Description
This work delves into the innovative intersection of machine learning and compiler optimization, presenting a forward-thinking approach to enhancing the performance of program compilation. The authors, leading experts in the field, showcase how machine learning techniques can be effectively employed to automate the tuning of compilers, addressing a significant challenge in software development. Through detailed analysis, the text illustrates the intricacies of existing methods and highlights the potential for smarter, adaptive compilation strategies that can revolutionize software performance.
Richly informed by current trends in technology and research, the volume not only offers theoretical insights but also practical applications that demonstrate the impact of machine learning on real-world compiler design. By examining case studies and empirical evidence, the authors provide valuable guidance for researchers and practitioners alike, emphasizing the importance of embracing new technologies to drive efficiency and efficacy in software systems.
Richly informed by current trends in technology and research, the volume not only offers theoretical insights but also practical applications that demonstrate the impact of machine learning on real-world compiler design. By examining case studies and empirical evidence, the authors provide valuable guidance for researchers and practitioners alike, emphasizing the importance of embracing new technologies to drive efficiency and efficacy in software systems.
Book Details
Format
Paperback
Pages
135 pages
Language
English
Published
Jan 19, 2018
Publisher
Springer
Edition
1st ed. 2018
Editions
4 editions
ISBN-10
3319714880
ISBN-13
9783319714882