1、绪论 2、钢结构施工技术路线的研究 3、钢结构施工过程分析与计算机虚拟安装技术 4、钢结构施工预变形技术 5、钢结构施工中的结构体系转化技术 6、钢结构整体安装技术 7、施工现场监测技术 8、临时支撑系统及施工设备改造的可循环利用技术

Intro Threading Safety Solutions 1 Introduction and expectations Scope : what is parallelism ? Finding parallelism Expectations 2 Threading, theory and practice Processes and threads Python threading C ++threading and async 3 Thread-safety issues Data races Thread safety 4 Thread-safety solutions Avoid the problem Replicate Atomics Locking

1 Measuring Performance What is performance ? Tools available Finding bottlenecks 2 Code modernization 3 Improving Memory Handling Context Containers and memory Container reservation Detecting offending code 4 The nightmare of thread safety Context and constraints Identifying problems Solving problems Thread contention 5 Low level optimizations Scope and target How to measure ? Improving 6 Conclusion

1 Asynchronous I/O Latency Asynchronous I/O interfaces Message queues 2 I/O optimizations Optimizing network transfers Optimizing local transfers 3 Influence of data structures on I/O Measuring I/O efficiency of algorithms 4 Caching Principles Policies Distributed Caches 5 Conclusion

1 INTRODUCTION 2 IP ADDRESS LOOKUP 3 PACKET CLASSIFICATION 4 TRAFFIC MANAGEMENT 5 BASICS OF PACKET SWITCHING 6.1 Linked List Approach 7 INPUT-BUFFERED SWITCHES 8 BANYAN-BASED SWITCHES 9 KNOCKOUT-BASED SWITCHES 10 THE ABACUS SWITCH 11 CROSSPOINT BUFFERED SWITCHES 11.2 Combined Input and Crosspoint Buffered Switches with VOQ 13 MULTI-PLANE MULTI-STAGE BUFFERED SWITCH 14 LOAD-BALANCED SWITCHES 15 OPTICAL PACKET SWITCHES 16 HIGH-SPEED ROUTER CHIP SET

13.1.1 VB.NET简介 13.1.2 VB.NET可视化集成开发环境 13.1.3 VB.NET中面向对象的基本概念 13.1.4 创建一个简单的应用程序实例 13.2 VB.NET基本语法 13.3 窗体与常用控件 13.4 VB.NET程序调试和排错

2.4 关系代数 ❖ 概述 ❖ 传统的集合运算 ❖ 专门的关系运算 2.5 关系演算 2.5.1 元组关系演算语言ALPHA 2.5.2 域关系演算语言QBE 2.5.4 域关系演算 2.6 小结

Principle 1: Securing the weakest Principle 2: Defense in depth Principle 3: Secure failure Principle 4: Least privilege (cont.) Principle 5: Compartmentalization Principle 6: Simplicity Principle 7: Promote privacy Principle 8: Hard to hide secrets Principle 9: Be Reluctant to Trust Principle 10: Use Community Resources Principle 11: Minimize Attack Surface Principle 12: Don’t mix data & code Principle 13: Clearly Assign Responsibilities Principle 14: Identify Your Assumptions Principle 15: Audit Your System Principle 16: Have Good Usability

1 软件测试概述  软件测试的基本内容  软件测试的定义  软件测试的分类  软件测试的简单过程 2. 软件测试工具分类 1. 白盒测试工具 2. 黑盒测试工具 3. 功能测试工具 4. 性能测试工具 3. 测试工具的选择 1. 功能 2. 价格 3. 测试自动化 4. 适合软件生命周期的各个阶段 4. CppUnit单元测试

硅基MOS集成电路仍将是微电子技术的主流 微电子工业是国民经济信息化的基石 集成电路是微电子技术的核心， 如果以单位质量的“钢”对国民生产总值的贡献为1来计算，则小轿车为5，彩电为30，计算机100，集成电路是1000