Medium Access Control (MAC) and Physical Layer (PHY) - CISE

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4-June-07 P1901_PRO_016_r0 NACK_SECTION_i 1 - Bit 0: if set to 1 means that CHIP section not correctly decoded. Table 33 NACK_CAP_ANN message fields Aggregated messages Bit 1: if set to 1 means that REFERENCE DESIGN section not correctly decoded. Bit 2: if set to 1 means that FIRMWARE section not correctly decoded. In order to make the protocol more efficient, a message aggregation can be performed. It shall consist on changing the MSG_TYPE field code by the aggregation of up to three different messages types, as shown in Table 38. The order of the submessages in the final structure shall follow the scheme presented in the following figure, where some examples are proposed: Submission page 230 UPA-OPERA
4-June-07 P1901_PRO_016_r0 1 byte Figure 108 Agregated protocol messages and its MSG_TYPE codes It must be stated that, in each of the submessages, the MSG_TYPE field shall be deprecated and substituted by the new MSG_TYPE content at the beginning of the resulting message. Node Capability Table The Node Capability Table shall be resident in each node and contains, indexed by MAC address, the maximum and running capabilities of each of the known nodes. Each node shall contain a NCT per known node in the network, indexed by MAC address. This table shall contain four different sections each one with specific fields: Common capabilities section Chip section Reference design Submission page 231 UPA-OPERA
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IST Integrated Project No 026920 Pa
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4-June-07 P1901_PRO_016_r0 IEEE P19
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4-June-07 P1901_PRO_016_r0 The prop
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4-June-07 P1901_PRO_016_r0 1 INTROD
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4-June-07 P1901_PRO_016_r0 3.8.1 Ch
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4-June-07 P1901_PRO_016_r0 3.15.17
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4-June-07 P1901_PRO_016_r0 4.7.4 MA
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4-June-07 P1901_PRO_016_r0 5.5 LLC
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4-June-07 P1901_PRO_016_r0 8.2 SERV
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4-June-07 P1901_PRO_016_r0 11.6 PRO
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4-June-07 P1901_PRO_016_r0 ANNEX B
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4-June-07 P1901_PRO_016_r0 ⎣⎦
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4-June-07 P1901_PRO_016_r0 Multicas
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4-June-07 P1901_PRO_016_r0 Tonemap
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4-June-07 P1901_PRO_016_r0 CDP Clus
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4-June-07 P1901_PRO_016_r0 MIC Mess
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4-June-07 P1901_PRO_016_r0 TA Token
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4-June-07 P1901_PRO_016_r0 A BPL ce
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4-June-07 P1901_PRO_016_r0 2.6 NETW
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4-June-07 P1901_PRO_016_r0 3.1 OVER
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4-June-07 P1901_PRO_016_r0 16 12 g
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4-June-07 P1901_PRO_016_r0 1 2 3 4
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4-June-07 P1901_PRO_016_r0 0 2 3 8
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4-June-07 P1901_PRO_016_r0 L is giv
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4-June-07 P1901_PRO_016_r0 Control
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4-June-07 P1901_PRO_016_r0 is set t
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4-June-07 P1901_PRO_016_r0 0 0x2bf
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4-June-07 P1901_PRO_016_r0 3.5.3 Bi
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4-June-07 P1901_PRO_016_r0 1 0,0,0,
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4-June-07 P1901_PRO_016_r0 points p
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4-June-07 P1901_PRO_016_r0 Frequenc
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4-June-07 P1901_PRO_016_r0 Several
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4-June-07 P1901_PRO_016_r0 s SOT (
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4-June-07 P1901_PRO_016_r0 3.9 CARR
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4-June-07 P1901_PRO_016_r0 The tran
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4-June-07 P1901_PRO_016_r0 3.14.2 R
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4-June-07 P1901_PRO_016_r0 MPDU PHY
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4-June-07 P1901_PRO_016_r0 3.15.5.2
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4-June-07 P1901_PRO_016_r0 3.15.9 P
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4-June-07 P1901_PRO_016_r0 3.15.12.
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4-June-07 P1901_PRO_016_r0 3.15.16.
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4-June-07 P1901_PRO_016_r0 3.15.20.
