CUDA for Engineers An Introduction to High Performance Parallel Computing

英文原版书籍，介绍了雷达环境、雷达子系统、雷达性能及雷达技术之类的方面

There are at least two different algorithms that can compute XN for some positive integer N. Algorithm 1 is to use N – 1 multiplications. Algorithm 2 works in the following way: if N is even, XN = XN / 2  XN / 2; and if N is odd, XN = X(N – 1) / 2  X(N – 1) / 2  X. Figure 2.11 in your textbook gives the recursive version of this algorithm. Your tasks are: (1) Implement Algorithm 1 and an iterative version of Algorithm 2; (2) Analyze the complexities of the two algorithms; (3) Measure and compare the performances of Algorithm 1 and the iterative and recursive implementations of Algorithm 2 for X=1.0001 and N = 1000, 5000, 10000, 20000, 40000, 60000, 80000, 100000.

书籍作者Keith Ward，Robert Tough，Simon Watts，再版于2013年。全书分为四个模块，海杂波特性，K分布，雷达探测和物理建模，共14个章节。涵盖了雷达海杂波特征，海面散射雷达散射，海杂波统计模型，杂波和其他随机过程模拟，海杂波中小目标探测，海洋表面成像特征，雷达探测性能计算，CFAR检测，以及雷达性能的规范和测量等内容，同行者可下载学习。

Full text of Performance by Design: Computer Capacity Planning by Example. (Menasce et al. PH. 2004) Converted from .chm file to .pdf file

英文原版，数字版，非影印版，无水印，有目录，第三版。 How can you bring out MySQL’s full power? With High Performance MySQL, you’ll learn advanced techniques for everything from designing schemas, indexes, and queries to tuning your MySQL server, operating system, and hardware to their fullest potential. This guide also teaches you safe and practical ways to scale applications through replication, load balancing, high availability, and failover. Updated to reflect recent advances in MySQL and InnoDB performance, features, and tools, this third edition not only offers specific examples of how MySQL works, it also teaches you why this system works as it does, with illustrative stories and case studies that demonstrate MySQL’s principles in action. With this book, you’ll learn how to think in MySQL. Learn the effects of new features in MySQL 5.5, including stored procedures, partitioned databases, triggers, and views Implement improvements in replication, high availability, and clustering Achieve high performance when running MySQL in the cloud Optimize advanced querying features, such as full-text searches Take advantage of modern multi-core CPUs and solid-state disks Explore backup and recovery strategies—including new tools for hot online backups

SQL Server 2017 Query Performance Tuning Fifh EditionTroubleshoot and Optimize Query Performance

德国GasTurb涡轮发动机性能仿真程序开发者Kurzke博士编写了燃气涡轮发动机总体性能建模方法，该书全面详细介绍了航空发动机、地面燃机的总体性能仿真技术，部件建模技术，尺寸重量预估等

Intel IPP8.0（Intel Integrated Performance Primitives）+破解文件 仅供用于学习研究，非商用

The accelerating deployment of large-scale web, cloud, Big Data, and virtualized computing systems has introduced serious new challenges in performance optimization. Until now, however, little reliable, practical information has been available to IT professionals who are responsible for running these systems efficiently and cost-effectively. Systems Performance: Enterprise and the Cloud is the solution. Internationally renowned performance optimization expert Brendan Gregg brings together state-of-the-art techniques and tools for analysis and tuning of large-scale web/cloud computing environments. Gregg focuses on Linux/Unix/Solaris performance issues, while offering proven methodologies and discussing key issues that apply to all enterprise operating systems. Coverage includes: Modern performance analysis and capacity planning, including key issues such as latency and dynamic tracing New performance and reliability challenges associated with cloud computing Methodology, concepts, terminology, tools, and metrics Key tradeoffs, including problems of load vs. architecture Tuning operating systems, CPUs, memory, file systems, disks, networks, and busses Tuning virtualized systems Programming language issues related to performance — including application profiling for C, C++, Java, and node.js Benchmarking strategies and pitfalls, including custom microbenchmarking