App Architecture: iOS Application Design Patterns in Swift 中文版

不错的汽车动力学教材，是参与汽车底盘电子开发的动力学基础。

设置隐试打开PPT报错 Hiding the application window is not allowed

What you will learn from this book Set up the wx main frame by adding your own Frame class to the application Create two stage widgets by using a three step process Set up an event handler, customize, receive and handle events by using custom controls and event propagation Create tooltips with rich content and add tooltips to controls Retrieve information from users using common Dialogs Enhance design and layout, hide and show controls dynamically during runtime by using sizers Create a custom XRC resource handler class to use custom widget classes in XRC Simplify window layout using the SizedControls library Draw basic shapes in a Device Context and draw gradients with ease by using a GraphicsContext Design a custom dialog class Make multi-threaded wxPython applications Capture output from other applications and display it in a wxPython GUI Access platform specific application and resource directories using wxStandardPaths Embed images into python files using wxPython's embedded image tool and classes Add robust exception handling to an application Bundle a wxPython application for distribution making your applications interface translatable

C++ boost application development cookbook 第二版，含pdf, epub, azw3和源代码

[此书为滑模控制国外经典教材，《Sliding Mode Control:Theory and application》，作者C Edwards, S Spurgeon] In the formation of any control problem there will be discrepancies between the actual plant and the mathematical model for controller design. Sliding mode control theory seeks to produce controllers to over some such mismatches. This text provides the reader with a grounding in sliding mode control and is appropriate for the graduate with a basic knowledge of classical control theory and some knowledge of state-space methods. From this basis, more advanced theoretical results are developed. Two industrial case studies, which present the results of sliding mode controller implementations, are used to illustrate the successful practical application theory.

属于比较专业的滤波器设计的原版书籍，具有很好的学习和借鉴意义，后续还有新版本资料更新，希望能给射频和微波行业也从业工作者一些借鉴和帮助。

Measurement and Instrumentation - Theory and Application

朗讯公司的EDFA（掺铒光纤放大器）专用的光路设计软件，但是只能用他们的掺铒光纤为基材。

很多服务器应用程序使用HTTP之外的其他协议。他们在计算机之间维护一个持久性的连接。应用服务器可以清楚的知道是谁连接上来，而且何时中断连接。因为它们知道每一个连接的状态，以及每一个使用它的人。这称之为状态协议。 相反， HTTP是一个无状态协议。HTTP Server 可以接受来自于各种客户的各种请求，并提供各种响应，即使是这个响应仅仅是说No。没有大量的协商和连接持久性，无状态协议可以处理大量的请求。这也是Internet 可以扩展到很多计算机的原因。 HTTP 成为通用标准的原因是其简单性。HTTP请求看起来就像一个平常的文本文档。这使应用程序很容易创建HTTP请求。你甚至可以通过标准的程序如Telnet来手动传递一个HTTP请求。当HTTP响应返回时，它也是一个开发者可以直接阅读的平面文本。HTTP请求的第一行包含方法，其后是请求的来源地址和HTTP版本。HTTP请求头跟在首行后面，可以没有也可以有多个。HTTP头向服务器提供额外的信息。可以包括浏览器的种类和版本，可接受的文档类型，浏览器的cookies等等。7 种请求方法中， GET和 POST是用得最多的。