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TCP/IP [Pehme köide]

  • Formaat: Paperback / softback, 320 pages, kõrgus: 210 mm, kaal: 409 g, 50ill.
  • Sari: Accelerated MCSE Study Guides
  • Ilmumisaeg: 01-Nov-1998
  • Kirjastus: McGraw-Hill Inc.,US
  • ISBN-10: 0070676860
  • ISBN-13: 9780070676862
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TCP/IPSuurem pilt
  • Formaat: Paperback / softback, 320 pages, kõrgus: 210 mm, kaal: 409 g, 50ill.
  • Sari: Accelerated MCSE Study Guides
  • Ilmumisaeg: 01-Nov-1998
  • Kirjastus: McGraw-Hill Inc.,US
  • ISBN-10: 0070676860
  • ISBN-13: 9780070676862
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780070676862.html
Märksõnad:
Furnishes professionals with the essential data for the TCP/IP exam, and provides extensive on TCP/IP, necessary facts and figures including wiring and network topology, helpful advice for taking the exam, and more. Original. (Advanced)
1 Introduction to the Study Guide
1(44)
Plan Your MCSE Process
1(28)
Core and Elective Exams
2(3)
Required Software and Hardware
5(2)
MCSE Myth #1: Everyone Must Take Six Exams to Earn the MCSE
7(2)
MCP Exams in the Windows NT 4.0 MCSE Track
9(1)
MCP Exams in the Windows NT 3.51 MCSE Track
9(1)
MCSE Myth #2: Only One Year to Finish
10(1)
MCSE Myth #3: There's a Two-Week Wait for a Retest
11(1)
MCSE Myth #4: You Must Pass Exam A Before Exam B
12(7)
Old Exams Are Eventually Retired
19(4)
Prepare for Each Exam with the Free TechNet CD-ROM
23(6)
Install the Software and Try Each Option
29(1)
Pass One Exam at a Time
30(15)
Choose the Best Answer
30(1)
Choose All That Apply
31(1)
Really Read the Scenario Questions!
31(3)
Scheduling an Exam
34(2)
When You Arrive at the Testing Center
36(9)
2 TCP/IP in a Nutshell
45(18)
TCP/IP: A Brief History
45(3)
TCP/IP Architecture
48(13)
Understanding the Transmission Control Protocol (TCP)
52(1)
Ports
53(2)
Sockets
55(1)
Transmission Under TCP
55(2)
Transmission Under UDP
57(1)
The IP Address Space
58(1)
Routing
59(1)
Internet Control Message Protocol
60(1)
The Internet Group Management Protocol
61(1)
For Review
61(1)
From Here
62(1)
3 The IP Address
63(20)
Confused?
68(5)
Understanding the Address Classes
73(8)
Working with Addresses
77(2)
Zero-based Host or Network IDs Not Allowed
79(2)
For Review
81(1)
From Here
81(2)
4 Subnets and Subnetting
83(70)
Subnet Planning
83(6)
Concepts of Subnetting
84(3)
Advantages of Subnetting
87(1)
Do I Need an IP Address? Where Do I Get One?
88(1)
Binary Math Refresher
89(10)
Binary Operations Are the Same as Base 10
90(1)
Carrying the Results
91(1)
Base 10 Place Values
92(1)
Binary Place Values
93(2)
Binary Subtraction
95(3)
One More Time Through Binary to Decimal Conversion
98(1)
So How Does All of This Apply to TCP/IP Subnetting?
99(7)
IP Address Classes
99(2)
What Is a Subnet Mask?
101(1)
Understanding the Difference Between a Host ID and a Network ID
102(1)
ANDing (Local Traffic or Not Local Traffic)
103(3)
So What Happens When a Network Is Subnetted and the Default Subnet Mask Is Not Used?
106(22)
Borrowing Bits to Make Subnets
108(1)
Determining the Number of Hosts and Networks
109(8)
So, Where Do I Get My New Hosts IP Addresses?
117(4)
Enumerate the Subnet IDs
121(6)
The Subnet Mask in Action
127(1)
Steps to Subnet Success
128(10)
Step 1: Needs Analysis Highlights
128(2)
Step 2: Create a Subnet Mask
130(6)
Step 3: Calculate the New Subnetwork IDs
136(1)
Step 4: List the Resulting Host IDs for Each New Subnetwork
136(1)
Step 5: Implement the Subnet Plan
136(1)
Bringing It All Together -- Practice
137(1)
Subnetting Examples
138(12)
Example #1
138(2)
Example #2
140(2)
Example #3
142(1)
Example #4
143(1)
Example #5
144(2)
Example #6
146(2)
Example #7
148(2)
For Review
150(1)
From Here
151(2)
5 Routing
153(20)
So What Is Routing?