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4-June-07 P1901_PRO_016_r0 The chan
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4-June-07 P1901_PRO_016_r0 The foll
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4-June-07 P1901_PRO_016_r0 � Idle
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4-June-07 P1901_PRO_016_r0 4.2.2.2
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4-June-07 P1901_PRO_016_r0 Legend T
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4-June-07 P1901_PRO_016_r0 MPDU Bur
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4-June-07 P1901_PRO_016_r0 List Inf
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4-June-07 P1901_PRO_016_r0 4.3.4 Ch
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4-June-07 P1901_PRO_016_r0 4.3.4.2
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4-June-07 P1901_PRO_016_r0 Tokens a
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4-June-07 P1901_PRO_016_r0 Master T
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4-June-07 P1901_PRO_016_r0 Tmax Tma
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4-June-07 P1901_PRO_016_r0 - Channe
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4-June-07 P1901_PRO_016_r0 It is us
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4-June-07 P1901_PRO_016_r0 4.4.2 To
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4-June-07 P1901_PRO_016_r0 ¡Error!
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4-June-07 P1901_PRO_016_r0 4.4.2.2
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4-June-07 P1901_PRO_016_r0 7 Reserv
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4-June-07 P1901_PRO_016_r0 2 � 73
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4-June-07 P1901_PRO_016_r0 4.4.2.6
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4-June-07 P1901_PRO_016_r0 - Unused
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4-June-07 P1901_PRO_016_r0 - Number
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4-June-07 P1901_PRO_016_r0 mains pe
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4-June-07 P1901_PRO_016_r0 Figure 5
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4-June-07 P1901_PRO_016_r0 Channel
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4-June-07 P1901_PRO_016_r0 4.7.2.3
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4-June-07 P1901_PRO_016_r0 4.7.6.3
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4-June-07 P1901_PRO_016_r0 - token:
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4-June-07 P1901_PRO_016_r0 4.7.14 M
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4-June-07 P1901_PRO_016_r0 4.7.18 M
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4-June-07 P1901_PRO_016_r0 4.7.22 M
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4-June-07 P1901_PRO_016_r0 4.7.25.4
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4-June-07 P1901_PRO_016_r0 - PAP Co
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4-June-07 P1901_PRO_016_r0 Port_4 P
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4-June-07 P1901_PRO_016_r0 7 PAP In
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4-June-07 P1901_PRO_016_r0 Packet f
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4-June-07 P1901_PRO_016_r0 5.4 Pack
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4-June-07 P1901_PRO_016_r0 PAP Info
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4-June-07 P1901_PRO_016_r0 5.4.2.3
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4-June-07 P1901_PRO_016_r0 8 6 14 G
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4-June-07 P1901_PRO_016_r0 5.5.3.3
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4-June-07 P1901_PRO_016_r0 The Pack
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4-June-07 P1901_PRO_016_r0 If PCF i
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4-June-07 P1901_PRO_016_r0 bits 7 6
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4-June-07 P1901_PRO_016_r0 port usi
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4-June-07 P1901_PRO_016_r0 a) Frame
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4-June-07 P1901_PRO_016_r0 b) In th
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Page 191 and 192: 4-June-07 P1901_PRO_016_r0 0x07 Par
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Page 195 and 196: 4-June-07 P1901_PRO_016_r0 The ABLP
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Page 199 and 200: 4-June-07 P1901_PRO_016_r0 c) Local
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Page 229 and 230: 4-June-07 P1901_PRO_016_r0 Field Na
Page 231: 4-June-07 P1901_PRO_016_r0 LMAC_ACK
Page 235 and 236: 4-June-07 P1901_PRO_016_r0 Index Fi
Page 237 and 238: 4-June-07 P1901_PRO_016_r0 decoding
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Page 253 and 254: 4-June-07 P1901_PRO_016_r0 Table 39
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Page 257 and 258: 4-June-07 P1901_PRO_016_r0 The CAC_
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4-June-07 P1901_PRO_016_r0 The Cryp
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4-June-07 P1901_PRO_016_r0 The Nonc
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4-June-07 P1901_PRO_016_r0 Table 58
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4-June-07 P1901_PRO_016_r0 In IEEE
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4-June-07 P1901_PRO_016_r0 The form
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4-June-07 P1901_PRO_016_r0 Attribut
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4-June-07 P1901_PRO_016_r0 - EAPOL-
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4-June-07 P1901_PRO_016_r0 SNMP: no
