getting real

getting real 英文版, 著名美国创业团队37 signals 的创业建议

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10积分/C币 上传者： tstyle 时间： 2013-01-13

Getting Real中文版

想构建一个成功的Web应用么? 那么正是时候Getting Real. Getting Real 是一种更小规模，更 快速，更高质量的软件构建方法。 • Getting Real是关于省略所有表达现实（图表，曲线，矩形，箭头，统计图），而构 建现实。 • Getting real 是追求精炼。更少的代码量，更少的软件，更少的功能，更少的文档工作， 更少无所谓的东西（而且大部分你认为必要的，其实不是）。 • Getting Real 是保持精益，变得敏捷。 • Getting Real从界面开始，也就是用户使用的屏幕。它从实际的用户体验开始，并且 构建似曾相识的体验。这让你在软件误入歧途之前得到正确的用户界面。 • Getting Real 是关于迭代和降低变化成本的方法。Getting Real基本上是关于上线，调 整，持续改进，其目标的开发Web软件的最佳途径。 • Getting Real只交付客户所需的，摒弃任何客户不需要的。

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10积分/C币 上传者： haying 时间： 2013-06-21

Getting Real 中文版

Getting Real is the business, design, programming, and marketing philosophies of 37signals — a developer of web-based software used by over 1 million people and businesses in 70 countries.

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3积分/C币 上传者： sptzone 时间： 2009-07-21

Getting Real 学习笔记

很不错 适合创业的人 关于软件开发的一些东西

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3积分/C币 上传者： x03570227 时间： 2008-10-28

Getting Real by 37signals

Getting Real by 37signals

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3积分/C币 上传者： gujiangbo 时间： 2007-08-01

getting real 读书笔记整理

getting real 读书笔记的整理

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3积分/C币 上传者： lynne1026 时间： 2009-11-12

getting real by 37signals

getting real by 37signals

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10积分/C币 上传者： jacksonooi 时间： 2013-01-18

Getting Real - 37signals

关于企业管理的好书，篇幅简短，文字精悍，内容详实，值得阅读。

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3积分/C币 上传者： sunka1982 时间： 2015-05-18

Getting Real极限XP模型

想构建一个成功的Web应用么? 那么正是时候Getting Real. Getting Real 是一种更小规模，更快速，更高质量的软件构建方法。 Getting Real 除掉... • 花费数月，甚至数年的进度表 • 不切实际的功能规格文档 • 可伸缩性的争论 • 又臭又长的员工大会 • 大量招人的需求 • 毫无意义的版本号 • 憧憬完美未来的幼稚“路线图” • 无穷尽的偏好设置选项 • 外包支持 • 不切实际的用户测试 • 写无用文档 • 自顶向下的管理结构

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3积分/C币 上传者： njyky 时间： 2010-08-26

Getting Real 完整 完全中文版

网上的“Getting Real中文版”pdf版，中文翻译都不完整，最后一章还是英文的。我把最后一章的标准中文翻译整合进来，现在是完全中文的了。

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3积分/C币 上传者： fp6 时间： 2015-06-30

GTD/GettingThingsDone全套资料下载

GTD/GettingThingsDone全套资料下载 GTD流程图 GTD，Getting Things Done的缩写。来自于David Allen的一本畅销书《Getting Things Done》。《 Getting Things Done-The Art of Stress-Free Productivity》一书的作者David Allen将GTD总结成为一种将繁重超负荷的工作生活方式变成无压力高效的时间管理系统。 GTD的理念：GTD的核心理念在于只有将你心中所想的所有的事情都写下来并且安排好下一步的计划，你才能够心无挂念，全力以赴地做好目前的工作，提高效率。 GTD的基本方法：GTD的具体做法可以分成收集、整理、组织、回顾与行动五个步骤。 GTD/GettingThingsDone全套资料下载 Getting+Things+Done+FAST+-+Workbook.pdf ( 868 KB ) gettingthingsdone.doc ( 481 KB ) GTD FAST CN.pdf ( 1328 KB ) readyforanything.pdf ( 440 KB ) gtd.rar ( 1769 KB )

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3积分/C币 上传者： imliuli 时间： 2009-11-01

