Exploration network chapter6

•Transferir como PPT, PDF•

1 gostou•908 visualizações

teknik komputer ui

The document discusses IPv4 network fundamentals including: 1) The structure of IPv4 addressing and how to convert between binary and decimal. 2) The different types of IPv4 addresses and how they are used. 3) How addresses are assigned to networks by ISPs and administrators, including the role of subnet masks. 4) Calculating network portions, host addresses, and subnets given an IP address and subnet mask. 5) Using ping and traceroute to test network connectivity and verify IP protocol functionality.

Addressing the Network – IPv4 Network Fundamentals – Chapter 6

Objectives ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

IP Addressing Structure ,[object Object]

IP Addressing Structure ,[object Object]

IP Addressing Structure ,[object Object]

IP Addressing Structure ,[object Object]

IP Addressing Structure ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Classify and Define IPv4 Addresses ,[object Object]

Assigning Addresses ,[object Object]

Assigning Addresses ,[object Object]

Assigning Addresses ,[object Object]

Assigning Addresses ,[object Object]

Assigning Addresses ,[object Object]

Assigning Addresses ,[object Object]

Determine the network portion of the host address and the role of the subnet mask ,[object Object]

Determine the network portion of the host address and the role of the subnet mask ,[object Object]

Determine the network portion of the host address and the role of the subnet mask ,[object Object]

Determine the network portion of the host address and the role of the subnet mask ,[object Object]

Calculating Addresses ,[object Object]

Calculating Addresses ,[object Object]

Calculating Addresses ,[object Object]

Calculating Addresses ,[object Object]

Calculating Addresses ,[object Object]

Calculating Addresses ,[object Object]

Testing the Network Layer ,[object Object]

Testing the Network Layer ,[object Object]

Testing the Network Layer ,[object Object]

Testing the Network Layer ,[object Object]

Testing the Network Layer ,[object Object]

Summary

Mais conteúdo relacionado

Mais procurados

Ch 19 Network-layer protocols - section 2

Ch 19 Network-layer protocols - section 2

Ch 19 Network-layer protocols - section 2

Hossam El-Deen Osama

Protocols

Ch 18 intro to network layer - section 5

Ch 18 intro to network layer - section 5

Ch 18 intro to network layer - section 5

Hossam El-Deen Osama

Unit 4 - Network Layer

Unit 4 - Network Layer

Unit 4 - Network Layer

Chandan Gupta Bhagat

Tcp ip tutorial

Tcp ip tutorial

Tcp ip tutorial

TCP/IP Introduction

TCP/IP Introduction

TCP/IP Introduction

Naveen Kumar R.B.

Protocol architecture TCP IP

Protocol architecture TCP IP

Protocol architecture TCP IP

ToufiqueAhmed13

Ch 18 intro to network layer - section 4

Ch 18 intro to network layer - section 4

Ch 18 intro to network layer - section 4

Hossam El-Deen Osama

Comparison and Contrast between OSI and TCP/IP Model

Comparison and Contrast between OSI and TCP/IP Model

Comparison and Contrast between OSI and TCP/IP Model

Conferencias FIST

Tcp/ip model

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

Internet protocols Report Slides

Internet protocols Report Slides

Internet protocols Report Slides

TCP/IP Introduction

TCP/IP Introduction

TCP/IP Introduction

Dineesha Suraweera

Tcp

Osi and tcp ip model

Osi and tcp ip model

Osi and tcp ip model

Muhammad Nadeem Rana

Tcp/ip model

TCP/IP Network ppt

TCP/IP Network ppt

TCP/IP Network ppt

Ch 19 Network-layer protocols Section 1

Ch 19 Network-layer protocols Section 1

Ch 19 Network-layer protocols Section 1

Hossam El-Deen Osama

TCP/IP Model

Application layer protocols

Application layer protocols

Application layer protocols

JUW Jinnah University for Women

Mais procurados (20)