155(17)
Routers Versus Bridges
156(1)
How Routers Use IP Addresses
157(2)
How Routers Use Routing Information
159(2)
Route Tables
161(2)
Dynamic Routing
163(1)
RIP
164(1)
Static Routing
164(4)
Tracert
168(1)
How to Build an NT-based Router
169(3)
For Review
172(1)
From Here
172(1)
6 IP Address Resolution
173(4)
Media Access Control (MAC) Address
173(3)
ARP
174(1)
The ARP Cache
175(1)
Troubleshooting Address Resolution Problems
175(1)
For Review
176(1)
From Here
176(1)
7 Host Name Resolution
177(10)
The Domain Name System
178(7)
How DNS Works
178(3)
Fully Qualified Domain Name (FQDN)
181(1)
Resolving Host Names to IP Addresses
181(1)
The HOSTS File
182(1)
HOSTS File Usage Rules
183(1)
DNS Server
184(1)
NetBIOS Cache
184(1)
WINS Server
184(1)
b-node Queries
184(1)
LMHOSTS File
185(1)
For Review
185(1)
From Here
186(1)
8 Microsoft DNS Server
187(18)
The Bind Boot File
188(1)
Zone Files
189(3)
The SOA Record
189(1)
The Name Server Record
190(1)
The Mail Exchange Record
190(1)
The Host Record
191(1)
The Local Host Record
191(1)
The CNAME Record
191(1)
The Named Cache File
192(1)
The Reverse Resolver File
192(1)
The Pointer Records
192(1)
The Arpa-127.rev File
192(1)
Name Servers
192(1)
Installing and Configuring Microsoft DNS
193(10)
DNS Manager
195(1)
Server Roles
196(1)
Primary Name Server Setup
196(1)
Creating Secondary Name Servers
196(1)
Caching-Only Servers
197(1)
IP-Forwarding Servers
197(1)
The SOA Record
198(1)
WINS Lookup
199(1)
Creating a Reverse Lookup Zone
200(1)
Adding Host Records
201(1)
Adding the Other Records
201(2)
Creating Sub-Domains
203(1)
For Review
203(1)
From Here
204(1)
9 NetBIOS Name Resolution
205(10)
Typical NetBIOS Computer Names
206(6)
Resolving NetBIOS Names to IP Addresses
208(1)
NetBIOS Name Cache
208(1)
WINS Server
208(1)
NetBIOS Broadcast
209(1)
LMHOSTS File
209(1)
HOSTS File
209(1)
DNS Server
209(1)
NetBIOS Node Types
209(1)
LMHOSTS File
210(2)
Configuring an LMHOSTS File
212(1)
For Review
212(1)
From Here
213(2)
10 Windows Internet Name Service (WINS)
215(12)
WINS Clients
215(8)
Name Registration
217(1)
Name Release
218(1)
WINS Server
218(2)
Add Static Mappings
220(1)
Replication
221(1)
WINS Proxy Agent
222(1)
For Review
223(2)
From Here
225(2)
11 Dynamic Host Configuration Protocol (DHCP)
227(16)
Address Acquisition
228(2)
Address Renewal
230(10)
DHCP Client
231(1)
DHCP Server
232(1)
Scope
233(1)
Exclusions
234(1)
Lease Duration
234(1)
Reservations
235(1)
DHCP Options
236(1)
Global Options
237(1)
Scope Options
237(1)
Client Options
238(1)
DHCP Relay Agent
238(1)
Multiple DHCP Servers
239(1)
For Review
240(2)
From Here
242(1)
12 Simple Network Management Protocol (SNMP)
243(10)
SNMP Architecture
244(2)
The SNMP Management System
244(1)
The SNMP Agent
245(1)
The Management Information Base
246(1)
MIB-II
246(1)
LAN Manager MIB-II
246(1)
DHCP MIB
246(1)
WINS MIB
246(1)
Object Identifiers
247(1)
Installing and Configuring SNMP
248(2)
SNMP Security
248(1)
SNMP Traps
249(1)
SNMP Agents
250(1)
The SNMP Utility
250(1)
For Review
250(2)
From Here
252(1)
13 Internetworking Microsoft TCP/IP
253(10)
Remote Execution
254(6)
REXEC
254(1)
RSH
254(1)
File Transfer
254(1)
RCP
254(1)
FTP
254(1)
TFTP
255(1)
Terminal Emulation
255(2)
TCP/IP Printing (LPS)
257(1)
LPD on Windows NT Server
257(1)
Creating LPR Printers
258(1)
LPQ (Line Printer Query)
259(1)
Remote Access Service and TCP/IP
259(1)
Point-to-Point Tunneling Protocol
260(1)
For Review
260(1)
From Here
261(2)
14 Troubleshooting Microsoft TCP/IP
263(16)
TCP/IP Troubleshooting
264(11)
Step 1: Check the Network Cable
264(1)
Step 2: Check for a Link Light
265(1)
Step 3: Browse the Network
265(2)
Step 4: Ping the Interface
267(1)
Step 5: Ping the Gateway Address
268(2)
Step 6: Ping an Address on Another Network
270(1)
Step 7: Tracert to an Address on Another Network
270(5)
Step 8: Ping the Host Name of a Computer
275(1)
Monitoring Tools
275(2)
Network Monitor
276(1)
For Review
277(1)
From Here
278(1)
Index 279