Getting started with spring framwork.pdf

Getting started with spring framwork.pdf

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50积分/C币 上传者： baidu_32530145 时间： 2015-11-03

Jim Liang Get started with machine learning 学习笔记 上（1-310页）

Jim Liang machine learning notes 上半部分 Jim Liang machine learning notes 上半部分

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3积分/C币 上传者： amphysics 时间： 2018-05-06

Getting Started with Bluetooth Low Energy.pdf

Getting Started with Bluetooth Low Energy.pdf 低功耗蓝牙的开发

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50积分/C币 上传者： u010878579 时间： 2015-07-21

Getting Started with Unity 2018 3rd Edition

What you will learn Set up your Unity development environment and navigate its tools Import and use custom assets and asset packages to add characters to your game Build a 3D game world with a custom terrain, water, sky, mountains, and trees Animate game characters, using animation controllers, and scripting Apply audio and particle effects to the game Create intuitive game menus and interface elements Customize your game with sound effects, shadows, lighting effects, and rendering options Debug code and provide smooth error handling Who This Book Is For If you are an aspiring game developer interested in learning Unity 2018 and becoming familiar with its core features, then this book is for you. No prior knowledge of Unity is required. Table of Contents Downloading and Installing Unity The Unity Interface Designing the Game Creating our Terrain Lights, Cameras, and Shadows Creating and Importing 3D Objects for our Game Implementing our Player Character Implementing our Non-Player Characters Adding a Heads-Up Display Scripting our Points System Scripting Victory and Defeat Adding Audio and Visual Effects to our Game Optimizing our Game for Deployment First steps in Virtual Reality

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2积分/C币 上传者： edddf 时间： 2018-04-04

Getting started with IntelliJ IDEA

Exploit IntelliJ IDEA’s unique features to rapidly develop web and Java Enterprise applications Overview Exhibit techniques that improve development performance Present framework support Create an application that explores the features of the integrated development environment (IDE) In Detail IntelliJ IDEA is a commercial Java development tool which competes with the free Eclipse and NetBeans projects. It is an integrated development environment (IDE) designed to automate parts of the coding process; to support a large number of different frameworks, tools, and targets; to work with multiple languages; and not to get in the way of the developer’s work. IntelliJ IDEA also does a good job of keeping up-to-date with the Java platform, subject to the expense of keeping current with the latest product version. A practical guide that will provide you with concepts and clear step-by-step exercises to help you understand and improve your performance. Through this guide, you will be able to extract more from IntelliJ IDEA 12. This book will navigate through the features of IntelliJ IDEA 12 and present the reader with concepts and tips that will give them a greater understanding of this IDE. Using a practical real-world example, readers will learn to develop one application and use some of the features presented. Through clear instructions, you will learn how to integrate the IDE with your favorite bug tracker, take a look at the refactoring approaches that IntelliJ offers, and will quickly understand and use different ways to navigate through the code. This book teaches you how to develop a web application and a simple Swing application. The development of this application will help you to understand how to work with IntelliJ's Swing GUI constructor. The book will also provide a simple code as starting point and will show you how to develop some code. What you will learn from this book Manage your tasks using (or not using) your favorite bug tracker Work with Spring framework with IntelliJ Understand and use the intentions and smart code completion features Create web services using the IntelliJ tools Install and use third party plugins Approach A practical, fast-paced guide with clear, step-by-step exercisesto help you understand the basics of IntelliJ Idea and develop a web application. Who this book is written for This book will be ideal if you are a Java developer who has a little knowledge about IntelliJ and wants to get more information on using it to improve your development performance. Product Details Paperback: 114 pages Publisher: Packt Publishing (October 17, 2013) Language: English ISBN-10: 1849699615 ISBN-13: 978-1849699617 Product Dimensions: 9.2 x 7.5 x 0.2 inches

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50积分/C币 上传者： bobbyliao 时间： 2014-03-09

Real-Time Rendering 第三版pdf(英文带目录)

