Research and Design of Next Generation Internet (IPV9) Datagram

Version Number	Category Type				Flow Label
Version Number	Address Length	Priority class Communication	Authentication Address	Absolute Communication	Flow Label
Payload Length	Next Header				Hop Limit
Source Address (16-2048 bit)
Destination Address (16-2048bit)
Time
Authorization Code

TABLE II.

EXTENDED HEADER FORMAT

IPV9 Header Label Next Header =TCP	TCP Header +Data
IPV9 Header Label Next Header = Route	Routing Header Next Header =TCP		TCP Header +Data
IPV9 Header Label Next Header = Route	Routing Header Next Header = Data Segment	Data Segment Header Next Header =TCP	TCP Data Segment Header +Data

TABLE III.

OPTION FORMAT

Option Type

Option data length

Option data

TABLE IV.

PADN OPTION FORMAT

Option data length

Option data

TABLE V.

SEGMENT OPTIONS HEADER FORMAT

Next header	The extension length of the header
Options

TABLE VI.

LARGE LOAD OPTION FORMAT

	194	Option data length
Heavy load length

TABLE VII.

ROUTING HEADER FORMAT

Next header	Length of the extension header	Routing type	Remaining data segment
Data related to type

TABLE VIII.

TYPE 0 ROUTING HEADER FORMAT

Next header	Length of extension header	Routing Type =0	Remaining data segment
Reserve	Strict/loose bit innuendo
Address [1]
Address [2]
……
Address [n]

TABLE IX.

DATA SEGMENT HEADER FORMAT

Next header	Reserve	Data segment offset	Reserve	M
Identifier

TABLE X.

HEADER FORMAT OF DESTINATION ADDRESS OPTIONS

Next header	Length of extension header
Option

TABLE XI.

TCP AND UDP HEADERS FOR IPV9

Source address
Destination address
Time
Identify code
Payload Length
0	Next header

TABLE XII.

TWO FIELD DESIGN TABLE

	Option Type =X	Option data length =12
Four 8-bit group fields
Eight 8-bit group fields

TABLE XIII.

FULL HEADER OR DESTINATION HEADER FORMAT

Next header	length of extension header =1	Option Type =X	Option data length =12
Four 8-bit group fields
Eight 8-bit group fields

TABLE XIV.

THREE FIELD DESIGN FORMAT

		Option Length=Y
Option data length =7	One 8-bit group fields	Two 8-bit group fields
Four 8-bit group fields

TABLE XV.

A THREE-FIELD FULL DATA FORMAT

Next header	length of extension header =1	Pad1 option =0	Option Type =Y
Option data length =7	One 8-bit group field	Two 8-bit group fields
Four 8-bit group fields
PadN option=l	Option data length =2	0	0

TABLE XVI.

ONE FORMAT OF CONTAIN BOTH TWO- AND THREE-FIELD ADDRESS

Next header	length of extension header =3	Option Type=X	Option data length =12
Four 8-bit group fields
Eight 8-bit group fields
PadN Option =1	Option data length =1	0	Option Type=Y
Option data length =7	One 8-bit group fields	Two 8-bit group fields
One 8-bit group fields
PadN option=l	Option data length =2	0	0

TABLE XVII.

ANOTHER FORMAT OF CONTAIN BOTH TWO- AND THREE-FIELD ADDRESS

Next header	length of extension header =3	PadN option=l	Option Type=Y
Option data length =7	One 8-bit group fields	Two 8-bit group fields
Four 8-bit group fields
PadN option=l	Option data length =4	0	0
0	0	Option Type =X	Option data length =12
Four 8-bit group fields
Eight 8-bit group fields

TABLE XVIII.

FORMAT OF ESP GROUPS AND HEADERS

0 8 16 24 31
Security Parameters Index (SPI)
Sequence Number
Payload Data (variable length)
Fill field (0~255B))
Pad Length		Next Header
Authentication Data (variable length)

TABLE XIX.

DATAGRAMS BEFORE THE APPLICATION OF ESP HEADER

Basic header

Extension header (if any)

TCP

Data

TABLE XX.

DATAGRAM AFTER THE APPLICATION OF ESP HEADER

Basic header

Hop-to-hop, Destination header Route header Segment header

ESP

Destination Options header

TCP

Data

ESP Trailer

ESP authentication

TABLE XXI.

ESP HEADERS IN TYPICAL IPV9 PACKETS IN TUNNEL MODE

upper Basic header

Upper Extension header (if any)

ESP

lower Basic header

Upper Extension header (if any)

TCP

Data

ESP Trailer

ESP authentication

References

Authors

Metrics

Articles in this issue

DOI: https://doi.org/10.21307/ijanmc-2019-030 | Journal eISSN: 2470-8038

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Language: English

Page range: 10 - 28

Published on: Sep 25, 2019

Published by: Xi’an Technological University

In partnership with: Paradigm Publishing Services

Publication frequency: 4 issues per year

Keywords:

Future Network,

IPv4,

IPv6,

IPV9,

Datagram

Related subjects:

Computer sciences,

Computer sciences, other

© 2019 Zhongsheng Wang, Jianping Xie, Zhao Lin, Wei Zhong, published by Xi’an Technological University
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.

Volume 4 (2019): Issue 1 (January 2019)