Ch 19 Network-layer protocols - section 2

Ch 19 Network-layer protocols - section 2

Ch 19 Network-layer protocols - section 2

Protocols

Ch 18 intro to network layer - section 5

Ch 18 intro to network layer - section 5

Ch 18 intro to network layer - section 5

Unit 4 - Network Layer

Unit 4 - Network Layer

Unit 4 - Network Layer

Tcp ip tutorial

Tcp ip tutorial

Tcp ip tutorial

TCP/IP Introduction

TCP/IP Introduction

TCP/IP Introduction

Protocol architecture TCP IP

Protocol architecture TCP IP

Protocol architecture TCP IP

Ch 18 intro to network layer - section 4

Ch 18 intro to network layer - section 4

Ch 18 intro to network layer - section 4

Comparison and Contrast between OSI and TCP/IP Model

Comparison and Contrast between OSI and TCP/IP Model

Comparison and Contrast between OSI and TCP/IP Model

Tcp/ip model

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

OSI and TCP/IP Reference Model - Ramesh Kumar, Convergence Labs

Internet protocols Report Slides

Internet protocols Report Slides

Internet protocols Report Slides

TCP/IP Introduction

TCP/IP Introduction

TCP/IP Introduction

Tcp

Osi and tcp ip model

Osi and tcp ip model

Osi and tcp ip model

Tcp/ip model

TCP/IP Network ppt

TCP/IP Network ppt

TCP/IP Network ppt

Ch 19 Network-layer protocols Section 1

Ch 19 Network-layer protocols Section 1

Ch 19 Network-layer protocols Section 1

TCP/IP Model

Application layer protocols

Application layer protocols

Application layer protocols

Destaque

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 9

Ccna v5-S1-Chapter 9

Ccna v5-S1-Chapter 9

Destaque (6)

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 10

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 8

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 6

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 7

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 11

Ccna v5-S1-Chapter 9

Ccna v5-S1-Chapter 9

Ccna v5-S1-Chapter 9

Semelhante a Exploration network chapter6

CCNA Exploration 1 - Chapter 6

CCNA Exploration 1 - Chapter 6

CCNA Exploration 1 - Chapter 6

Exploration network chapter6

Exploration network chapter6

Exploration network chapter6

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

Tutorials Tips Tricks

Discovery Home S B Chapter 5

Discovery Home S B Chapter 5

Discovery Home S B Chapter 5

Describe multicasting. Describe how Address Resolution Protocol (ARP) improves efficiency of MAC-to-IP address mappings. In IPv4 addressing, eight bits have 256 possible combinations. Only the numbers 1 through 254 can be used to identify networks and hosts in an IP address. Explain what the number 0 and the number 255 are used for in IPv4 addressing. In IPv4 addressing, explain what is special about an address containing 127 in the first octet and how this address is used in troubleshooting. Describe the size differences in IPv4 and IPv6 IP addresses. Explain the rules that are used for compacting IPv6 addresses. Explain one way in which the BOOT and Reverse Address Resolution Protocol (RARP) are similar. Then describe two ways in which they are different. Briefly explain how CSMA/CD works. Explain the 5-4-3 rule of networking. Within an Ethernet frame, describe the Frame Check Sequence (FCS) field and explain how it is used to make the header. Within an Ethernet frame, describe what happens if fewer than 46 bytes of data are supplied by the higher layers. Briefly describe the Ethernet sub-network access protocol (SNAP) frame type. Include an explanation of the drawback that keeps it from being implemented on networks instead of Ethernet_II frames. Explain how to calculate a host's network ID given its IPv4 address and subnet mask. Describe the formula determining how to modify a default subnet mask to create subnets. If sub netting is used on a LAN, explain how devices Interpret sub netting information. Explain how hiding IP addresses on private networks allows network managers more flexibility in assigning addresses. Explain how the trace route utility uses Internet Control Message Protocol (ICMP) Echo requests to trace the path from one networked node to another, identifying all intermediate hops between the two nodes. Provide an example trace route result. Explain what happens when an administrator issues the mtr command. Describe the function of the route utility and provide examples of how it is entered on a UNIX or Linux system, a Windows-based system, and a Cisco-brand router. Support your work, you may use outside sources. Cite all sources used in your work and provide references for the citations in APA format. DUE: FRIDAY, DECEMBER 12, 2014 .

