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IEEE ISO IEC 8802 15 3 2017:2018 Edition

IEEE ISO IEC 8802 15 3 2017:2018 Edition

$183.08

ISO/IEC/IEEE International Standard – Information technology — Telecommunications and information exchange between systems — Local and metropolitan area networks — Specific requirements — Part 15-3: High data rate wireless multi-media networks

Published By Publication Date Number of Pages
IEEE 2018 513
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– Active. The protocol and compatible interconnection of data and multimedia communication equipment via 2.4 GHz and 60 GHz radio transmissions in a Wireless Personal Area Network (WPAN) using low power and multiple modulation formats to support scalable data rates is defined in this standard. The Medium Access Control (MAC) sublayer protocol supports both isochronous and asynchronous data types.

PDF Catalog

PDF Pages PDF Title
5 Title page
7 Important Notices and Disclaimers Concerning IEEE Standards Documents
10 Participants
12 Introduction
14 Contents
30 IMPORTANT NOTICE
1. Overview
1.1 Scope
1.2 Purpose
31 2. Normative references
32 3. Definitions, acronyms, and abbreviations
3.1 Definitions
33 3.2 Acronyms and abbreviations
37 4. General description
4.1 What is a piconet?
4.2 Components of an IEEE 802.15.3 piconet
4.3 Overview of medium access control (MAC) functionality
38 4.3.1 Coordination
4.3.1.1 Starting a piconet
4.3.1.2 Handing over control of the piconet
4.3.1.3 Creating a child piconet
39 4.3.1.4 Creating a neighbor piconet
4.3.2 Ending a piconet
4.3.3 Ending a piconet with a dependent piconet involved
40 4.3.4 Association and disassociation
4.3.5 Security overview
4.3.6 The IEEE 802.15.3 superframe
41 4.3.7 Channel time management
42 4.3.8 Data communications between DEVs
4.3.9 Information discovery in the piconet
43 4.3.10 Dynamic channel selection
4.3.11 Power management
44 4.3.12 Controlling transmit power in the piconet
4.3.13 Superfame structure using quasi-omni mode
45 4.3.14 Frame aggregation
4.3.15 Beam forming
4.3.16 Channel probing
4.3.17 Unequal error protection (UEP)
4.4 Characteristics of the 2.4 GHz PHY
4.4.1 General characteristics
46 4.4.2 Coexistence and interoperability
4.5 Characteristics of the mmWave PHY
4.5.1 mmWave PHY characteristics
47 4.5.2 Piconets using mmWave PHY modes
48 4.6 Conventions
4.7 Concept of primitives
50 5. Layer management
5.1 Overview of management model
51 5.2 Generic management primitives
52 5.2.1 MLME-GET.request
5.2.2 MLME-GET.confirm
5.2.3 MLME-SET.request
5.2.4 MLME-SET.confirm
53 5.3 MLME SAP interface
54 5.3.1 Resetting the MAC/MLME
5.3.1.1 MLME-RESET.request
5.3.1.2 MLME-RESET.confirm
55 5.3.2 Scanning for piconets
57 5.3.2.1 MLME-SCAN.request
5.3.2.2 MLME-SCAN.confirm
58 5.3.2.3 MLME-SCAN.indication
5.3.3 Starting a piconet
59 5.3.3.1 MLME-START.request
5.3.3.2 MLME-START.confirm
5.3.4 Stopping a piconet
60 5.3.4.1 MLME-STOP.request
5.3.4.2 MLME-STOP.confirm
61 5.3.5 Associating with a piconet
62 5.3.5.1 MLME-ASSOCIATE.request
5.3.5.2 MLME-ASSOCIATE.confirm
5.3.5.3 MLME-ASSOCIATE.indication
5.3.6 Disassociation from a piconet
63 5.3.6.1 MLME-DISASSOCIATE.request
5.3.6.2 MLME-DISASSOCIATE.confirm
64 5.3.6.3 MLME-DISASSOCIATE.indication
5.3.7 Security management
66 5.3.7.1 MLME-MEMBERSHIP-UPDATE.request
5.3.7.2 MLME-MEMBERSHIP-UPDATE.confirm
5.3.7.3 MLME-SECURITY-ERROR.indication
5.3.7.4 MLME-SECURITY-MESSAGE.request
67 5.3.7.5 MLME-SECURITY-MESSAGE.confirm
5.3.7.6 MLME-SECURITY-MESSAGE.indication
5.3.8 PNC handover
5.3.8.1 MLME-PNC-HANDOVER.indication
