Matlab, Second Edition pdf epub mobi txt 电子书下载 2026

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出版者:Butterworth-Heinemann

作者:Stormy Attaway Ph.D. Boston University

出品人:

页数:544

译者:

出版时间:2011-8-11

价格:USD 49.95

装帧:Paperback

isbn号码:9780123850812

丛书系列:

图书标签:

Matlab
计算机科学
Engineering
软件
计算机
教材
建模工具
matlab
Matlab
数值计算
科学计算
工程数学
编程
算法
矩阵
数据分析
仿真
控制系统

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具体描述

Assuming no knowledge of programming, this book presents both programming concepts and MATLAB's built-in functions, providing a perfect platform for exploiting MATLAB's extensive capabilities for tackling engineering problems. It starts with programming concepts such as variables, assignments, input/output, and selection statements, moves onto loops and then solves problems using both the 'programming concept' and the 'power of MATLAB' side-by-side. In-depth coverage is given to input/output, a topic that is fundamental to many engineering applications. Ancillaries available with the text: Instructor solution manual (available Aug. 1st) electronic images from the text (available Aug 16th) m-files (available Aug 1st) * Presents programming concepts and MATLAB built-in functions side-by-side, giving students the ability to program efficiently and exploit the power of MATLAB to solve problems. * In depth coverage of file input/output, a topic essential for many engineering applications * Systematic, step-by-step approach, building on concepts throughout the book, facilitating easier learning * Sections on 'common pitfalls' and 'programming guidelines' direct students towards best practice * New to this edition: More engineering applications help the reader learn Matlab in the context of solving technical problems New and revised end of chapter problems Stronger coverage of loops and vectorizing in a new chapter, chapter 5 Updated to reflect current features and functions of the current release of Matlab

Exploring the Infinite Canvas: A Journey Through Computational Art and Design This book is an invitation to embark on a profound exploration of the intersection between computational power and artistic expression. It delves into the fascinating world where algorithms become brushes, data points transform into pigments, and code blossoms into breathtaking visual narratives. We will move beyond the conventional understanding of art as a purely manual endeavor and uncover the boundless potential that emerges when creativity is amplified by the logic and precision of computation. Our journey begins with a foundational understanding of the principles that underpin computational art. We will unpack the core concepts of generative art, a field where artworks are created not by direct human manipulation of every element, but by the execution of a set of rules and processes defined by the artist. This involves understanding how systems can be designed to produce emergent complexity, leading to artworks that surprise and delight even their creators. We will explore algorithms that mimic natural phenomena, such as the growth patterns of plants, the flow of fluids, or the intricate formations of crystals, and how these can be translated into visually compelling art. The book will then transition into the practical application of these principles through various computational tools and languages. While this book is not about a specific software package, it will guide you through the types of thinking and techniques used in creating computational art. We will discuss the role of programming languages in defining artistic intent, from simple scripts that generate geometric patterns to more complex systems that incorporate interactivity and responsiveness. You will learn about the fundamental building blocks of algorithmic design: loops, conditional statements, variables, and functions, and how these can be orchestrated to create dynamic and evolving visual experiences. A significant portion of our exploration will focus on the concept of parameterization. This is the art of defining artworks through a set of controllable variables. Imagine a digital sculpture where you can adjust sliders to alter its form, texture, color, and even its kinetic behavior. We will investigate how artists leverage parameterization to create vast families of related artworks, to explore iterative design processes, and to invite audience participation in shaping the final output. This opens up a world of possibilities for responsive installations, dynamic websites, and personalized artistic experiences. We will delve into the realm of data visualization as art. Beyond simply presenting information, we will examine how the aesthetic qualities of data representations can be intentionally crafted to evoke emotion, tell compelling stories, and challenge our perceptions. This involves understanding color theory, composition, and typography within the context of data, and how to transform raw numbers into immersive and impactful visual experiences. Think of intricate network diagrams that reveal hidden connections, or dynamic charts that visualize the pulse of global events. The book will also explore the exciting frontier of interactive art. Here, the artwork is not a static object but a living entity that responds to its environment and its audience. We will discuss the technologies and concepts behind creating systems that react to motion, sound, touch, or even physiological data. This could range from sculptures that change form based on the presence of viewers to digital environments that evolve in real-time based on audience interaction, blurring the lines between creator, artwork, and observer. Furthermore, we will investigate the role of mathematics and geometry in computational art. The elegance of fractal geometry, the symmetry of tessellations, and the principles of algorithmic composition will be explored not just as mathematical curiosities, but as powerful tools for generating intricate and aesthetically pleasing forms. You will learn how to harness these mathematical structures to create complex patterns, organic shapes, and visually harmonious compositions that would be incredibly difficult, if not impossible, to achieve through traditional methods. The book will also touch upon the philosophical underpinnings of computational art. What does it mean for an algorithm to be creative? How does the artist's intent translate through code? We will ponder the evolving definition of authorship in the digital age and the unique dialogue that emerges between the human artist and the computational system. This thoughtful examination will encourage a deeper appreciation for the conceptual richness of this artistic discipline. Throughout this journey, the emphasis will be on fostering a creative mindset and encouraging experimentation. While the book will introduce you to fundamental concepts and techniques, its ultimate goal is to empower you to develop your own unique artistic voice within the computational realm. We will look at diverse examples from contemporary artists who are pushing the boundaries of what is possible, drawing inspiration from their innovative approaches and diverse applications. The reader will be encouraged to think about how to approach a creative problem computationally, how to break down complex ideas into manageable algorithms, and how to iterate and refine their designs through a process of intelligent exploration. This book is for anyone who is curious about the future of art, for designers looking to expand their toolkit, for programmers seeking a new creative outlet, and for anyone who believes in the power of imagination to shape our world through new mediums. It is a guide to unlocking a new dimension of artistic possibility, where the only limit is the breadth of your imagination and the power of your ideas. Prepare to see the world, and the potential for art, through a new computational lens.

