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E-grāmata: Sustainable Web Ecosystem Design

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This book is about the process of creating web-based systems (i.e., websites, content, etc.) that consider each of the parts, the modules, the organisms – binary or otherwise – that make up a balanced, sustainable web ecosystem. In the current media-rich environment, a website is more than a collection of relative html documents of text and images on a static desktop computer monitor. There is now an unlimited combination of screens, devices, platforms, browsers, locations, versions, users, and exabytes of data with which to interact. Written in a highly approachable, practical style, this book is useful for stakeholders, system administrators, developers, designers, content managers, and the anonymous web user in industry, as well as faculty, staff, and students of all levels involved in teaching and learning in information technology.
1 Introduction: Discovering Where We Are Not
1(6)
2 Seeing Where We Need to Be
7(4)
2.1 The Anatomy of Sustainable Web Ecosystem Design
9(2)
3 Getting There: Landing an Onion on Mars
11(4)
4 The Necessity of a Sustainable Web Ecosystem
15(4)
4.1 Individual, Medium, Society
17(2)
5 The Real Discovery: The Web is Glial
19(6)
6 Web User Research
25(8)
6.1 HCI/BCI
26(4)
6.2 Surveys
30(1)
6.3 Usability
30(1)
6.4 Focus Groups
31(1)
6.5 Web User Profiles
31(2)
7 The Project
33(4)
7.1 Vision
33(1)
7.2 Brand/Message
34(1)
7.3 Communication
34(1)
7.4 Balanced Media Ecosystem
35(2)
8 Project Management
37(8)
8.1 Pre-production
37(5)
8.1.1 Concept Document/Functional Specification
37(4)
8.1.2 Competitive Matrix
41(1)
8.1.3 Cost Benefit Analysis
41(1)
8.2 Team Roles and Methods
42(1)
8.2.1 Development Team Roles and Responsibilities
42(1)
8.3 Source Code Management
43(1)
8.4 Development Journal
43(2)
9 Architecture
45(4)
9.1 Web Content Management Systems
45(1)
9.2 Taxonomy
46(1)
9.3 Intuitive Tagging
47(1)
9.4 SEO Optimization
47(2)
10 Functionality
49(10)
10.1 Hypertext
49(1)
10.2 Hypertext Transfer Protocol
50(1)
10.3 HyperText Markup Language (HTML)
50(1)
10.4 Document Object Model
51(1)
10.5 Web Browsers
51(3)
10.5.1 Background
52(1)
10.5.2 Popular Web Browser Descriptions
53(1)
10.6 Accessibility
54(2)
10.6.1 The Limitations of the Users' Computer Systems
54(1)
10.6.2 The Limitations of the User
55(1)
10.7 Universality
56(1)
10.8 Searchability
56(1)
10.9 Scalability
57(1)
10.10 Social-Sharing
57(1)
10.11 Responsiveness
57(1)
10.12 Testing
58(1)
11 Image
59(6)
11.1 Data Visualization
59(1)
11.2 Multi-Formats
59(2)
11.2.1 Definitions of Basic Terms
60(1)
11.3 Dynamic Interface
61(2)
11.4 Image Genome
63(2)
12 Writing
65(2)
12.1 Creative
65(1)
12.2 Technical
65(1)
12.3 Documentary
66(1)
12.4 Critical
66(1)
13 Code
67(6)
13.1 Stability Through Standards
67(1)
13.2 Lightweight
68(1)
13.3 Secure
69(1)
13.4 Open
69(2)
13.4.1 Semantic
70(1)
13.5 Interoperable
71(1)
13.6 Energy Utilization
72(1)
14 Web Hosting
73(12)
14.1 Efficiency
75(1)
14.2 Performance
75(1)
14.3 Lightweight Stability
76(1)
14.4 Reconciling Project and Host
77(3)
14.4.1 Content Considerations
78(1)
14.4.2 Image Slices
79(1)
14.4.3 Measuring Performance
79(1)
14.5 Security
80(5)
14.5.1 Types of Security
81(1)
14.5.2 Web Security
82(1)
14.5.3 Site Design
82(1)
14.5.4 Site Development
83(1)
14.5.5 Site Management
83(1)
14.5.6 User Considerations
84(1)
15 Post Launch
85(6)
15.1 Maintenance
85(1)
15.2 Workflow
85(1)
15.3 Content Provider Groups, (e)Teaching, (e)Learning
86(1)
15.4 User Groups, Community
87(1)
15.5 Analytics
88(3)
16 Education
91(4)
17 Policy
95(6)
17.1 Web Standards: The W3C
96(1)
17.2 Freedom of Speech/Human Rights
97(1)
17.3 Politics
97(1)
17.4 Health
98(1)
17.5 Economics
98(1)
17.6 Open Accessibility
99(1)
17.7 Environment
99(1)
17.8 Education
100(1)
18 Philosophy of Technology
101(10)
18.1 Fredrick Jameson
101(2)
18.2 Jean Francois Lyotard
103(3)
18.3 Harold Innis
106(3)
18.4 Emile Durkheim
109(2)
19 Conclusion
111(2)
Book Editions/Versioning Information 113(2)
References 115