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4-June-07 P1901_PRO_016_r0 • GENE
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4-June-07 P1901_PRO_016_r0 o Parame
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4-June-07 P1901_PRO_016_r0 o Mandat
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4-June-07 P1901_PRO_016_r0 Enables
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4-June-07 P1901_PRO_016_r0 • PROF
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4-June-07 P1901_PRO_016_r0 With thi
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4-June-07 P1901_PRO_016_r0 11.7 TRA
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4-June-07 P1901_PRO_016_r0 o Mandat
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4-June-07 P1901_PRO_016_r0 Selects
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4-June-07 P1901_PRO_016_r0 o SNMP:
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4-June-07 P1901_PRO_016_r0 • VOIP
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4-June-07 P1901_PRO_016_r0 Timer ::
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4-June-07 P1901_PRO_016_r0 RINGBACK
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4-June-07 P1901_PRO_016_r0 11.12.3
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4-June-07 P1901_PRO_016_r0 • VLAN
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4-June-07 P1901_PRO_016_r0 • VLAN
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4-June-07 P1901_PRO_016_r0 This aut
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4-June-07 P1901_PRO_016_r0 This par
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4-June-07 P1901_PRO_016_r0 All mana
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4-June-07 P1901_PRO_016_r0 plSystem
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4-June-07 P1901_PRO_016_r0 o plSysC
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4-June-07 P1901_PRO_016_r0 plBasic
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4-June-07 P1901_PRO_016_r0 plPhy Fi
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4-June-07 P1901_PRO_016_r0 plQoS
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4-June-07 P1901_PRO_016_r0 o plStat
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4-June-07 P1901_PRO_016_r0 1. Every
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4-June-07 P1901_PRO_016_r0 • TD R
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4-June-07 P1901_PRO_016_r0 1. The c
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4-June-07 P1901_PRO_016_r0 If the i
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4-June-07 P1901_PRO_016_r0 DATA Tim
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4-June-07 P1901_PRO_016_r0 • Step
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4-June-07 P1901_PRO_016_r0 Internet
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4-June-07 P1901_PRO_016_r0 12.2.7.6
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4-June-07 P1901_PRO_016_r0 • MAC
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4-June-07 P1901_PRO_016_r0 • GENE
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4-June-07 P1901_PRO_016_r0 o KEYPAD
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4-June-07 P1901_PRO_016_r0 • VOIP
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4-June-07 P1901_PRO_016_r0 -- Objec
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4-June-07 P1901_PRO_016_r0 plSysCar
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4-June-07 P1901_PRO_016_r0 ACCESS r
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4-June-07 P1901_PRO_016_r0 SYNTAX I
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4-June-07 P1901_PRO_016_r0 plBasicE
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4-June-07 P1901_PRO_016_r0 STATUS c
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4-June-07 P1901_PRO_016_r0 -- STATU
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4-June-07 P1901_PRO_016_r0 DESCRIPT
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4-June-07 P1901_PRO_016_r0 plPhyByM
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4-June-07 P1901_PRO_016_r0 ::= { pl
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4-June-07 P1901_PRO_016_r0 ::= { pl
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4-June-07 P1901_PRO_016_r0 plMACCon
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4-June-07 P1901_PRO_016_r0 -- ACCES
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4-June-07 P1901_PRO_016_r0 plQoSPri
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4-June-07 P1901_PRO_016_r0 plQoSPer
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4-June-07 P1901_PRO_016_r0 -- The p
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4-June-07 P1901_PRO_016_r0 plStatis
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4-June-07 P1901_PRO_016_r0 ACCESS r
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4-June-07 P1901_PRO_016_r0 ::= { pl
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4-June-07 P1901_PRO_016_r0 DESCRIPT
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4-June-07 P1901_PRO_016_r0 INDEX {
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4-June-07 P1901_PRO_016_r0 plStpCar
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4-June-07 P1901_PRO_016_r0 MAX-ACCE
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4-June-07 P1901_PRO_016_r0 END STAT
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S mode 0 S mode 1 S mode 2 S mode 3
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EC/IST FP6 Project No 026920 Work P
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Medium Access Control (MAC) and Physical Layer (PHY) - CISE

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