68 5.3.8.2 MLME-PNC-HANDOVER.response
5.3.8.3 MLME-NEW-PNC.indication
5.3.9 Requesting DEV information from the PNC
69 5.3.9.1 MLME-DEV-INFO.request
5.3.9.2 MLME-DEV-INFO.confirm
5.3.9.3 MLME-DEV-INFO.indication
5.3.10 Security information retrieval
5.3.10.1 MLME-SECURITY-INFO.request
70 5.3.10.2 MLME-SECURITY-INFO.confirm
71 5.3.10.3 MLME-SECURITY-INFO.indication
5.3.10.4 MLME-SECURITY-INFO.response
5.3.11 Application specific data management
72 5.3.11.1 MLME-APPLICATION-SPECIFIC.request
73 5.3.11.2 MLME-APPLICATION-SPECIFIC.confirm
5.3.11.3 MLME-APPLICATION-SPECIFIC.indication
5.3.12 Piconet services management
74 5.3.12.1 MLME-ANNOUNCE-SERVICE.request
5.3.12.2 MLME-ANNOUNCE-SERVICE.confirm
75 5.3.12.3 MLME-PICONET-SERVICES.request
5.3.12.4 MLME-PICONET-SERVICES.confirm
5.3.12.5 MLME-PICONET-SERVICES.indication
5.3.13 Stream management
77 5.3.13.1 MLME-CREATE-STREAM.request
78 5.3.13.2 MLME-CREATE-STREAM.confirm
5.3.13.3 MLME-CREATE-STREAM.indication
5.3.13.4 MLME-MODIFY-STREAM.request
79 5.3.13.5 MLME-MODIFY-STREAM.confirm
5.3.13.6 MLME-TERMINATE-STREAM.request
5.3.13.7 MLME-TERMINATE-STREAM.confirm
5.3.13.8 MLME-TERMINATE-STREAM.indication
80 5.3.14 Piconet parameter management
5.3.14.1 MLME-BSID-CHANGE.request
5.3.14.2 MLME-BSID-CHANGE.confirm
81 5.3.14.3 MLME-PICONET-PARM-CHANGE.indication
5.3.15 Power management
83 5.3.15.1 MLME-PS-SET-INFORMATION.request
5.3.15.2 MLME-PS-SET-INFORMATION.confirm
5.3.15.3 MLME-SPS-CONFIGURE.request
84 5.3.15.4 MLME-SPS-CONFIGURE.confirm
5.3.15.5 MLME-PM-MODE-CHANGE.request
5.3.15.6 MLME-PM-MODE-CHANGE.confirm
5.3.15.7 MLME-PM-MODE-CHANGE.indication
85 5.3.15.8 MLME-MONITOR-PM-MODE.request
5.3.15.9 MLME-MONITOR-PM-MODE.confirm
5.3.15.10 MLME-MONITOR-PM-MODE.indication
86 5.3.16 Multicast operations
87 5.3.16.1 MLME-MULTICAST-CONFIGURATION.request
5.3.16.2 MLME-MULTICAST-CONFIGURATION.confirm
5.3.16.3 MLME-MULTICAST-RX-SETUP.request
88 5.3.16.4 MLME-MULTICAST-RX-SETUP.confirm
5.3.17 Timing synchronization
5.3.17.1 MLME-BEACON-EVENT.request
5.3.17.2 MLME-BEACON-EVENT.confirm
89 5.3.17.3 MLME-BEACON-EVENT.indication
5.3.18 Transmit switched diversity (TSD)
5.3.18.1 MLME-TXDIV.request
90 5.3.18.2 MLME-TXDIV.confirm
5.4 MAC management
5.4.1 MAC PIB PNC group
91 5.4.2 MAC PIB characteristic group
92 5.5 MAC SAP
95 5.5.1 MAC-ASYNC-DATA.request
5.5.2 MAC-ASYNC-DATA.confirm
5.5.3 MAC-ASYNC-DATA.indication
96 5.5.4 MAC-ISOCH-DATA.request
5.5.5 MAC-ISOCH-DATA.confirm
97 5.5.6 MAC-ISOCH-DATA.indication
98 6. MAC frame formats
6.1 Frame format conventions
99 6.2 General frame format
100 6.2.1 Frame Control field
6.2.1.1 Protocol Version field
101 6.2.1.2 Frame Type field
6.2.1.3 SEC field
6.2.1.4 ACK Policy field, Imp-ACK Request field, and Blk-ACK field
6.2.1.5 Retry field
102 6.2.1.6 More Data field
6.2.1.7 Imp-ACK Negative Acknowledgment (NAK) field
6.2.1.8 CTA Relinquish field
103 6.2.2 Piconet ID (PNID) field
6.2.3 SrcID and DestID fields
6.2.4 Fragmentation Control field
6.2.4.1 MSDU Number field
104 6.2.4.2 Fragment Number field
6.2.4.3 Last Fragment Number field
6.2.5 Stream Index field
6.2.6 MAC header validation
105 6.2.7 MAC Frame Body field
6.2.7.1 Frame Payload field
6.2.7.2 Secure session ID (SECID) field
6.2.7.3 Secure Frame Counter (SFC) field
6.2.7.4 Secure Payload field
6.2.7.5 Integrity Code field
6.2.7.6 Frame Check Sequence (FCS) field
106 6.2.8 SC and HSI aggregated frame format
6.2.8.1 Standard aggregation format
6.2.8.1.1 Non-secure standard aggregation format
109 6.2.8.1.2 Secure standard aggregation format
6.2.8.2 Low-latency aggregation formats
6.2.8.2.1 Non-secure low-latency aggregation format
