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统计数据背后的真相 — 读《How to lie with statistics》

统计数据背后的真相 — 读《How to lie with statistics》

在当今互联网普及的社会中，几乎每一个人都会和统计数字接触，例如各种经济数据、证券信息、房地产投资可行性报告、公司财务报告、以及与互联网相关的各种页面数据点击量、网页流量、用户量统计、用户趋势分析报告等
探索需求(图文)

探索需求(图文)

又名: Exploring Requirements: Quality Before Design内容简介本书着眼于系统设计前的需求分析，它是整个开发过程（如何设计人们想要的产品和系统）中最有挑战性的一部分。通过对一些需求分析中的常见误区和问题的
人因工程学导论（第二版）

人因工程学导论（第二版）

内容简介 人因学作为一门新兴的学科，在当今工业设计领域越来越受重视，这本《人因工程学导论》的主要意图是对人因学原理进行清楚直观的说明。本书作者之一，美国伊利诺伊大学的威肯斯教授是人因学、工程心理学界的
引爆点(图文)

引爆点(图文)

又名：The Tipping Point内容简介本书是《纽约客》杂志专职作家马尔科姆·格拉德威尔的一部才华横溢之作。他以社会上突如其来的流行风潮研究为切入点，从一个全新的角度探索了控制科学和营销模式。他认为，思想、行
顾客要买什么(图文)

顾客要买什么(图文)

又名：Treasure Hunt: Inside the Mind of the New Consumer内容简介        在世界各地，消费品市场正在向两极分化。在高端市场，顾客愿意花更多的钱买高品质、高利润且充满感情色彩的产品和服务；在低端市场，却
顾客为什么购买

顾客为什么购买

又名: Why We Buy：The Science Of Shopping内容简介　　到底是什么触发人们的购买欲？顾客又是如何改变商店？为什么网上购物不会取代大型购物中心？本书中作者帕科·昂德希尔依据大量实地调研数据给出了肯定的回答
数学化协同与网络交互设计

数学化协同与网络交互设计

本书阐述了数字化协同与网络交互设计的协同交互模式及其系统体系结构。书中介绍了数字化建模技术、协同设计环境与工具、协同产品数据管理、产品三维可视化、数字化设计的信息交换规范与格式等。本书还系统地研究数字制造系统中的数据交换格式、协议与技术及其应用，并介绍了产品数据交换标STEP、XML、XSL和VRML等各种协议及标记语言。 本书可以作为制造业信息化与先进制造技术领域的科研和工程技术人员参考，也可以作为高等院校机械制造、自动化、计算机等相关专业的教师和研究生参考。
基于用户体验的交互式信息服务/图书馆学情报学前沿丛书

基于用户体验的交互式信息服务/图书馆学情报学前沿丛书

【内容介绍】


随着体验经济时代的来临，基于网络发展的个性化服务拓展要求通过
交互更直接、清晰地表达自身需求，从而获得积极的用户体验。本书针对
信息管理和服务中的“交互“问题，在国内外现有研究的基础上，从用户
需求出发，围绕交互式信息服务环境、服务组织定位、交互式信息服务的
用户机制、交互式平台构建和交互式信息服务的技术实现等问题，结合案
例和实证，进行基于用户体验的交互式信息服务体系构建和面向多元主体
的全方位、全程化服务的实现研究。
本书可供信息管理学科和相关学科领域的专业人员、研究生和相关人
员参考、使用。

Observing the User Experience

Observing the User Experience

The gap between who designers and developers imagine their users are, and who those users really are can be the biggest problem with product development. Observing the User Experience will help you bridge that gap to understand what your users want and need from your product, and whether they'll be able to use what you've created.
　　
　　Filled with real-world experience and a wealth of practical information, this book presents a complete toolbox of techniques to help designers and developers see through the eyes of their users. It provides in-depth coverage of 13 user experience research techniques that will provide a basis for developing better products, whether they're Web, software or mobile based. In addition, it's written with an understanding of how software is developed in the real world, taking tight budgets, short schedules, and existing processes into account.
　　
　　·Explains how to create usable products that are still original, creative, and unique
　　
　　·A valuable resource for designers, developers, project managersanyone in a position where their work comes in direct contact with the end user.
　　
　　·Provides a real-world perspective on research and provides advice about how user research can be done cheaply, quickly and how results can be presented persuasively
　　
　　·Gives readers the tools and confidence to perform user research on their own designs and tune their software user experience to the unique needs of their product and its users　　

Wireless Networks: Multiuser Detection in Cross-Layer Design无线网络：跨层设计中的多用户检测

Wireless Networks: Multiuser Detection in Cross-Layer Design无线网络：跨层设计中的多用户检测

Cross-layer design seeks to enhance the capacity of wireless networks significantly through the joint optimization of multiple layers in the network, primarily the physical (PHY) and medium access control （MAC）layers. Although there are advantages of such design in wireline networks as well, this approach is particularly advantageous for wireless networks due to the properties (such as mobility and interference) that strongly affect performance and design of higher layer protocols.
This unique monograph is concerned with the issue of cross-layer design in wireless networks, and more particularly with the impact of node-level multiuser detection on such design. It provides an introduction to this vibrant and active research area insufficiently covered in existing literature, presenting some of the principal methods developed and results obtained to date. Accompanied by numerous illustrations, the text is an excellent reference for engineers, researchers and students working in communication networks.