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Architecting Enterprise Solutions with UNIX Networking,9780137927067
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Architecting Enterprise Solutions with UNIX Networking


Edition: 1st
Author(s): Blommers, John; Hewlett-Packard Professional Books
ISBN10:  0137927061
ISBN13:  9780137927067
Format:  Paperback
Pub. Date:  1/1/1999
Publisher(s): Prentice Hall PTR

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SummaryTable of Contents

The complete real-world guide to architecting UNIX-based enterprise networks.

Architecting Enterprise Solutions with UNIX Networking is the first step-by-step guide to building UNIX-based architectures that maximize performance, growth, reliability, manageability, and security.

Start with a high-level overview of the key principles of UNIX-based architecture and design from requirements analysis and team reviews to what-if analysis and capacity planning. Understand two-tier, three-tier, and N-tier architectures and how enterprise applications like SAP, Oracle Financials, Baan, and PeopleSoft fit into them. Discover proven techniques for forecasting and ensuring high-availability and scalability, including when to use server farms, Fibre Channel media, and other key technologies. Walk through UNIX network planning issues in-depth, including:

  • Planning IP addressing and DNS.
  • Clustering options and alternatives.
  • UNIX system and network security, firewalls, and auditing.
  • Planning a standards-based electronic messaging architecture.
  • Creating manageable networks with SNMP, OpenView, and Web-based administration tools.

Learn how to integrate UNIX-based systems with Windows clients, NT workstations, Macintoshes, Novell LANs, network computers, thin clients, and other devices. Finally, put it all together in four detailed case studies, learning how to architect advanced UNIX networks for video applications, ISPs, engineering firms, and wireless service providers.

