QPSKcos_sin_rcosflt

很好地讲述chamfer distance和hausdorff distance的差别，优劣和应用的课件。(chamfer distance and hausdorff distance)

此规范定义了统一建模语言（UML），修订版2。 UML的目标是提供系统 与分析工具，设计和实施基于软件的系统架构师，软件工程师，软件开发人员以及建模业务和类似的过程(This specification defines the Unified Modeling Language (UML), revision 2. The objective of UML is to provide system architects, software engineers, and software developers with tools for analysis, design, and implementation of software-based systems as well as for modeling business and similar processes)

多物理耦合场电磁场仿真软件射频模块指南，有详细的建模实例(Many physical coupling electromagnetic field simulation software rf modules guide, a detailed modeling examples )

说明：  这是一个有关IDL功能可视化的源码文件，自己开发的(This is a source file about IDL function visualization, developed by myself)

用于abaqus粘弹性材料的计算模拟及验证(Computational simulation and verification of ABAQUS viscoelastic materials)

pll锁相环仿真程序，经过测试，并附上仿真图，值得学习(pll phase locked loop simulation program, tested with the simulation map, it is worth learning)

Modelica由位于瑞典Linkö ping的非赢利组织Modelica协会开发，可以免费使用。它是一种为支持有效的模型库开发和模型交换而设计的，建立在非因果模型之上、支持数学方程和模型知识重用的，用于大型、复杂、多种成分组成的物理系统建模的现代面向对象语言。它适合于多领域建模，例如机器人，包含机械、电子、水力、控制子系统的汽车、宇航应用，面向（化工）过程的应用及电力系统发配电等中的机电模型。Modelica中的模型是用微分、代数和离散方程进行数学描述的。无需人工求解特定的变量。Modelica工具将有足够的信息来自动决定求解的事，可用专门的算法使对具有超过10万个方程的大型模型的处理成为可能。Modelica适合并用于半实物仿真和嵌入式控制系统。(Modelica by Link? ping in Sweden Modelica Association of the non-profit organizations to develop, you can use free of charge. It is an effective model to support the development and model of the Treasury to exchange designed, built on the non-causal model, mathematical equations and models to support knowledge reuse, and for large, complex, multi-component system composed of the physical construction mode of modern object-oriented language)

PI3L110 Quad mux/demux

软件系统设计说明书模板,为系统设计阶段提供规范模板(Software system design specification template, the design phase for the system to provide normative template)

了解C++编程语言的主要功能，以及简单的语法结构，很适合作为。语言的基础学习(Understand C++ programming language, as well as a simple grammatical structure, it is suitable as. The basis of language learning)