112 6.2.8.2.2 Secure low-latency aggregation format
113 6.2.9 AV aggregated frame format
6.2.9.1 Extended MAC header format
114 6.2.9.1.1 Extended Control Header field
115 6.2.9.1.2 MAC Extension Header field
116 6.2.9.1.3 Security Header field
6.2.9.1.4 Video Header field
117 6.2.9.2 Subframe format
119 6.2.9.3 AV aggregated
6.2.9.4 Regular
120 6.2.9.5 Directional ACK
6.3 Format of individual frame types
6.3.1 Beacon frame
6.3.1.1 Non-secure Beacon frame
122 6.3.1.2 Secure Beacon frame
123 6.3.2 Acknowledgment frames
6.3.2.1 Imm-ACK frame
124 6.3.2.2 Delayed ACK (Dly-ACK) frame
125 6.3.3 Command frame
6.3.3.1 Non-secure Command frame
126 6.3.3.2 Secure Command frame
127 6.3.4 Data frame
6.3.4.1 Non-secure Data frame
6.3.4.2 Secure Data frame
128 6.3.5 Multi-protocol Data frame
6.3.5.1 Non-secure Multi-protocol Data frame
129 6.3.5.2 Secure Multi-protocol Data frame
6.3.6 Sync frame
130 6.4 Information elements (IEs)
132 6.4.1 CTA IE
133 6.4.2 BSID IE
6.4.3 Parent Piconet IE
6.4.4 DEV Association IE
134 6.4.5 PNC shutdown IE
135 6.4.6 Piconet Parameter Change IE
136 6.4.7 AS IE
6.4.8 Pending channel time map (PCTM) IE
137 6.4.9 PNC Handover IE
6.4.10 CTA Status IE
138 6.4.11 Capability IE
144 6.4.12 Transmit Power Parameters IE
145 6.4.13 PS Status IE
6.4.14 CWB IE
146 6.4.15 Overlapping PNID IE
6.4.16 Piconet Services IE
147 6.4.17 Vendor Defined IE
6.4.18 Group ID IE
148 6.4.19 Stream Renew IE
6.4.20 Next PNC IE
6.4.21 Piconet Channel Status IE
149 6.4.22 Synchronization IE
151 6.4.23 TSD IE
152 6.4.24 UEP Specific IE
6.4.25 IFS IE
153 6.4.26 CTA Relinquish Duration IE
6.4.27 Feedback IE
155 6.4.28 Mapping IE
156 6.4.29 BST Clustering IE
6.4.30 PET Clustering IE
157 6.4.31 Beam PET IE
158 6.4.32 HRS Beam PET IE
159 6.4.33 PET Amplitude IE
6.4.34 PET Phase IE
160 6.4.35 Sync Frame Frequency IE
6.4.36 Directional Peer IE
161 6.5 MAC commands
163 6.5.1 Association and disassociation commands
6.5.1.1 Association Request command
164 6.5.1.2 Association Response command
165 6.5.1.3 Disassociation Request command
6.5.2 Security commands
6.5.2.1 Request Key command
6.5.2.2 Request Key Response command
166 6.5.2.3 Distribute Key Request command
6.5.2.4 Distribute Key Response command
6.5.3 PNC handover commands
167 6.5.3.1 PNC Handover Request
6.5.3.2 PNC Handover Response command
168 6.5.3.3 PNC Handover Information command
6.5.4 Information request commands
6.5.4.1 PNC Information Request command
6.5.4.2 PNC Information command
170 6.5.4.3 Security Information Request command
6.5.4.4 Security Information command
171 6.5.4.5 Probe Request command
173 6.5.4.6 Probe Response command
175 6.5.5 Information announcement commands
6.5.5.1 Piconet Services command
6.5.5.2 Announce command
177 6.5.5.3 Announce Response command
6.5.6 Channel time allocation request, modification, and termination commands
6.5.6.1 Channel Time Request command
180 6.5.6.2 Channel Time Response command
181 6.5.7 Channel status commands
6.5.7.1 Channel Status Request command
6.5.7.2 Channel status response
182 6.5.7.3 Remote Scan Request command
6.5.7.4 Remote Scan Response command
184 6.5.7.5 Transmit Power Change command
6.5.8 Power management commands
6.5.8.1 PS Set Information Request command
6.5.8.2 PS Set Information Response command
185 6.5.8.3 SPS Configuration Request command
186 6.5.8.4 SPS Configuration Response command
187 6.5.8.5 PM Mode Change command
6.5.8.6 PM Mode Change Response command
188 6.5.9 Special commands
6.5.9.1 Security Message command
6.5.9.2 Vendor Defined command
189 6.5.9.3 AS IE Request command
6.5.9.4 AS IE Response command