Contents v(10)
List of Tables
xv(2)
List of Figures
xvii(6)
Preface xxiii
1 Principles of Architecture and Design
1(16)
Introduction
2(1)
Requirements Analysis
3(3)
Functional Specifications
6(1)
Canvasing for Point Solutions
7(2)
Structured Walk Through
9(2)
Team Review
11(1)
Decision Analysis
11(1)
What-if Analysis
12(1)
Disaster Recovery Planning
13(1)
Capacity Planning
14(2)
References
16(1)
2 Multitier Architectures
17(10)
Introduction
18(1)
Two-tier Architectures
19(3)
Three-tier Architectures
22(1)
Four-tier Architectures
23(3)
References
26(1)
3 High-availability Issues
27(22)
Introduction
28(1)
Essential Reliability Mathematics
28(4)
High-availability Network Design Principles
32(6)
System Clustering Principles
38(2)
Fail-over Issues
40(1)
Load Balancing
41(1)
HP Network Connection Policy Manager (NCPM)
42(3)
XDMCP
45(1)
A High-availability Exercise
46(1)
References
47(2)
4 Performance Scaling Principles
49(22)
Introduction
50(1)
More Servers
51(2)
More Network Adapters
53(2)
More Disks
55(2)
More CPUs
57(4)
More RAM
61(1)
More Sockets
62(1)
Greater Network Media Speed
63(2)
Parallel LAN Links
65(1)
Bigger Level II Cache
66(1)
Higher CPU Clock Speed
66(1)
Wider Data Paths
67(1)
Higher System Bus Speed
67(1)
The Megahertz Wars
67(2)
Scalable HP-UX 11.0 Systems
69(1)
References
70(1)
5 Network Adapters for UNIX Systems
71(28)
Introduction
72(2)
Designing in the Right LAN Medium
74(1)
OSI View of Network Adapters
75(2)
The Ethernet Family
77(5)
Token Ring
82(3)
FDDI
85(2)
ATM
87(3)
ISDN
90(2)
PPP over RS-232
92(1)
Fibre Channel
93(4)
TIA/EIA Standards
97(1)
References
97(2)
6 UNIX Network Configuration Principles
99(18)
Introduction
100(1)
Why Open Systems Are Scary
101(2)
FDDI and Other Media MTU
103(3)
Ethernet and IEEE Frames
106(2)
IP Subnet Masks and Routing Tables
108(1)
Local Loopback and Shared Memory
109(1)
DHCP, BOOTP, and Relay Agents
110(2)
Multihoming
112(1)
Domain Name System
113(1)
The ARP Hack
114(1)
References
115(2)
7 UNIX Compute Cluster Designs
117(10)
Introduction
118(1)
Why We Cluster UNIX Systems
118(1)
MC/ServiceGuard
119(1)
DCE (NCS) RPC Principles
120(2)
Atria ClearCase Build Farms
122(2)
Server Consolidation
124(1)
References
125(2)
8 Network and UNIX Security
127(20)
Introduction
128(1)
Defining What Security Means in a Networked Environment
129(1)
Structured Security Requirements Analysis
130(4)
Internet Firewall Design
134(2)
DCE Security Model and HP Praesidium
136(1)
B-level Security
137(1)
UNIX System Security
138(2)
UNIX Network Application Security
140(1)
UNIX Tools for Auditing
141(1)
UNIX Remote Access Checklist
141(3)
The Ping-of-Death Attack
144(1)
The SYN Attack
145(1)
A Security Tale
145(1)
References
146(1)
9 Electronic Messaging
147(16)
Introduction
148(1)
Why Can't We Just Send Email?
148(2)
Messaging Architectures
150(3)
Directory Services
153(2)
HP OpenMail and Email Gateways
155(1)
SMTP
156(2)
POP3
158(2)
Miscellaneous Email Issues
160(1)
References
161(2)
10 Desktop Integration Principles
163(24)
Introduction
164(1)
Benefits of Integrating Multivendor Desktops with UNIX
165(3)
"Capt'n, thur be multiple stacks here!"
168(2)
Portable NetWare
170(2)
Macintosh, OpenStep, and Rhapsody
172(1)
Wintel Clients and AdvancedServer/Advanced Server/9000
173(3)
NCs, Thin Clients, NetPCs, and Diskless Computers
176(6)
NFS for Open Multiplatform Integration
182(1)
The Distributed File System
183(2)
Authentication Models
185(1)
References
186(1)
11 Integration Using X-Windows
187(16)
Introduction
188(1)
Vendor and Network-independent Windowing
188(2)
X-Windows Architecture
190(3)
Myths about X-Windows
193(2)
Platform-independent Computing
195(2)
X-Windows Clients for Macintosh, Wintel, and UNIX
197(1)
Some Interesting HP X-Solutions
198(1)
SharedX Collaboration
198(2)
The Publishing Industry and X-Windows
200(1)
X-terminal Features Summary
201(2)
12 Managing UNIX Networks
203(16)
Introduction
204(1)
Network Management Architecture
204(4)
SNMP Architecture
208(3)
The HP OpenView Suite
211(2)
Events, Storms, and Correlation
213(1)
UNIX System Administration
214(1)
System Performance Tools
215(1)
Web-based Administration Tools
216(2)
References
218(1)
13 UNIX-based Video Servers
219(18)
Introduction
220(1)
Who Needs Talking Heads to Collaborate?
220(1)
Digital Video Technology
221(3)
Streaming Video Servers
224(2)
Broadcast Video Servers
226(1)
CU-SeeMe Video Conferencing
227(2)
Starlight Networks Video Server
229(2)
Engineering Digital Video Solutions
231(3)
A Manufacturing Application for Web and Video
234(2)
References
236(1)
14 Internet Service Providers
237(22)
Introduction
238(1)
The Nature of the ISP Business
238(2)
UNIX and the Internet
240(1)
The Internet's Architecture
241(1)
Web Server Farms
242(4)
Hosting Services
246(2)
DNS and Routing
248(1)
SMTP and News
249(3)
Authentication: Telnet and FTP
252(1)
Web Technology
253(2)
UNIX and Java
255(1)
FlashPix, Fractal, and PNG File Formats
256(1)
UNIX Web Server Software
257(1)
Managing the Network
258(1)
References
258(1)
15 Engineering Environments
259(12)
Introduction
260(1)
Software Development Environments
260(2)
GIS, AutoCAD, and Simulators
262(2)
UNIX File, Print, and Plotter Sharing
264(4)
X-Windows Solutions
268(3)
16 The Wireless Industry Does UNIX
271(12)
Introduction
272(1)
Customer Care Applications
272(1)
CDPD IP Networking Overlay
273(3)
The Ricochet Wireless Network
276(1)
Cellular Fraud Detection with UNIX
276(1)
Data Center Design
277(3)
Satellite Constellations
280(1)
Wireless LAN
280(2)
References
282(1)
Glossary 283(26)
Index 309

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