作者简介

目录信息

读后感

评分☆☆☆☆☆

A very popular MATLAB book on Amazon. I did finish all the book, only the first 8 chapters. I left the advanced topics for future reading, since I might only need part of them. It is more efficient to learn them with the clear demand on mind. The book is ...

评分☆☆☆☆☆

用户评价

评分☆☆☆☆☆

这本书的封面设计真是让人眼前一亮，那种深邃的蓝色调，配上简洁有力的字体，一下子就抓住了我的注意力。我一直对这类技术书籍抱有很高的期望，希望它们能在保持专业性的同时，也能在视觉上传达出清晰和易读性。拿到手里掂了掂，感觉分量十足，这通常意味着内容会非常扎实，不像有些轻飘飘的书籍，读起来总觉得少了点什么。我翻开目录，看到那些章节标题，每一个都像是精心打磨过的宝石，排列得井井有条，从基础概念到高级应用，脉络清晰得令人安心。特别是看到涉及到矩阵运算和可视化那一块的章节，排版非常清爽，图表的预留空间也足够大，这对于需要对照书本和软件实际操作的读者来说，简直是福音。我猜想，编排者一定花了不少心思在用户体验上，毕竟，阅读一本技术手册，图文的配合度至关重要，而从这个初步印象来看，这本书在这方面绝对是下了大功夫的，让人迫不及待想深入研读其中的奥秘。

评分☆☆☆☆☆

这本书的深度与广度达到了一个令人赞叹的平衡点。很多书籍要么过于侧重基础的“Hello World”级别应用，导致读者很快就碰到天花板；要么就是上来就堆砌前沿的、小众的高级算法，让新手望而却步。而这本书似乎完美地找到了那个黄金分割点。它不仅详尽地涵盖了核心的数值计算、信号处理等传统强项，更令人惊喜的是，它对近年来兴起的一些交叉学科应用，比如数据科学中的特定工具箱使用，也有相当深入的介绍。我注意到其中一个章节专门讨论了如何优化大型矩阵运算的性能瓶颈，这对于处理海量数据的工作场景至关重要。这种与时俱进且内容结构均衡的设计，意味着这本书不仅是当前工作的得力助手，更是一份能够伴随我职业生涯持续成长的参考宝典，它的价值会随着我技能树的攀升而不断展现出来。

评分☆☆☆☆☆

坦白说，我购买很多技术书籍都是带着一种“碰运气”的心态，很多时候，书名和宣传语听起来都很诱人，但实际内容却晦涩难懂，充满了学院派的冗长论述，读起来让人昏昏欲睡。这本书给我的第一感受是，它的语言风格极其“接地气”。它不像是在对一群资深专家讲解，更像是一位经验丰富的老前辈，耐心地，一步一步地，用你能理解的方式，将那些复杂的算法和函数原理掰开了揉碎了讲给你听。举个例子，它在解释某个复杂控制系统的建模过程时，没有直接抛出一个高深的数学公式，而是先用一个生活中的类比场景来引入，让你先对概念有个直观的认识，然后再逐步过渡到精确的数学表达。这种循序渐进的教学方法，极大地降低了初学者的入门门槛，让人感觉“原来这个我也能搞懂”，这种成就感，是很多教材无法给予的。这种注重实际应用和理解深度的叙述方式，无疑会让我在未来的项目中受益匪浅。

评分☆☆☆☆☆

我对技术书籍的评估标准里，勘误和准确性占据了极高的比重。毕竟，如果一本工具书里充满了错误的代码示例或者不准确的函数说明，那带来的负面影响是毁灭性的，轻则浪费时间去调试一个根本不存在的bug，重则可能导致整个项目方向的偏差。从我初步翻阅的这部分内容来看，这套书在细节的打磨上做到了近乎苛刻的程度。每一个代码片段我虽然还没有亲自运行，但仅从其结构和注释的规范性来看，就能感受到作者对精确性的执着。尤其是那些关于数据结构和内存管理的讨论，描述得逻辑严密，几乎找不到任何可以产生歧义的地方。这种对细节的偏执，让我在阅读时能够保持一种高度的信任感，我知道我正在学习的是经过反复推敲和验证的知识，而不是未经考验的“初稿”。对于任何严肃的工程师或研究人员来说，这种可靠性是比任何华丽辞藻都更珍贵的品质。

评分☆☆☆☆☆

阅读体验上的舒适度也是衡量一本好书的重要指标。长时间对着电脑屏幕上的代码已经让人头疼，如果书本本身的装帧和纸张质量不能提供一个放松的阅读环境，那简直是双重折磨。这本书的纸张选得非常好，不是那种廉价的反光纸，而是略带哑光质感的，即使用在灯光不是特别理想的环境下，眼睛也不会感到明显的疲劳。装订也十分牢固，即便是需要频繁翻阅查找特定公式或者函数定义，也完全不用担心书脊会散架。更值得称赞的是，书中的插图和图表的清晰度极高，线条锐利，色彩对比适中，即便是一些复杂的流程图，也能一眼看出其逻辑走向。这种对物理载体的重视，体现了出版方和作者对读者时间与健康的基本尊重，使得长时间的深入学习变成了一种享受而非负担。

评分☆☆☆☆☆

万恶之源...现在连计算器都懒得按了

评分☆☆☆☆☆

可算看完了。。。

评分☆☆☆☆☆

万恶之源...现在连计算器都懒得按了

评分☆☆☆☆☆

万恶之源...现在连计算器都懒得按了

评分☆☆☆☆☆

万恶之源...现在连计算器都懒得按了