190 6.5.10 Multicast configuration commands
6.5.10.1 Multicast Configuration Request command
6.5.10.2 Multicast Configuration Response command
191 7. MAC functional description
7.1 Introduction
192 7.2 Starting, maintaining, and stopping piconets
7.2.1 Scanning through channels
193 7.2.2 Starting a piconet
194 7.2.3 PNC handover
197 7.2.4 Preliminary handover
198 7.2.5 Next PNC
199 7.2.6 Dependent PNC handover
202 7.2.7 Child piconet
204 7.2.8 Neighbor piconet
206 7.2.9 Stopping piconet operations
207 7.2.9.1 Stopping an independent or parent piconet
7.2.9.2 Parent PNC stopping a dependent piconet
208 7.2.9.3 Dependent PNC termination of a dependent piconet
7.2.10 Non-PNC-capable DEVs
7.3 Association and disassociation with a piconet
7.3.1 Association
210 7.3.2 Piconet services
212 7.3.3 Broadcasting piconet information
213 7.3.4 Disassociation
214 7.4 Channel access
215 7.4.1 Interframe space (IFS)
7.4.2 Carrier sense multiple access with collision avoidance (CSMA/CA)
217 7.4.3 Channel time allocation period channel access
7.4.3.1 Channel time allocations (CTAs)
219 7.4.3.2 Channel time allocation (CTA) and channel time usage
220 7.4.3.3 Management CTAs
7.4.3.4 Slotted aloha access
221 7.4.3.5 Allocation of MCTAs
7.4.3.6 Guard time
223 7.4.3.7 Calculating channel time requests
224 7.4.3.8 Relinquishing CTA time to another DEV
226 7.5 Channel time management
7.5.1 Isochronous stream management
227 7.5.1.1 Isochronous stream creation
230 7.5.1.2 Isochronous stream modification
233 7.5.1.3 Isochronous stream termination
235 7.5.2 Asynchronous channel time reservation and termination
7.5.2.1 Asynchronous channel time reservation
237 7.5.2.2 Asynchronous channel time termination
238 7.5.3 Multicast group configuration
239 7.6 Synchronization
240 7.6.1 Time accuracy
7.6.2 Beacon generation
241 7.6.3 Beacon reception
7.6.4 Beacon information announcement
242 7.6.5 Superframe support for directional PHYs
243 7.6.5.1 Quasi-omni beacon
244 7.6.5.2 Directional CAP
245 7.6.5.3 Directional association
246 7.6.5.4 DEV quasi-omni transmit direction training and tracking
247 7.7 Fragmentation and defragmentation
248 7.8 Aggregation
7.8.1 Standard aggregation
249 7.8.2 Low-latency aggregation
250 7.9 Acknowledgment and retransmission
7.9.1 No acknowledgment (no-ACK)
7.9.2 Immediate acknowledgment (Imm-ACK)
251 7.9.3 Delayed acknowledgment (Dly-ACK)
252 7.9.4 Implied acknowledgment (Imp-ACK)
254 7.9.5 Block acknowledgment (Blk-ACK)
7.9.5.1 Blk-ACK for standard aggregation
255 7.9.5.2 Blk-ACK for low-latency aggregation
256 7.9.6 Retransmissions
7.9.7 Duplicate detection
7.10 Peer discovery
7.10.1 PNC information request
257 7.10.2 Probe request and response
258 7.10.3 Announce
7.10.4 Channel status request
7.10.5 Remote scan
259 7.10.6 PNC channel scanning
7.10.7 Channel probing
260 7.11 Changing piconet parameters
7.11.1 Moving beacon
7.11.2 Changing superframe duration
261 7.11.3 Setting the PNID or BSID
262 7.11.4 Maintaining synchronization in dependent piconets
7.12 Interference mitigation
263 7.12.1 Dynamic channel selection
264 7.12.2 Transmit power control
7.12.2.1 Maximum transmitter power for the CAP, beacon, and directed MCTAs
265 7.12.2.2 Adjustable transmitter power in a CTA
7.13 Multi-rate support
266 7.14 Power management
267 7.14.1 Piconet synchronized power save (PSPS) mode
268 7.14.2 Device synchronized power save (DSPS) mode
7.14.2.1 Creation, use, and management of DSPS sets
269 7.14.2.2 Changing DSPS mode and operation
270 7.14.2.3 CTA timing in DSPS mode
272 7.14.3 Asynchronous power save (APS) mode
273 7.14.4 MSCs for power save modes