图形学经典教程，因为看到网上的资源都没有目录，所以我手工添加了目录传上来。

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50积分/C币 上传者： xdjmc 时间： 2017-01-01

real and complex analysis-Walter rudin

In this book I present an analysis course which I have teach to first year graduate students at the Univereity of Wisconsin since 1962. The course was developed for two reasons. The first was a belief that one could present the basic techniques and theorems of analysis in one year, with enough applications to make the subject interesting, in such a way that students could then specialize in any direction they choose. The second and perhaps even more important one was the desire to do away with the outmoded and misleading idea that analysis consists of two distinct halves, "real variables" and "complex variables.'' Traditionally (with some oversimplification) the first of these deals with Lebesgue integration, with various types of convergence, and with the pathologies exhibited by very discontinuous functions; whereas the second one concerns itself only with those functions that are as smooth rts can be, namely, the holomorphic ones. That these two areas interact most intimately has of course been well known for at least 60 years and is evident to anyone who is acquainted with current research. Nevertheless, the standard curriculum in most American universities still contains a year course in complex variables, followed by a year course in real variables, and usually neither of these courses acknowledges the existence of the subject matter of the other. I have made an effort to demonstrate the interplay among the various parts of analysis, including some of the basic ideas from functional analysis. Here are a few examples. The Riesz representation theorem and the Hahn-Banach theorem allow one to "guess" the Poisson integral formula. They team up in the proof of Runge's theorem, from which the homology version of Cauchy's theorem follows easily. They combine with Blaschke's theorem on the zeros of bounded holomorphic functions to give a proof of the Miintz-Szasz theorem, which concerns approximation on an interval. The fsct that LZ is a Hilbert space is used in the proof of the W o n - N i i y m theorem, which leads to the theorem ,about differentiation of indefinite integrals (incidentally, daerentiation seems to be unduly slighted in most modern texts), which in turn yields the existence of radial limits of bounded harmonic functions. The theorems of Plancherel and Cauchy combined give a theorem of Paley and Wiener which, in turn, is used in the Denjoy-Carleman theorem about infinitely differentiable functions on the real lime. The maximum modulus theorem gives information about linear transformations on Lp-spsces. Since most of the results presented here are quite classical (the novelty lies in the arrangement, and some of the proofs are new), I have not attempted to document the source of every item. References are gathered at the end, in Notes and Comments. They are not always to the original sources, but more often to more recent works where further references can be found. In no case does the absence of a reference imply any claim to originality on my part. The prerequisite for this book is a good course in advanced calcuIus (set-theoretic manipulations, metric spaces, uniform continuity, and uniform convergence). The first seven chapters of my earlier book "Principles of Mathematical Adysis" furnish smcient preparation.

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3积分/C币 上传者： awj141 时间： 2009-10-18

Getting Started with LLVM Core Libraries

About This Book Learn how to configure, build, and use LLVM and Clang based tools Explore the depths of the LLVM front-end, IR, code generator, and libraries, and learn how a modern compiler is implemented in a practical way. Customize your project to benefit from Just in Time compilation (JIT), static analysis and source-to-source transformations.

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2积分/C币 上传者： u012337666 时间： 2017-12-24

real time rendering 第三版高清彩色

real time rendering 第三版高清彩色

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10积分/C币 上传者： tiger1334 时间： 2015-07-30

