جزئیات کتاب
فرمت
کیندل
صفحات
338
زبان
انگلیسی
منتشر شده
Jan 1, 2012
ناشر
Springer
نسخه
1st
ISBN-10
1461536049
ISBN-13
9781461536048
توضیحات
This compilation presents insights from the Workshop on Scalable Shared Memory Multiprocessors held in 1990, where leading experts gathered to explore the challenges and advancements in the field. Contributors, including Mark D. Hill and others, delve into the architectural and programming considerations necessary for developing efficient shared memory systems in multiprocessor environments. Their discussions reflect the pressing need for scalable solutions that can support increasing computational demands.
Throughout the work, readers encounter innovative ideas and methodologies designed to optimize performance and enhance resource sharing among processors. The collaborative nature of the workshop fosters a rich exchange of knowledge, underlining the significance of cooperative efforts in driving the field forward. Each contribution encapsulates a piece of the broader conversation surrounding hardware complexity, system architecture, and software implications.
In the rapidly evolving landscape of computing technology, this collection serves as a historical artifact that not only documents early ideas but also sets the groundwork for future research and development in scalable shared memory systems.
Throughout the work, readers encounter innovative ideas and methodologies designed to optimize performance and enhance resource sharing among processors. The collaborative nature of the workshop fosters a rich exchange of knowledge, underlining the significance of cooperative efforts in driving the field forward. Each contribution encapsulates a piece of the broader conversation surrounding hardware complexity, system architecture, and software implications.
In the rapidly evolving landscape of computing technology, this collection serves as a historical artifact that not only documents early ideas but also sets the groundwork for future research and development in scalable shared memory systems.