276 7.15 AS IE operation
279 7.16 MAC sublayer parameters
282 7.17 Unequal error protection (UEP)
7.18 Sync frame transmission and virtually dependent piconet
284 8. Security
8.1 Security mechanisms
8.1.1 Security membership and key establishment
8.1.2 Key transport
8.1.3 Data encryption
8.1.4 Data integrity
8.1.5 Beacon integrity protection
285 8.1.6 Command integrity protection
8.1.7 Freshness protection
8.2 Security modes
8.2.1 Security mode 0
8.2.2 Security mode 1
8.3 Security support
8.3.1 PNC handover
286 8.3.2 Changes in the piconet group data key
8.3.3 Joining a secure piconet
8.3.4 Membership update
287 8.3.5 Secure frame generation
288 8.3.6 Updating CurrentTimeToken
8.3.7 Secure frame reception
289 8.3.8 Selecting the SECID for a new key
8.3.9 Key selection
293 8.4 Protocol details
8.4.1 Security information request and distribution
295 8.4.2 Key distribution protocol
8.4.3 Key request protocol
296 9. Security specifications
9.1 Modes for security
9.2 Symmetric cryptography building blocks
9.2.1 Notational conventions
9.2.2 CCM combined encryption and data authentication
9.2.3 CCM parameters
9.2.4 Nonce value
297 9.2.5 AES encryption
9.3 Symmetric cryptography implementation
9.3.1 Symmetric cryptography data formats
9.3.2 Symmetric cryptographic operations
299 9.4 CCM mode
9.4.1 Inputs
300 9.4.2 Data authentication
302 9.4.3 Encryption
9.4.4 Output
303 9.4.5 Decryption
9.4.6 Restrictions
9.4.7 List of symbols
305 10. PHY specification for the 2.4 GHz band
10.1 Overview of the 2.4 GHz PHY
306 10.2 General requirements
10.2.1 Operating frequency range
10.2.2 Radio frequency (RF) power measurements
10.2.3 Channel assignments
10.2.4 Scanning channels
307 10.2.5 Unwanted emissions
10.2.6 Operating temperature range
10.2.7 PHY layer timing
10.2.7.1 Interframe space
10.2.7.2 Receive-to-transmit turnaround time
308 10.2.7.3 Transmit-to-receive turnaround time
10.2.7.4 Time between successive transmissions
10.2.7.5 Channel switch time
10.2.8 Data size restrictions
10.2.8.1 Maximum frame length
10.2.8.2 Maximum transfer unit size
10.2.8.3 Minimum fragment size
10.2.9 Header check sequence
310 10.2.10 Channel access methods
10.3 Modulation and coding
311 10.3.1 Base data rate
10.3.2 Signal constellations
312 10.3.3 DQPSK modulation
313 10.3.4 QPSK and 16/32/64-QAM with trellis coding
320 10.4 PHY frame format
10.4.1 Frame format
321 10.4.2 PHY preamble
323 10.4.3 Header modulation
10.4.4 Scrambling
325 10.4.5 PHY header
326 10.4.6 Stuff bits
10.4.7 Tail symbols
329 10.5 Transmitter specifications
10.5.1 Error vector magnitude definition
330 10.5.2 EVM calculated values
10.5.3 Transmit power spectral density (PSD) mask
10.5.4 Transmit center frequency tolerance
10.5.5 Symbol rate
331 10.5.6 Clock synchronization
10.5.7 Transmit power-on and power-down ramp
10.5.8 RF carrier suppression
10.5.9 Transmit power
332 10.6 Receiver specifications
10.6.1 Error rate criterion
10.6.2 Receiver sensitivity
333 10.6.3 Receiver maximum input level
10.6.4 Receiver jamming resistance
334 10.6.5 Receiver CCA performance
10.6.6 Receiver RSSI
10.6.7 Link quality indication
10.7 PHY management
337 11. PHY specification for millimeter wave
11.1 General requirements
11.1.1 Regulatory information
338 11.1.2 RF power measurements
11.1.3 Unwanted emissions
11.1.4 Operating temperature range
11.1.5 RF channelization
11.1.6 Transmit PSD mask
11.1.7 Error vector magnitude calculation
11.1.7.1 SC PHY
339 11.1.7.2 AV and HSI PHYs
340 11.1.8 Common PHY management for mmWave PHY modes
11.1.8.1 Supported MCSs
11.1.8.2 Preferred fragment size
