Mastering in IPv4 Addressing & Subneting by Arash Deljoo

1- Software vs. Protocol Introduction

2- Protocol Definition

3- TCP/IP Introduction

4- Decimal Basis Introduction

5- Binary  Basis Introduction

6- Decimal to Binary Conversion

7- Binary  to Decimal Conversion

8- Dotted Decimal Notation [DDN] Introduction

1- IP Address Parts Introduction

2- Network IDentifier Introduction

3- Host    IDentifier Introduction

4- IP Address Classes Introduction

5- IP Address Classes Usage

6- IP Address Classes Examples

7- Network IP Addressing Example

1- IP Address Types Introduction

2- Unicast Communication Introduction

3- Multicast Communication Introduction

4- Broadcast Communication Introduction

5- Local Broadcast Communication Introduction

6- Directed Broadcast Communication Introduction

7- Class D Usage Introduction

8- Class E Usage Introduction

9- IETF Introduction

10- 0.X.X.X Address Introduction

11- 127.X.X.X Address Introduction

12- Loopback Testing Usage

1- Classful Network Introduction

2- Network ID Introduction

3- Host    ID Introduction

4- Network Address Introduction

5- Broadcast Address Introduction

6- Classless Network Introduction

7- Subnet Mask Introduction

8- Default Subnet Mask Introduction

9- CIDR [ Class Inter Domain Routing ] Introduction

1- Formats of Subnet Mask Presentation

2- Prefix Subnet Mask Presentation

3- Binary Subnet Mask Presentation

4- Decimal Subnet Mask Presentation

5- Classful View of Classless IP Address

6- Classless View of Classless IP Address

7- IP Address Subnetting Example-1

8- Network Address Calculation in Subnetted Network

9- Host    Address Calculation in Subnetted Network

10- Broadcast Address Calculation in Subnetted Network

1- IP Subnetting Example-2 -> 4 Network / 62 Hosts

2- IP Subnetting Example-3 -> 7 Network / 30 Hosts  , 7 Network / 2 Hosts

3- IP Subnetting Example-4 -> 1 Network / 126 Hosts , 3 Network / 30 Hosts , 3 Network / 6 Hosts

4- FLSM ( Fixed    Length Subnet Mask ) Introduction

5- SLSM ( Single   Length Subnet Mask ) Introduction

6- VLSM ( Variable Length Subnet Mask ) Introduction

7- IP Address Subnetting Design

1- Network Interface Card [NIC] Introduction

2- Switch  Introduction

3- Router  Introduction

4- Local Area Network [LAN] Introduction

5- Wide  Area Network [WAN] Introduction

6- Point-to-Point Link Introduction

7- Ethernet over MPLS [EoMPLS] Introduction

8- Ethernet over MPLS [EoMPLS] Introduction

9- IP Address Subnetting Steps

10- DHCP Service Introduction

11- Compare FLSM and VLSM

1- Finding Subnet ID and Resident Subnet ID in IP Address

2- Finding Subnet Broadcast Address in IP Address

3- Finding Subnet's Range of Usable Unicast IP Addresses

4- Interesting Octet Introduction

5- Magic Number Introduction

6- Finding Subnet ID with Boolean AND

7- Finding Broadcast Address with Boolean OR

1- IPv4 Header Introduction

2- Version Field Introduction

3- Internet Header Length (IHL) Field Introduction

4- Type of Service (ToS) Field Introduction

5- Total Length Field Introduction

6- Identification Field Introduction

7- Flags Field Introduction

8- Fragment Offset Field Introduction

9- Time to Live (TTL) Field Introduction

10- Protocol Field Introduction

11- Header Checksum Field Introduction

12- Source Address Field Introduction

13- Destination Address Filed Introduction

14- IP Option Filed Introduction

15- Padding Filed Introduction

1- Quality of Service [QoS] IP Precedence [IPP] Marking Introduction

2- Quality of Service [QoS] Differentiated Service Code Point [DSCP] Marking Introduction

3- Differentiated Service Code Point [DSCP] Class Selector [CS] Introduction

4- Differentiated Service Code Point [DSCP] Assured Forwarding [AF] Introduction

5- Forward Precedence and Drop Precedence Introduction

6- Differentiated Service Code Point [DSCP] Expedited Forwarding [EF] Introduction

7- Guidelines for DSCP Marking Values Introduction

1- IPv4 Address Exhaustion History

2- Private IP Addressing [RFC1918] Introduction

3- Public  IP Addressing Introduction

4- Classless Inter Domain Routing [CIDR] Introduction

5- Network Address Translation [NAT] Introduction

6- Static NAT Introduction

7- Static NAT Configuration

8- Static NAT Verification

9- The Usage of Static NAT Introduction

10- Dynamic NAT Introduction

11- Dynamic NAT Confgiration

12- Dynamic NAT Verification

13- Dynamic NAT Overload Introduction

14- Dynamic NAT Overload Confgiration with NAT Pool

15- Dynamic NAT Overload Confgiration with Interface IP

16- Dynamic NAT Overload Verification

17- Port Address Translation [PAT] Introduction

18- Debug Network Address Translation [NAT]

1- Regional Internet Registries (RIR) Introduction

2- ARIN (American Registry for Internet Numbers) Introduction

3- RIPE NCC (Reseaux IP Europeens Network Control Center) Introduction

4- APNIC (Asia Pacific Network Information Center) Introduction

5- LACNIC (Latin America and Caribbean Network Information Center) Introduction

6- AfriNIC (African Network Information Centre) Introduction

7- Nat Terminology Introduction

8- Overlapping NAT Introdution

9- Overlapping NAT Configuration

10- Overlapping NAT Verification

1- Loopback Addresses Design Recommendations

2- IP Telephony Networks Design Recommendations

3- VLSM Address Assignment Example Introduction

4- IPv4 Addressing Design Introduction

5- Goals of IPv4 Address Design Introduction

6- Planning for Future Use of IPv4 Addresses Introduction

7- Performing Route Summarization Introduction

8- Planning for a Hierarchical IP Address Network Introduction

9- Private and Public IP Address and NAT Guidelines Introduction

1- Steps for Creating an IPv4 Address Plan Introduction

2- Case Study: IP Address Subnet Allocation

3- Address Assignment Methods Introduction

4- Dynamic Host Configuration Protocol (DHCP) Introduction

5- Dynamic Host Configuration Protocol (DHCP) Configuration

6- DHCP Relay Agent Introduction

7- DHCP Relay Agent Configuration

8- Bootstrap Protocol (BOOTP) Introduction

9- Recommended Practices of IP Address Assignment Introduction

1- IPv4 Address Network ID Review

2- IPv4 Address Host ID Review

3- IPv4 Subnet Mask Review

4- IPv4 Default Gateway Review

5- IPv4 Addressing Issues Introduction

6- Determining IP Addresses Within a Subnet

7- Useful Commands for Verification of IPv4 Addressing in PC and Router

8- Dynamic Host Configuration Protocol [DHCP] Introduction

9- DHCP DORA Process Introduction

10- DHCP DORA Process Verification

11- DHCP Relay Agent Introduction

12- DHCP Relay Agent Configuration

13- DHCP Relay Agent Verification

14- Router as a DHCP Client Introduction

15- Router as a DHCP Client Configuration

16- Router as a DHCP Client Verification

17- Router as a DHCP Server Introduction

18- Router as a DHCP Server Configuration

19- Router as a DHCP Server Verification

20- Potential DHCP Troubleshooting Issues Introduction

21- DHCP Troubleshooting Commands