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

meghanthrelkeld256

chapter_5

Exploration network chapter5

Exploration network chapter5

Exploration network chapter5

teknik komputer ui

Ccna1v3 mod09

igede tirtanata

Tcp ip protocol

Tcp ip protocol

Tcp ip protocol

Ccna1v3 Mod09

IP Addressing

Chapter06

Ecet 465 Success Begins / snaptutorial.com

Ecet 465 Success Begins / snaptutorial.com

Ecet 465 Success Begins / snaptutorial.com

WilliamsTaylorzo

As robust as the IP protocol is, it does not perform the actual transmission of the data. In this step, you will investigate the network protocol called Transmission Control Protocol (TCP) , responsible for creation, reliability of delivery, and proper assembling of data packets. In addition to IP, TCP is also widely used on the internet, especially for any network communication where it is essential to confirm receipt of the transmission. Many of the network protocols used to implement cloud computing use both TCP and IP. You will review TCP’s workings and discuss them in your final technical report. In general, there is no guarantee that a data packet will reach its destination. Packets can get lost or corrupted during transmission, and there are network applications where you need assurance that the packets have reached their destination. To achieve reliability, TCP establishes connections between communicating hosts, using port numbers to refer to applications on these hosts. Then, packets are created, sequenced, transmitted, acknowledged, and retransmitted if missing or containing errors. Finally, at the destination, they are reassembled into the original messages. To synchronize the flow of packets between sender and receiver, and avoid packet congestion in case of varying speeds, TCP uses sliding windows for packets remaining in processing at a given time, at both the sender and receiver ends. In the next step, you will look into subnetting BallotOnline’s IP addresses. One of the drawbacks of IPv4 is the maximum number of network devices it can support. IPv4 addressing uses a 32-bit network address. This allows for 232,, or a little over 4 billion devices. However, today there are significantly more devices on the internet. Even though the more robust IPv6 version has been introduced and efforts are under way to assure wide adoption, IPv4 is still widely used. One method used to more efficiently use the IPv4 network addresses is a technique to optimize the addresses by splitting them into network addresses and host addresses within designated networks. You will need to take advantage of IP address splitting so that you can efficiently use and allocate the IPv4 network addresses that have been assigned to BallotOnline. For a given large network, rather than addressing all the hosts using the host part of the address, subnetting allows for splitting the network into several smaller ones by borrowing the host part bits and adding them to the network bits. It supports efficient management of local networks composed of multiple LANs. In this step, you will investigate subnetting conventions and discuss them in your final report in order to lay ground for the use of subnets by BallotOnline. As the network engineer for BallotOnline, you know that subnetting a network into several smaller and variable-sized networks will be best for the organization's needs. BallotOnline has been assigned a network address block by the In.

As robust as the IP protocol is, it does not perform the actual .docx

As robust as the IP protocol is, it does not perform the actual .docx

As robust as the IP protocol is, it does not perform the actual .docx

cargillfilberto

6 ccna (fundamentals of i pv4 addressing and routing)

6 ccna (fundamentals of i pv4 addressing and routing)

6 ccna (fundamentals of i pv4 addressing and routing)

Ecet 465 Enthusiastic Study / snaptutorial.com

Ecet 465 Enthusiastic Study / snaptutorial.com

Ecet 465 Enthusiastic Study / snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

sholingarjosh104

Ecet 465 Massive Success / snaptutorial.com

Ecet 465 Massive Success / snaptutorial.com

Ecet 465 Massive Success / snaptutorial.com

I pv4 and ipv6

Clase 1 Direccionamiento IPv4.pdf

Clase 1 Direccionamiento IPv4.pdf

Clase 1 Direccionamiento IPv4.pdf

FERNANDOBONILLA43

Semelhante a Exploration network chapter6 (20)

CCNA Exploration 1 - Chapter 6

CCNA Exploration 1 - Chapter 6

CCNA Exploration 1 - Chapter 6

Exploration network chapter6

Exploration network chapter6

Exploration network chapter6

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

CCNA Discovery Networking for Home and Small Businesses - Chapter 5

Discovery Home S B Chapter 5

Discovery Home S B Chapter 5

Discovery Home S B Chapter 5

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

Describe multicasting. Describe how Address Resolution Protocol (ARP.docx

chapter_5

Exploration network chapter5

Exploration network chapter5

Exploration network chapter5

Ccna1v3 mod09

Tcp ip protocol

Tcp ip protocol

Tcp ip protocol

Ccna1v3 Mod09

IP Addressing

Chapter06

Ecet 465 Success Begins / snaptutorial.com

Ecet 465 Success Begins / snaptutorial.com

Ecet 465 Success Begins / snaptutorial.com

As robust as the IP protocol is, it does not perform the actual .docx

As robust as the IP protocol is, it does not perform the actual .docx

As robust as the IP protocol is, it does not perform the actual .docx

6 ccna (fundamentals of i pv4 addressing and routing)

