IEEE C802.16m-09/0372r1
Project
IEEE 802.16 Broadband Wireless Access Working Group <http://ieee802.org/16>
Title
Revision of Figures in IEEE P802.16m SDD
Date
Submitted
2009-01-15
Source(s)
Ranga Reddy
US Army
E-mail:
Ranga.Reddy@us.army.mil
*<http://standards.ieee.org/faqs/affiliationFAQ.html>
Re:
“Call for Comments on Project 802.16m System Description Document (SDD)”, IEEE 802.16m08/052
Abstract
This contribution provides revision of figures 9, 10, and 11 of SDD
Purpose
Review, discussion, and acceptance of contribution into SDD.
Notice
Release
Patent
Policy
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represents only the views of the participants listed in the “Source(s)” field above. It is offered as a basis for
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Revision of Figures in IEEE P802.16m SDD
Ranga Reddy
US Army
Introduction
In subclause 8.1, an “Inter-ABS Coordination” function is listed as one of the MAC functions under the MAC
CPS. However, in Figures 9 “The IEEE 802.16m Protocol Structure”, Figure 10 “The IEEE 802.16m AMS/ABS
Data Plane Processing Flow”, and Figure 11 “The IEEE 802.16m AMS/ABS Control Plan Processing Flow”;
this functional block doesn’t exist. This contribution is provided to correct this deficiency.
Text Proposal
[-------------------------------------------------Start of Text Proposal---------------------------------------------------]
[replace figure 9, pg 26 with the following figure]
1
IEEE C802.16m-09/0372r1
Network Layer
CS_ SAP
C_SAP
M_SAP
Convergence Sublayer
Relay
Functions
Radio Resource
Management
Location
management
Multi- Carrier
Mobility
Management
Idle Mode
Management
Network- entry
Management
Security
management
Self Organization
System
configuration
management
MBS
Service flow and
Connection
Management
Classification
Header
suppression
MAC_ SAP
Radio Resource Control and Management
( RRCM)
ARQ
Medium Access Control
( MAC)
QoS
Fragmentation/ Packing
Multi Radio
Coexistence
Sleep Mode
Management
Schedul ing and
Resource Multiplexing
Inter-ABS
Coordination
MAC PDU formation
PHY control
Data Forwarding
Interference
Management
Ranging
Link Adaptation
( CQI, HARQ, power
control)
Control Plane
Physical Layer
[replace figure 10, pg 27 with the following figure]
2
Control
Signaling
Encryption
Data Plane
IEEE C802.16m-09/0372r1
C_SAP
M_SAP
Network Layer
Relay
functions
Radio Resource
Management
Location
management
Multi- Carrier
Support
Mobility
Management
Idle Mode
Management
Self- Organization
Network- entry
Management
Security
management
System
configuration
management
MBS
Convergence Sublayer
Service Flow and
Connection
Management
MAC Common Part Sublayer
Sleep Mode
Management
Inter-ABS
Coordination
QoS
Schedul ing and
Resource
Multiplexing
Multi- Radio
Coexistence
PHY control
Data Forwarding
Interference
management
Ranging
ARQ
Fragmentation/ Packing
MAC PDU formation
Link Adaptation
( CQI, HARQ,
power control)
PHY control signaling
Physical Layer
[replace figure 11, pg 28 with the following figure]
3
Control
Signaling
Encryption
IEEE C802.16m-09/0372r1
C_SAP
M_SAP
NetworkL ayer
Relay
functions
Multi- Carrier
Support
Self- Organization
System
configuration
management
Radio Resource
Management
Location
Management
Mobility
Management
Idle Mode
Management
Network entry
management
Security
management
Service Flow and
Connection
Management
Sleep Mode
Management
QoS
MBS
Convergence Sublayer
MAC Common Part Sublayer
Inter-ABS
Coordination
Scheduling
& Resource
Multiplexing
Multi- Radio
Coexitence
ARQ
Fragmentation/ Packing
PHY Control
Data Forwarding
Interference
management
Ranging
MAC PDU formation
Link Adaptation
( CQI, HARQ,
power control)
Control Signaling
Encryption
PHY control signaling
PhysicalLayer
[-------------------------------------------------End of Text Proposal---------------------------------------------------]
References
[1] Hamiti, Shkumbin, “IEEE 802.16m System Description Document [Draft]”, IEEE 802.16m-08/003r6,
December 2008
4