http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (ix, 132 pages) illustrations
Front Cover; Computer System Organization; Copyright Page; Table of Contents; Preface; CHAPTER 1.An Overview; CHAPTER 2.Block-Structured Processes and the B6700 Job; CHAPTER 3.Basic Data Structures for B6700 Algorithms; 3.1 INTRODUCTION; 3.2 OPERAND STACKS; 3.3 TREATMENT OF SYSTEM INTRINSICS; 3.4 BLOCK EXITS AND RETURNS; 3.5 PROCEDURE CALLS-GENERAL; 3.6 HARDWARE INTERRUPTS AS HARDWARE FABRICATED PROCEDURE CALLS; 3.7 SMALL WORKING SETS; 3.8 SHARING PROGRAMS AND DATA; CHAPTER 4.Tasking; 4.1 CREATION AND COORDINATION OF TASKS; 4.2 TASK ATTRIBUTES; 4.3 ILLUSTRATIVE PROBLEM
CHAPTER 5.Stack Structure and Stack Ownership5.1 THE CRITICAL BLOCK CONCEPT; 5.2 DEPENDENT VERSUS INDEPENDENT TASKS; CHAPTER 6.Software Interrupts; 6.1 INTRODUCTION; 6.2 AN ILLUSTRATIVE EXAMPLE; 6.3 DATA STRUCTURES FOR SOFTWARE INTERRUPTS; 6.4 INTERRUPTING A SLEEPING TASK AND OTHER PROBLEMS; 6.5 RESOURCE-ORIENTED SYNCHRONIZING PRIMITIVES; 6.6 SOFTWARE INTERRUPT CAVEATS; CHAPTER 7.On Storage Control Strategies; 7.1 STORAGE CONTROL AT BLOCK EXIT; 7.2 PREVENTING DANGLING POINTERS; CHAPTER 8.The B6700: Pros and Cons; 8.1 INTRODUCTION; 8.2 USER LANGUAGES AND USER PROGRAM PERFORMANCE
8.3 THE OPERATING SYSTEM8.4 HARDWARE LIMITATIONS AND FUTURE IMPROVEMENTS; CHAPTER 9. Some Hardware Details of Procedure Entry and Return and Tasking; 9.1 OVERVIEW; 9.2 THE STACK VECTOR; 9.3 INFORMATION AND ADDRESSING STRUCTURE; 9.4 STACK BUILD-UP AND PROCEDURE ENTRY; 9.5 HARDWARE INTERRUPTS; 9.6 MULTIPLE PROCESSORS; 9.7 JOB AND TASK INITIATION; Bibliography; Index
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Includes bibliographical references (pages 121-125).