341 11.1.8.3 Receive Status field
342 11.1.9 Requirements for mmWave PNCs
11.1.10 CP operation
343 11.1.11 mmWave PHY mode usage in CTA
11.1.12 Common mode signaling (CMS)
344 11.1.12.1 Forward error correction for CMS
11.1.12.2 Code spreading for CMS
11.1.12.3 Scrambling for CMS
345 11.1.12.4 PHY preamble for CMS
11.1.12.5 Frame header for CMS
346 11.1.12.6 PHY header for CMS
347 11.1.12.7 PHY Payload field for CMS
11.1.12.8 Receiver clear channel assessment performance for CMS
11.1.13 mmWave PHY PIB
348 11.2 Single Carrier Mode of mmWave PHY
349 11.2.1 PHY operating specifications of SC PHY
11.2.1.1 Channelization
11.2.1.2 Scanning channels
11.2.2 Modulation, forward error correction, and spreading
11.2.2.1 MCS-dependent parameters
351 11.2.2.2 Header rate-dependent parameters
352 11.2.2.3 Timing-related parameters
11.2.2.4 Frame-related parameters
353 11.2.2.5 Modulation
11.2.2.5.1 p/2 BPSK
11.2.2.5.2 p/2 QPSK
354 11.2.2.5.3 p/2 8-PSK
355 11.2.2.5.4 p/2 16-QAM
11.2.2.6 FEC
11.2.2.6.1 Reed-Solomon block codes in GF(28)
356 11.2.2.6.2 Irregular LDPC codes
357 11.2.2.6.3 Rate 14/15 LDPC code
11.2.2.7 Stuff bits
360 11.2.2.8 Code spreading
11.2.2.8.1 Golay sequences
11.2.2.8.2 PRBS generation with LFSR
361 11.2.2.9 Unequal error protection
362 11.2.2.10 Scrambling
363 11.2.3 SC PHY frame format
364 11.2.3.1 PHY preamble
11.2.3.1.1 Sync field
11.2.3.1.2 SFD field
11.2.3.1.3 Channel estimation sequence (CES)
11.2.3.2 Frame header
366 11.2.3.2.1 SC PHY header
367 11.2.3.2.2 Base header HCS
11.2.3.2.3 Base header FEC
11.2.3.2.4 MAC subheader HCS
368 11.2.3.2.5 MAC subheader FEC
11.2.3.3 SC PHY Payload field
11.2.3.3.1 SC PHY Payload scrambling
11.2.3.3.2 Modulation
11.2.3.3.3 FEC
11.2.3.3.4 Code spreading
369 11.2.3.4 Pilot word and PCES
11.2.3.4.1 Subblocks and pilot word
11.2.3.4.2 Pilot channel estimation sequence (PCES)
370 11.2.4 Transmitter specifications
11.2.4.1 Error vector magnitude
11.2.4.2 Transmit center frequency tolerance
11.2.4.3 Symbol rate
11.2.4.4 Transmit power-on and power-down ramp
11.2.5 Receiver specifications
11.2.5.1 Error rate criterion
371 11.2.5.2 Receiver sensitivity
11.2.5.3 Receiver maximum input level
11.2.5.4 Receiver clear channel assessment performance
372 11.2.6 PHY layer timing
11.2.6.1 Interframe space
11.2.6.2 Receive-to-transmit turnaround time
11.2.6.3 Transmit-to-receive turnaround-time
11.2.6.4 Time between successive transmissions
373 11.2.6.5 Channel switch
11.2.7 PHY management for SC PHY
11.2.7.1 Maximum frame size
11.2.7.2 Maximum transfer unit size
11.2.7.3 Minimum fragment size
11.2.8 Optional OOK/DAMI modes
11.2.8.1 OOK
374 11.2.8.2 DAMI
11.2.8.3 FEC
11.2.8.4 OOK/DAMI spreading
11.3 High Speed Interface mode of mmWave PHY
11.3.1 General operating specifications
11.3.1.1 Operating frequency bands
11.3.2 HSI PHY modulation, forward error correction, and spreading
11.3.2.1 MCS-dependent parameters
376 11.3.2.2 HSI PHY timing-related parameters
377 11.3.2.3 HSI PHY frame-related parameters
11.3.2.4 HSI PHY FEC
378 11.3.2.4.1 LDPC block code
11.3.2.4.2 EEP data multiplexer
11.3.2.4.3 UEP data multiplexer
379 11.3.2.4.4 Bit interleaver
380 11.3.2.5 Stuff bits
11.3.2.6 Constellation mapping
382 11.3.2.7 HSI spreader
383 11.3.2.7.1 Spreader for spreading factor of 1
11.3.2.7.2 Spreader for spreading factor of 48
11.3.2.8 Tone interleaver
384 11.3.2.9 HSI PHY OFDM modulator
385 11.3.2.9.1 Pilot subcarriers
386 11.3.2.9.2 Guard subcarriers
11.3.2.10 PCES insertion
11.3.2.11 HSI PHY scrambling
387 11.3.3 HSI PHY frame format
11.3.3.1 PHY preamble
388 11.3.3.2 Frame header
390 11.3.3.3 HSI PHY header
