology. After receiving her doctorate in Philadelphia and serving as assistant to Benno Landsberger in Chicago, she came to Berkeley in 1963 and stayed there for the long term, despite offers from other universities. During her career, in addition to her many contributions to Assyriology and ancient musicology, she served the university in various administrative functions. In Assyriology, her wide and varied interests included lexical texts, mathematics, animals, entertainment, and especially music. Her discoveries were often unexpected and dramatic. In this volume, the essays presented in her honor focus on many of Prof. Kilmer’s primary interests. The contributions are divided into two sections, reflecting the title, “Strings and Threads.” The “strings” portion of the volume collects essays that follow her interest in musicology and related matters, especially “music archaeology.” It is well known that she studied ancient Hurrian, Mesopotamian, and Ugaritic texts containing musical notations and/or songs, and has been at the forefront of decipherment and explanation of these texts. And a number of essays in this volume address various aspects of ancient music, whether it be the lyrics of the songs or the pictorial representation of music-making or the language in which music is described. In the “threads” portion of the volume are collected essays on various aspects of Mesopotamian narrative literature, an area to which Anne contributed significant insight on the structure of compositions and verbal wordplay used by ancient authors. A number of the articles in the volume follow up on or parallel Prof. Kilmer’s work in this area. Contributors include: G. Azarpay, D. Collon, J. Cooper, R. L. Crocker, D. Foxvog, E. Hickmann, A. B. Knapp, E. Leichty, S. L. Macgregor, S. B. Noegel, D. Pickworth, E. Robson, J. C. Ross, D. Schmandt-Besserat, D. Stronach, and R. L. Zettler. The volume concludes with a bibliography and an index of the works of A. D. Kilmer.

High Performance Scientific And Engineering Computing: Hardware/Software Support contains selected chapters on hardware/software support for high performance scientific and engineering computing from prestigious workshops in the fields such as PACT-SHPSEC, IPDPS-PDSECA and ICPP-HPSECA. This edited volume is basically divided into six main sections which include invited material from prominent researchers around the world. We believe all of these contributed chapters and topics not only provide novel ideas, new results and state-of-the-art techniques in this field, but also stimulate the future research activities in the area of high performance computing for science and engineering applications. High Performance Scientific And Engineering Computing: Hardware/Software Support is designed for a professional audience, composed of researchers and practitioners in industry. This book is also suitable as a secondary text for graduate-level students in computer science and engineering.

Learning how to write multithreaded applications is the key to taking full advantage of the Java platform. In Taming Java Threads, well-known columnist and Java expert Allen Holub provides Java programmers with the information they need to write real multithreaded programsprograms with real code. Holub provides an in-depth explanation of how threads work along with information about how to solve common problems such as deadlocks and race conditions. He not only explains common problems, but also provides the uncommon solutions that mark the difference between production-level code and toy demos. While it is essential to build support for threading into a Java program from the very beginning, most books on the subjects of Java user interface construction and Java networking barely touch on threading topics. Along with being a basic Java reference, this book is a must-read for any Java developer.

In an age when computers process immense amounts of information by the manipulation of sequences of 1s and 0s, it remains a frustrating mystery how prehistoric Inka recordkeepers encoded a tremendous variety and quantity of data using only knotted and dyed strings. Yet the comparison between computers and khipu may hold an important clue to deciphering the Inka records. In this book, Gary Urton sets forth a pathbreaking theory that the manipulation of fibers in the construction of khipu created physical features that constitute binary-coded sequences which store units of information in a system of binary recordkeeping that was used throughout the Inka empire. Urton begins his theory with the making of khipu, showing how at each step of the process binary, either/or choices were made. He then investigates the symbolic components of the binary coding system, the amount of information that could have been encoded, procedures that may have been used for reading the khipu, the nature of the khipu signs, and, finally, the nature of the khipu recording system itself--emphasizing relations of markedness and semantic coupling. This research constitutes a major step forward in building a unified theory of the khipu system of information storage and communication based on the sum total of construction features making up these extraordinary objects.