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IEEE 802.1s 2002

IEEE 802.1s 2002

$114.83

IEEE Standards for Local and Metropolitan Area Networks – Amendment to 802.1Q Virtual Bridged Local Area Networks: Multiple Spanning Trees

Published By Publication Date Number of Pages
IEEE 2002 222
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Amendment Standard – Inactive – Superseded. Superseded by 802.1D

PDF Catalog

PDF Pages PDF Title
1 Cover Page
2 Title Page
4 Introduction
6 Participants
8 CONTENTS
12 1. Overview
1.1 Scope
13 1.3 Relationship with ISO/IEC 15802-3IEEE Std 802.1D
14 2. References
3. Definitions
15 4. Abbreviations
16 5. Conformance
5.1 Static conformance requirements
17 5.2 Options
6. Support of the MAC Service in VLANs
6.1 Support of the MAC service
6.2 Preservation of the MAC service
18 6.3 Quality of service maintenance
22 6.4 Enhanced Internal Sublayer Service provided within VLAN Bridges
26 6.5 Support of the Internal Sublayer Service by IEEE Std 802.3 (CSMA/CD)
27 7. Principles of network operation
7.1 Network Overview
28 7.2 Use of VLANs
29 7.3 VLAN Topology
7.4 Locating end stations
31 7.5 Ingress, Forwarding, and Egress Rules
32 8. Principles of bridge operation
8.1 Bridge operation
35 8.2 Bridge architecture
37 8.3 Model of operation
42 8.4 Port states and parameters
44 8.5 Frame reception
45 8.6 The Forwarding Process
51 8.7 Frame transmission
52 8.8 The Learning Process
8.9 VLAN classification
56 8.10 The Filtering Database
69 8.11 MST configuration information
70 8.12 Spanning Tree Protocol Entity and GARP Protocol Entities
71 8.13 Bridge Management
8.14 Addressing
80 10. Use of GMRP in VLANs
10.1 Definition of a VLAN context
11. VLAN topology management
11.2 GARP VLAN Registration Protocol (GVRP)
81 11.3 Conformance to GVRP
12. VLAN bridge management
12.1 Management functions
82 12.2 Managed objects
83 12.3 Data types
12.4 Bridge Management Entity
87 12.5 MAC entities
12.6 Forwarding process
91 12.7 Filtering Database
95 12.8 Bridge Protocol Entity
103 12.9 GARP Entities
106 12.10 Bridge VLAN managed objects
116 12.11 GMRP entities
118 12.12 MST configuration entities
122 13. The Multiple Spanning Tree Protocol (MSTP)
123 13.1 Protocol Design Requirements
13.2 Protocol Support Requirements
124 13.3 MSTP Overview
130 13.4 Relationship of MSTP to RSTP
13.5 Modelling an MST Region as a single RSTP Bridge
131 13.6 STP and RSTP compatibility
132 13.7 MST Configuration Identification
134 13.8 MST Regions
13.9 Spanning Tree Priority Vectors
135 13.10 CIST Priority Vector Calculations
137 13.11 MST Priority Vector Calculations
139 13.12 Port Role Assignments
13.13 Stable Connectivity
141 13.14 Communicating Spanning Tree Information
142 13.15 Changing Spanning Tree Information
143 13.16 Changing Port States
148 13.17 Updating Learned Station Location Information
149 13.18 MSTP and point-to-point links
13.19 Multiple Spanning Tree State Machines
151 13.20 Notational Conventions used in State Diagrams
13.21 State Machine Timers
152 13.22 State Machine Performance Parameters
153 13.23 Per-Bridge Variables
155 13.24 Per-Port Variables
160 13.25 State Machine Conditions
161 13.26 State Machine Procedures
169 13.27 The Port Timers state machine
170 13.28 Port Receive state machine
13.29 Port Protocol Migration state machine
171 13.30 Port Transmit state machine
172 13.31 Port Information state machine
13.32 Port Role Selection state machine
173 13.33 Port Role Transitions state machine
176 13.34 Port State Transition state machine
13.35 Topology Change state machine
177 13.36 Performance
179 14. Use of BPDUs by MSTP
14.1 BPDU Structure
14.2 Encoding of parameter types
181 14.3 BPDU formats and parameters
14.4 Validation of received BPDUs
182 14.5 Transmission of BPDUs
14.6 Encoding and decoding of STP Configuration, RST, and MST BPDUs
186 Annex A (normative) PICS proforma
213 Annex E (informative) Interoperability considerations
214 Annex G (informative) Differences between 802.1s and 802.1w state machines

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IEEE 802.1s 2002
$114.83