The Basics of Line Balancing and JIT Kitting

Like most years in the 50-year history of the International Institute for Strategic Studies (IISS), 2008 saw events that could have significant consequences for international relations and global balances of power. These included the election of Barack Obama as US president; the brief war in Georgia, which caused the West to look at Russia with more watchful eyes; and a cataclysmic crisis in the worlds financial markets that seemed to threaten globalisation and even capitalism, and to herald a period of greater economic austerity. Even as these events occurred, the security issues and risks that have been the core focus of the work of the IISS during the past half-century continued to loom large, among them nuclear proliferation and the relations between the major powers. In addition to these perennial themes was another set of issues that has in recent times risen higher on the international security agenda, including the security ramifications of natural disasters and environmental dangers such as climate change. In its anniversary year, the IISS held several high-level conferences around the world. Speeches given at these events addressed all of these issues, and this Adelphi Paper offers a selection of them. The speakers were statesmen, senior military officers, high officials and international security experts. All were concerned first and foremost with the pressing issues of the moment, as their duties required them to be. But the fact that they also addressed recurrent themes testifies to the enduring nature of the strategic challenges faced by policymakers.

Résumé
Accessible to the Lean novice and shop floor employee, The Basics of Line Balancing and JIT Kitting explores line balancing and the pre-assembly of components into a finished product in a just-in-time fashion (JIT Kitting). It explains how to use time studies, develop yamazumi charts, discover and eliminate waste, balance your line, and create new

Contenu

Introduction and Overview. An Overview of Hardware and the Run-Time Environment. List and Queue Manipulation. Scheduling and Context Switching. More Process Management. Message Passing. Memory Management. Interrupt Processing. Real-Time Clock Management. Device Independent Input and Output. An Example Device Driver. High-Level Memory Management and Message Passing. DMA Devices. A Minimal Internet Protocol Stack. Disk Devices and a Remote Disk Driver. A Remote File System. Syntactic Namespace. Exception Handling. System Configuration. Command Interpreter (Shell).