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TIA TIA-1185.300

Upper Layers for cdma2000 Extended Cell High Rate Packet Data Air Interface Specification

Organization:
TIA - Telecommunications Industry Association
Year: 2011

Abstract: Introduction
General Overview
The MAC Layer contains the rules governing operation of the Control Channel, the Access Channel, the Forward Traffic Channel, and the Reverse Traffic Channel.
This section presents the protocols for the MAC Layer. Each of these protocols can be independently negotiated at the beginning of the session.
The MAC Layer contains the following protocols:
• Control Channel MAC Protocol: This protocol builds Control Channel MAC Layer packets out of one or more Security Layer packets, contains the rules concerning access network transmission and packet scheduling on the Control Channel, access terminal acquisition of the Control Channel, and access terminal Control Channel MAC Layer packet reception. This protocol also adds the access terminal address to transmitted packets.
• Access Channel MAC Protocol: This protocol contains the rules governing access terminal transmission timing and power characteristics for the Access Channel.
• Forward Traffic Channel MAC Protocol: This protocol contains the rules governing operation of the Forward Traffic Channel. It dictates the rules the access terminal follows when transmitting the Channel Quality Indicator Channel, along with the rules the access network uses to interpret this channel. The protocol supports variable rate operation of the Forward Traffic Channel.
• Reverse Traffic Channel MAC Protocol: This protocol contains the rules governing operation of the Reverse Traffic Channel.It dictates the rules the access terminal follows to assist the access network in acquiring the Reverse Traffic Channel. It also indicates the rules the access terminal and the access network use to select the transmission rate used over the Reverse Traffic Channel.
Data Encapsulation for the InUse Instances of the MAC Protocols
In the transmit direction, the MAC Layer receives Security Layer packets, adds layer-related headers, trailers, concatenates them in the order to be processed on the receive side, adds padding where applicable, and forwards the resulting packet for transmission to the Physical Layer.
In the receive direction, the MAC Layer receives MAC packets from the Physical Layer and forwards the contained Security Layer packets to the Security Layer in the order received after removing the layer-related headers, trailers, and padding.
Figure 1.1.2-1, Figure 1.1.2-2, Figure 1.1.2-3, and Figure 1.1.2-4 illustrate the relationship between Security Layer packets, MAC packets and Physical Layer packets for the Control Channel, the Access Channel, and the Forward and Reverse Traffic Channels.
URI: http://yse.yabesh.ir/std;query=autho47037D83081D20686159DD6E273C9FCD0Facilities%20Engineering%20Command%226EFDEC9FCD/handle/yse/192124
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contributor authorTIA - Telecommunications Industry Association
date accessioned2017-09-04T18:09:05Z
date available2017-09-04T18:09:05Z
date copyright07/01/2011
date issued2011
identifier otherGTPVMEAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std;query=autho47037D83081D20686159DD6E273C9FCD0Facilities%20Engineering%20Command%226EFDEC9FCD/handle/yse/192124
description abstractIntroduction
General Overview
The MAC Layer contains the rules governing operation of the Control Channel, the Access Channel, the Forward Traffic Channel, and the Reverse Traffic Channel.
This section presents the protocols for the MAC Layer. Each of these protocols can be independently negotiated at the beginning of the session.
The MAC Layer contains the following protocols:
• Control Channel MAC Protocol: This protocol builds Control Channel MAC Layer packets out of one or more Security Layer packets, contains the rules concerning access network transmission and packet scheduling on the Control Channel, access terminal acquisition of the Control Channel, and access terminal Control Channel MAC Layer packet reception. This protocol also adds the access terminal address to transmitted packets.
• Access Channel MAC Protocol: This protocol contains the rules governing access terminal transmission timing and power characteristics for the Access Channel.
• Forward Traffic Channel MAC Protocol: This protocol contains the rules governing operation of the Forward Traffic Channel. It dictates the rules the access terminal follows when transmitting the Channel Quality Indicator Channel, along with the rules the access network uses to interpret this channel. The protocol supports variable rate operation of the Forward Traffic Channel.
• Reverse Traffic Channel MAC Protocol: This protocol contains the rules governing operation of the Reverse Traffic Channel.It dictates the rules the access terminal follows to assist the access network in acquiring the Reverse Traffic Channel. It also indicates the rules the access terminal and the access network use to select the transmission rate used over the Reverse Traffic Channel.
Data Encapsulation for the InUse Instances of the MAC Protocols
In the transmit direction, the MAC Layer receives Security Layer packets, adds layer-related headers, trailers, concatenates them in the order to be processed on the receive side, adds padding where applicable, and forwards the resulting packet for transmission to the Physical Layer.
In the receive direction, the MAC Layer receives MAC packets from the Physical Layer and forwards the contained Security Layer packets to the Security Layer in the order received after removing the layer-related headers, trailers, and padding.
Figure 1.1.2-1, Figure 1.1.2-2, Figure 1.1.2-3, and Figure 1.1.2-4 illustrate the relationship between Security Layer packets, MAC packets and Physical Layer packets for the Control Channel, the Access Channel, and the Forward and Reverse Traffic Channels.
languageEnglish
titleTIA TIA-1185.300num
titleUpper Layers for cdma2000 Extended Cell High Rate Packet Data Air Interface Specificationen
typestandard
page218
statusActive
treeTIA - Telecommunications Industry Association:;2011
contenttypefulltext
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