391 11.3.3.4 Header check sequences
11.3.3.4.1 Main Header HCS
11.3.3.4.2 MAC Subheader HCS
392 11.3.3.5 PHY Payload field
11.3.4 Transmitter specifications
11.3.4.1 EVM requirement
393 11.3.4.2 Chip rate and clock alignment
11.3.5 Receiver specifications
11.3.5.1 Receiver sensitivity
11.3.5.2 Receiver CCA performance
11.3.5.3 Receiver maximum input level
11.3.5.4 PHY layer timing
11.3.5.5 Interframe spacing
394 11.3.5.6 Receive-to-transmit turnaround time
11.3.5.7 Transmit-to-receive turnaround time
11.3.5.8 Time between successive transmissions
11.3.5.9 Channel switch time
11.3.6 HSI PHY management
11.3.6.1 PHY supported data rate encoding
11.3.6.2 HSI PHY fragment size encoding
395 11.3.6.3 Maximum frame length
11.3.6.4 Maximum transfer unit size
11.3.6.5 Minimum fragment size
11.4 Audio/Visual mode of mmWave PHY
396 11.4.1 General requirements
11.4.1.1 AV PHY channelization
397 11.4.1.2 PHY layer timing
11.4.1.2.1 Interframe space
398 11.4.1.2.2 Receive-to-transmit turnaround time
11.4.1.2.3 Transmit-to-receive turnaround time
11.4.1.2.4 Time between successive transmissions
11.4.1.2.5 Channel switch time
11.4.1.2.6 CCA detect time
11.4.1.3 Data size restrictions
11.4.1.3.1 Maximum frame length
399 11.4.1.3.2 Maximum transfer unit size
11.4.1.3.3 Minimum fragment size
11.4.1.4 Header check sequence
11.4.2 AV PHY modulation and forward error correction
400 11.4.2.1 AV PHY base rate
401 11.4.2.2 Repetition coding and spatial diversity
11.4.2.3 Stuff bits
402 11.4.2.4 HRP splitter and scrambler
11.4.2.5 LRP scrambler
403 11.4.2.6 HRP outer code
11.4.2.7 HRP outer interleaver
404 11.4.2.8 Convolutional encoder
11.4.2.9 Puncturing
11.4.2.10 HRP data multiplexer and bit interleaver
405 11.4.2.10.1 EEP data multiplexer
406 11.4.2.10.2 UEP coding data multiplexer
408 11.4.2.10.3 UEP mapping data multiplexer
409 11.4.2.10.4 HRP header data multiplexer
410 11.4.2.11 Bit reversal tone interleaver
11.4.2.12 Signal constellations
411 11.4.2.13 AV PHY non-data subcarriers
412 11.4.2.14 AV PHY OFDM modulation
413 11.4.3 AV PHY frame formats
414 11.4.3.1 HRP preamble
415 11.4.3.2 HRP header
11.4.3.3 LRP preamble sequences
416 11.4.3.4 Long omni LRP preamble
417 11.4.3.5 Short omni LRP preamble
418 11.4.3.6 Omni LRP header
11.4.3.7 Directional LRP preamble
419 11.4.3.8 Directional LRP header and payload
420 11.4.4 AV PHY transmitter requirements
11.4.4.1 TX mask
421 11.4.4.2 EVM requirement
11.4.4.3 Symbol timing
422 11.4.4.4 TX frequency accuracy
11.4.4.5 TX power ramp on and off
11.4.5 AV PHY Receiver characteristics
11.4.5.1 Error rate criterion
11.4.5.2 Sensitivity
11.4.5.3 Maximum input level
11.4.6 Preambles and training symbols
427 12. Beam forming
12.1 Introduction
12.2 Beam forming terminology
428 12.2.1 Quasi-omni patterns
12.2.2 Sectors
429 12.2.3 Beams
430 12.2.4 Clusters
431 12.3 Beam forming codebooks
432 12.3.1 Beam forming codebooks
433 12.4 Beam forming reference model
435 12.5 Beam forming protocol
12.5.1 Two-level training mechanism
12.5.1.1 Sector-level training
12.5.1.1.1 AAS sector-level training
438 12.5.1.1.2 SAS sector-level training
441 12.5.1.1.3 Sector-level training failure remedy
12.5.1.2 Beam-level training
12.5.1.2.1 AAS beam-level training
444 12.5.1.2.2 SAS beam-level training
447 12.5.2 Beam tracking
449 12.6 On-demand beam forming
12.7 Proactive beam forming
12.8 TSD
451 Annex A (informative) Bibliography
452 Annex B (normative) Frame convergence sublayer
B.1 Generic convergence sublayer
453 B.2 EPD FCSL PDU classification
B.3 EPD FCSL
454 B.3.1 EPD FCSL QoS support
B.3.2 Data entity inter-relationships