6 ccna (fundamentals of i pv4 addressing and routing)

6 ccna (fundamentals of i pv4 addressing and routing)

Ecet 465 Enthusiastic Study / snaptutorial.com

Ecet 465 Enthusiastic Study / snaptutorial.com

Ecet 465 Enthusiastic Study / snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

ECET 465 Technology levels--snaptutorial.com

Ecet 465 Massive Success / snaptutorial.com

Ecet 465 Massive Success / snaptutorial.com

Ecet 465 Massive Success / snaptutorial.com

I pv4 and ipv6

Clase 1 Direccionamiento IPv4.pdf

Clase 1 Direccionamiento IPv4.pdf

Clase 1 Direccionamiento IPv4.pdf

Mais de teknik komputer ui

Modul 1

teknik komputer ui

Modul 5

teknik komputer ui

Modul 4

teknik komputer ui

Modul 3

teknik komputer ui

Modul 1

teknik komputer ui

Modul 2

teknik komputer ui

The cisco networking academy net riders indonesia 2010 competition

The cisco networking academy net riders indonesia 2010 competition

The cisco networking academy net riders indonesia 2010 competition

teknik komputer ui

Rencana Proyek Divisi Komputer.doc

Rencana Proyek Divisi Komputer.doc

Rencana Proyek Divisi Komputer.doc

teknik komputer ui

Salinan Research Paper

Salinan Research Paper

Salinan Research Paper

teknik komputer ui

Chapter_1_Case_Study

Chapter_1_Case_Study

Chapter_1_Case_Study

teknik komputer ui

Iins practice questions

Iins practice questions

Iins practice questions

teknik komputer ui

S1 intr ftui

teknik komputer ui

Exploration network chapter7

Exploration network chapter7

Exploration network chapter7

teknik komputer ui

Exploration network chapter4

Exploration network chapter4

Exploration network chapter4

teknik komputer ui

Exploration network chapter3

Exploration network chapter3

Exploration network chapter3

teknik komputer ui

Exploration network chapter2

Exploration network chapter2

Exploration network chapter2

teknik komputer ui

Exploration network chapter1

Exploration network chapter1

Exploration network chapter1

teknik komputer ui

Exploration network chapter11

Exploration network chapter11

Exploration network chapter11

teknik komputer ui

Chapter1

teknik komputer ui

Chapter3 bag2

teknik komputer ui

Mais de teknik komputer ui (20)

Modul 1

Modul 5

Modul 4

Modul 3

Modul 1

Modul 2

The cisco networking academy net riders indonesia 2010 competition

The cisco networking academy net riders indonesia 2010 competition

The cisco networking academy net riders indonesia 2010 competition

Rencana Proyek Divisi Komputer.doc

Rencana Proyek Divisi Komputer.doc

Rencana Proyek Divisi Komputer.doc

Salinan Research Paper

Salinan Research Paper

Salinan Research Paper

Chapter_1_Case_Study

Chapter_1_Case_Study

Chapter_1_Case_Study

Iins practice questions

Iins practice questions

Iins practice questions

S1 intr ftui

Exploration network chapter7

Exploration network chapter7

Exploration network chapter7

Exploration network chapter4

Exploration network chapter4

Exploration network chapter4

Exploration network chapter3

Exploration network chapter3

Exploration network chapter3

Exploration network chapter2

Exploration network chapter2

Exploration network chapter2

Exploration network chapter1

Exploration network chapter1

Exploration network chapter1

Exploration network chapter11

Exploration network chapter11

Exploration network chapter11

Chapter1

Chapter3 bag2

Exploration network chapter6

1. Addressing the Network – IPv4 Network Fundamentals – Chapter 6

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

37.