一份极好PCB的EMC设计指南+Get+EMC+Right+First+Time.pdf

Table of Contents 1. Grounding and Planes...................................................................................................... 7 1.1 Filters ............................................................................................................................ 7 1.2 Routing ......................................................................................................................... 8 1.3 Plane slots and boundaries .......................................................................................... 9 1.4 Decoupling capacitors ................................................................................................ 10 1.5 Power Distribution Network Impedance .................................................................... 11 2. High Speed Considerations ............................................................................................ 13 2.1 Identifying High Speed Signals ................................................................................... 13 2.2 Impedance .................................................................................................................. 14 2.2.1 Single Ended Characteristic Impedance ............................................................. 15 2.2.2 Differential Impedance ....................................................................................... 16 2.3 Terminations............................................................................................................... 18 2.3.1 Single Ended Terminations ................................................................................. 18 2.3.2 Differential Terminations ................................................................................... 20 2.4 Placement ................................................................................................................... 22 2.4.1 Partitioning ......................................................................................................... 22 2.4.2 Zoning ................................................................................................................. 22 2.4.3 Analog Buffers .................................................................................................... 23 2.5 Routing ....................................................................................................................... 24 2.5.1 Topology ............................................................................................................. 24 2.5.2 Bus Routing ......................................................................................................... 26 2.5.3 Corners ............................................................................................................... 28 2.5.4 Vias ..................................................................................................................... 28 2.5.5 Differential Routing ............................................................................................ 28 2.5.6 Proximity to Board Edge ..................................................................................... 30 2.6 Signal Timing ............................................................................................................... 31 2.6.1 Identifying time-critical signals ........................................................................... 31 2.6.2 Propagation time ................................................................................................ 32 2.6.3 Eye diagram analysis .......................................................................................... 32 2.7 Oscillators / Crystals ................................................................................................... 33 3. Crosstalk ......................................................................................................................... 35 3.1 Identifying Victims and Aggressors ........................................................................ 35 3.2 Layer Assignment ................................................................................................... 35 3.3 Orthogonality ......................................................................................................... 36 3.4 Parallelism .............................................................................................................. 36 3.5 Guarding ................................................................................................................. 37 3.6 Return paths ........................................................................................................... 38 3.7 Receiver Placement ................................................................................................ 39 4. EMC Considerations ....................................................................................................... 42 4.1 General Considerations .............................................................................................. 42 4.2 Components ............................................................................................................... 42 4.2.1 Component selection ......................................................................................... 43 4.2.2 High speed filters ................................................................................................ 43 4.2.3 Unused pins ........................................................................................................ 44 Page 5 of 76 Copyright © 2014 EMC FastPass 4.2.4 Heatsinks ............................................................................................................ 44 4.2.5 Shielded components ......................................................................................... 44 4.3 Power Supply .............................................................................................................. 45 4.3.1 Mains .................................................................................................................. 45 4.3.2 Voltage regulators .............................................................................................. 45 4.3.3 Switching mode power supplies ......................................................................... 46 4.4 Routing ....................................................................................................................... 47 4.4.1 Clock distribution ................................................................................................ 47 4.4.2 Guarding ............................................................................................................. 48 4.4.3 Stubs ................................................................................................................... 49 4.5 System design ............................................................................................................. 49 4.5.1 Chassis grounding ............................................................................................... 49 4.5.2 Cables ................................................................................................................. 50 4.5.3 Connectors ......................................................................................................... 51 4.6 ESD & Safety ............................................................................................................... 52 4.6.1 Connectors ......................................................................................................... 52 4.6.2 Sensitive pins .......................................................................................................... 54 4.6.3 High Voltage ........................................................................................................... 54 5. Design for Test ............................................................................................................... 55 5.1 Test Points .................................................................................................................. 55 5.2 Tooling Pins ................................................................................................................ 55 5.3 Push fingers ................................................................................................................ 56 5.4 Sealing ........................................................................................................................ 56 5.5 AOI .............................................................................................................................. 56 6. Design for Manufacture ................................................................................................. 57 6.1 Stackup ....................................................................................................................... 57 6.1.1 Symmetry ........................................................................................................... 57 6.1.2 Drill pairs ............................................................................................................. 57 6.1.3 Copper balance ................................................................................................... 58 6.2 Design Rules Check ..................................................................................................... 59 6.2.1 Clearance ............................................................................................................ 59 6.2.2 Width .................................................................................................................. 60 6.2.3 Annular Ring ....................................................................................................... 60 6.2.4 Slivers .................................................................................................................. 60 6.2.5 Acid Traps ........................................................................................................... 61 6.2.6 Silkscreen Over Pads ........................................................................................... 62 6.3 Mechanical ................................................................................................................. 62 6.3.1 Mechanical Drawings ......................................................................................... 62 6.3.2 Drill Drawings ..................................................................................................... 63 6.3.3 Slots .................................................................................................................... 63 6.3.4 Mounting holes .................................................................................................. 64 6.3.5 Panelization ........................................................................................................ 64 6.3.6 PCB manufacturing specifications ...................................................................... 65 6.4 Assembly Considerations ........................................................................................... 66 6.4.1 Assembly Flow .................................................................................................... 66 6.4.2 Stencils ................................................................................................................ 66 6.4.3 Panelized Assembly ............................................................................................ 67 6.4.4 Decals ................................................................................................................. 67 6.4.5 Fiducials .............................................................................................................. 68 Page 6 of 76 Copyright © 2014 EMC FastPass 6.4.6 Thermal Relief .................................................................................................... 69 6.4.7 Assembly drawings and BOM ............................................................................. 69 6.4.8 PCB Assembly Specifications .............................................................................. 70 6.5 Manufacturing files .................................................................................................... 71 6.5.1 Gerber ................................................................................................................. 71 6.5.2 NC Drill ................................................................................................................ 71 6.5.3 Pick & Place ........................................................................................................ 71 6.5.4 Test Point Report ................................................................................................ 71 7. Thermal considerations ................................................................................................. 72 7.1 Power Dissipation ....................................................................................................... 72 7.2 Heatsinks .................................................................................................................... 72 7.3 Cooling Areas .............................................................................................................. 73 7.4 Current Carrying Capacity .......................................................................................... 73 8. Helpful Utilities .............................................................................................................. 75 8.1 IPC7351 Land Pattern Calculator ................................................................................ 75 8.2 PCB Fabrication Wall Chart ......................................................................................... 75 8.3 PCB Calculators ........................................................................................................... 75 8.4 Filter Selection Simulator ........................................................................................... 76 8.5 Circuit Simulation Tools ...........................................................