455 B.4 EPD FCSL SAP
456 B.4.1 MA-UNITDATA.request
B.4.2 MA-UNITDATA.indication
457 B.4.3 MA-UNITDATA-STATUS.indication
458 B.5 Stream SAP
B.5.1 Stream creation, modification, and deletion
460 B.5.1.1 STREAM_INITIATE.request
B.5.1.2 STREAM_INITIATE.confirm
B.5.1.3 STREAM_INITIATE.indication
461 B.5.1.4 STREAM_MODIFY.request
B.5.1.5 STREAM_MODIFY.confirm
B.5.1.6 STREAM_END.request
462 B.5.1.7 STREAM_END.confirm
B.5.1.8 STREAM_END.indication
B.5.2 Stream data interface
463 B.5.2.1 STREAM_DATA.request
464 B.5.2.2 STREAM_DATA.confirm
B.5.2.3 STREAM_DATA.indication
465 Annex C (informative) Security considerations
C.1 Background assumptions
C.1.1 Physical assumptions
C.1.2 Network assumptions
466 C.1.3 Attack model assumptions
C.1.4 Security key lifecycle issues
C.1.4.1 Key lifecycle
C.1.4.2 Membership lifecycle
C.1.4.3 Group membership change rekey
C.2 Claimed security services
C.2.1 Beacon protection protocol
467 C.2.2 Distribute key protocol
C.2.3 Key request protocol
468 C.2.4 Data protection protocol
C.3 Properties of the IEEE 802.15.3 security suite
C.3.1 Key usage
C.3.2 Replay prevention
470 Annex D (informative) Coexistence, interoperability, and interference
D.1 Interoperability
D.1.1 Interoperability with IEEE 802.11 DSSS and IEEE 802.11b
471 D.1.2 IEEE 802.11 FHSS and IEEE 802.15.1
D.2 Coexistence
D.2.1 Coexistence with IEEE Std 802.11b
472 D.2.1.1 Passive scanning
D.2.1.2 Dynamic channel selection
D.2.1.3 The ability to request channel quality information
D.2.1.4 Link quality and RSSI
D.2.1.5 Channel plan that minimizes channel overlap
473 D.2.1.6 Lower transmit power
D.2.1.7 Transmit power control
D.2.1.8 Neighbor piconet capability
474 D.2.2 Coexistence with IEEE 802.15.1 and IEEE 802.11 FHSS
D.2.2.1 PHY collaborative coexistence enhancements
D.2.2.2 MAC coexistence via collaboration
475 D.2.2.3 Other techniques
D.3 Coexistence performance
D.3.1 Allowed operation
D.3.2 Assumptions for coexistence calculations
477 D.3.3 Performance impact on IEEE 802.15.3 piconets
D.3.3.1 IEEE 802.11b overlapping with IEEE 802.15.3
480 D.3.3.2 IEEE 802.15.1 and IEEE 802.11 FHSS overlapping with IEEE 802.15.3
481 D.4 Notes on the calculations
482 Annex E (normative) Protocol implementation conformance statement (PICS)
proforma
E.1 Introduction
E.1.1 Scope
E.1.2 Purpose
E.2 Abbreviations and special symbols
483 E.3 Instructions for completing the PICS proforma
E.4 Identification of the implementation
484 E.5 Identification of the protocol
485 E.6 Global statement of conformance
E.7 PICS proforma—IEEE Std 802.15.3-2016
E.7.1 Major roles for IEEE 802.15.3 DEVs
486 E.7.2 PHY functions
487 E.7.3 Major capabilities for the MAC sublayer
E.7.3.1 MAC frames
490 E.7.3.2 MAC sublayer functions
494 E.7.4 Security support
495 Annex F (informative) Implementation considerations
F.1 Channel time requests
F.1.1 Types of CTAs
496 F.1.2 Interpretation of channel time requests
497 F.1.3 Determining CTA Rate Factor from stream requirements
498 F.1.3.1 Example 1
499 F.1.3.2 Example 2
F.1.4 PNC interpretation of CTA rate factor
500 F.1.5 Creating channel time requests from MLME requests
502 F.1.6 Interpreting channel time requests
504 F.2 Sample frames
506 F.3 Use of multiple mmWave PHYs in a single piconet
508 Annex G (normative) Optional OOK/DAMI modes
G.1 Introduction
G.2 Child piconet operation
G.3 DAMI
510 G.4 PHY preamble
511 G.5 PHY frame format
G.6 Interframe space
512 G.7 Eye opening for OOK
G.8 EVM for DAMI
513 Back Cover

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IEEE ISO IEC 8802 15 3 2017
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