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3积分/C币 上传者： c1003488779 时间： 2017-09-10

Getting Started with Kudu Perform Fast Analytics on Fast Data

Getting Started with Kudu Perform Fast Analytics on Fast Data kudu第一书，数据分析。ok. 重金搞来。

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5积分/C币 上传者： znsoft 时间： 2018-10-11

NOXA NPort5110串口服务器使用说明（Real COM 模式的安装过程）

Real COM 模式的安装过程

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10积分/C币 上传者： xiaoyuvs 时间： 2016-12-26

Getting Started With Processing 中文版

Processing语言学习， Arduino硬件相关，用于图形3D及各种图片处理

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5积分/C币 上传者： u013361113 时间： 2018-04-09

Real Time Rendering(3rd) 无水印pdf

Real Time Rendering(3rd) 英文无水印pdf 第3版 pdf所有页面使用FoxitReader和PDF-XChangeViewer测试都可以打开 本资源转载自网络，如有侵权，请联系上传者或csdn删除 本资源转载自网络，如有侵权，请联系上传者或csdn删除

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4积分/C币 上传者： u011433684 时间： 2017-09-24

Getting.Started.with.Kubernetes.2017.5 高清完整.pdf版

Kubernetes has continued to grow and achieve broad adoption across various industries, helping you to orchestrate and automate container deployments on a massive scale. This book will give you a complete understanding of Kubernetes and how to get a cluster up and running. You will develop an understanding of the installation and configuration process. The book will then focus on the core Kubernetes constructs such as pods, services, replica sets, replication controllers, and labels. You will also understand how cluster level networking is done in Kubernetes. The book will also show you how to manage deployments and perform updates with minimal downtime. Additionally, you will learn about operational aspects of Kubernetes such as monitoring and logging. Advanced concepts such as container security and cluster federation will also be covered. Finally, you will learn about the wider Kubernetes ecosystem with OCP, CoreOS, and Tectonic and explore the third-party extensions and tools that can be used with Kubernetes.

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50积分/C币 上传者： xinconan1992 时间： 2017-07-25

Getting Started with MATLAB

Getting Started with MATLAB, which introduces you to MATLAB. It covers all the primary MATLAB features at a high level, including plenty of examples to help you to learn the material quickly.

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3积分/C币 上传者： kidstory 时间： 2009-07-13

Getting started with Qt_Quick

国外最新的Qt Quick开发电子书，基于Qt5.6.

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10积分/C币 上传者： ultramarine_2000 时间： 2016-10-18

Real-Time Rendering 4th Edition

Real-Time Rendering 4th Edition 第四版英文版。 实时渲染图形学4

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1积分/C币 上传者： delphihero 时间： 2018-08-29

Real-Time Rendering 4th Edition完整版 全彩

Real-Time Rendering 4th Edition完整版 全彩 可复制文字 892M 这里挂的是百度云链接

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1积分/C币 上传者： u014778280 时间： 2018-09-13