C42-20070722-007_QC_ota_ControlChannel.doc
TSG-C SWG42
TITLE:
Control Channel monitoring tests for DO Rev A as part of C.S0058-A.
SOURCE:
Vikram Gupta
Qualcomm, Inc
vikramg@qualcomm.com
858-658-2922
ABSTRACT:
Test Cases for control channel monitoring for HRPD.
RECOMMENDATION:
Review and Adopt.
Qualcomm, Inc. grants a free, irrevocable license to 3GPP2 and its Organizational Partners to
incorporate text or other copyrightable material contained in the contribution and any
modifications thereof in the creation of 3GPP2 publications; to copyright and sell in
Organizational Partner's name any Organizational Partner's standards publication even though it
may include all or portions of this contribution; and at the Organizational Partner's sole discretion
to permit others to reproduce in whole or in part such contribution or the resulting Organizational
Partner's standards publication. Qualcomm, Inc. is also willing to grant licenses under such
contributor copyrights to third parties on reasonable, non-discriminatory terms and conditions for
purpose of practicing an Organizational Partner’s standard which incorporates this contribution.
This document has been prepared by Qualcomm, Inc. to assist the development of specifications
by 3GPP2. It is proposed to the Committee as a basis for discussion and is not to be construed as
a binding proposal on Qualcomm, Inc.. Qualcomm, Inc. specifically reserves the right to amend
or modify the material contained herein and nothing herein shall be construed as conferring or
offering licenses or rights with respect to any intellectual property of Qualcomm, Inc. other than
provided in the copyright statement above.
The following test replaces current test 9.9.1.
1.1 HRPD Control Channel Monitoring and Overhead Message Updates
1.1.1 Definition
This test will verify that the AT can successfully receive and update QuickConfig and
SectorParameters messages that are transmitted over the Control Channel. The AN transmits a
QuickConfig message in every synchronous Control Channel cycle. The SectorParameters
message is transmitted at least once every NOMPSectorParameters Control Channel cycles. In
Idle State, the AT performs timer based supervision of the QuickConfig and SectorParameters
messages. If the AT does not receive these messages within the expiry time of the corresponding
timers, it returns a supervision failure indication.
1.1.2 Traceability
See [8]
Section 8.6.3.1
Section 8.9.6.1.5
Section 10.4.6.1.4.2
Section 10.5.6.2.6
Section 8.9.6.1.6.1
Procedures for Default Initialization State
Access Network Requirements for Overhead Message
Protocol
Access Network Requirements for Default Access Channel
MAC Protocol
Access Network Requirements for Enhanced Access
Channel MAC Protocol
Supervision Procedures
1.1.3 Method of measurement
a.
Power up the AT and place it where receive power is approximately -75 dBm.
b.
Configure the AT to operate in non-slotted (sleep disabled) mode. Note that tools and
procedures to configure the AT in non-slotted mode are vendor dependent.
c.
Ensure that the AT has acquired the HRPD system and is in idle state.
d.
Log the messages received on the control channel for 1 minute.
e.
Verify that the AN sends Sync message periodically in a synchronous control channel
capsule. Verify that the period does not exceed T ISPSync (1.28 = 3 control channel
cycles) seconds. Verify that the parameters of Sync message are set as configured by
the AN.
f.
Verify that the AN sends and AT receives QuickConfig message in every synchronous
control channel capsule. Verify that access network sets the SectorSignature field of the
QuickConfig message to the SectorSignature field of the next SectorParameters
message. Verify that the parameters of QuickConfig message are set as configured by
the AN.
g.
Verify that the AN sends and AT receives SectorParameters message in the
synchronous capsule at least once every NOMPSectorParameters (4) Control Channel cycles.
Verify that the access network sets the AccessSignature field of the QuickConfig
message to the public data AccessSignature. Verify that the parameters of
SectorParameters message are set as configured by the AN.
h.
Verify that the AN sends and AT receives access network an AccessParameters
message at least once every NACMPAccessParameters (3 * 256) slots.
i.
Verify that the parameters of AccessParameters message are set as configured by the
AN.
j.
Configure the AT to operate in slotted (sleep enabled) mode. Note that tools and
procedures to configure the AT in slotted mode are vendor dependent.
k.
Verify that the AT receives and updates the overhead messages (QuickConfig and
SectorParameter messages) and performs the supervision of these messages by
resetting the TOMPQCSupervision and TOMPSPSupervision timers.
l.
Cause the AT to not receive Overhead messages. This can be done for example by
placing the AT in an area with no HRPD coverage.
m.
Verify that the AT returns a SupervisionFailed and goes to initialization state.
n.
Repeat this test with all supported control channel data rates (38.4 and 76.8).
o.
Repeat this test for all versions of HRPD supported by the AT and the AN.
1.1.4 Minimum Standard
The AT shall comply with steps e, f, g, i, k and m.
The AN shall comply with step e, f, g and i.
The AT and AN should comply with step h.
1.2 Enhanced Control Channel Short MAC Packet
1.2.1 Definition
The purpose of this test is to verify that the AT successfully decodes various short packet
formats with different negotiated values of CCShortPacketMACIndex. This test requires
the AN to transmit CC short MAC packets. Since the size of the ACAck and Page packet
is smaller than 512 bits, it is likely although not necessary that the AN will use CC short
MAC packets for transmitting these messages.
1.2.2 Traceability
(see [8])
Section
10.3.6.1.4.1.1
Chapters
2 and 3
(see [15])
1.2.3 Method of measurement
a.
Place it where receive power is approximately -75 dBm.
b.
Cause the AT to acquire the AN.
c.
Configure the AT to negotiate the use of Multi-Flow Packet Application or Enhanced
Multi-Flow Packet Application or Multi-Link Multi-Flow Packet Application bound to the
service network, Physical layer subtype 2, Enhanced CCMAC, Enhanced ACMAC,
Enhanced FTCMAC, Enhanced Idle State Protocol and Subtype 3 RTC MAC.
d.
Start a new session and using SCP negotiate the value of CCShortPacketsMACIndex
attribute to 0x00.
e.
Using SCP or GAUP negotiate the value of SlottedMode attribute as follows:
Field
AttributeID
SlotCycle1
SlotCycle2
SlotCycle3
WakeCount1
WakeCount2
f.
After session configuration is complete, instruct the AT to open a connection with the
AN.
g.
Verify that in response to the AT’s AccessProbe message, the AN transmits an ACAck
message in a asynchronous CC capsule using one of the following Transmission
Formats1 of [128, 4, 1024], [256, 4, 1024], [512, 4, 1024] with preamble MAC Index 71.
If the message is transmitted using the sub-synchronous or synchronous capsule,
repeat steps f and g.
h.
Verify that the AT receives the ACAck message and stops transmitting the
AccessProbe.
i.
Allow the connection to become dormant.
j.
Instruct the AN to transmit a Page to the AT.
k.
Verify that the AN transmits the Page message in a sub-synchronous CC capsule using
one of the following Transmission Formats of [128, 4, 1024], [256, 4, 1024], [512, 4,
1024] with a preamble MAC Index of 71. If the message is transmitted using the
synchronous capsule, repeat steps i, j and k.
l.
Verify that the AT receives the Page message and establishes a connection with the
AN.
m.
Instruct the AT or the AN to close the session.
n.
Start a new session and using SCP negotiate any valid value of
CCShortPacketsMACIndex other than 0x00.
o.
Using SCP or GAUP negotiate the value of SlottedMode attribute as follows:
Field
AttributeID
SlotCycle1
SlotCycle2
SlotCycle3
WakeCount1
WakeCount2
1
Value
0x01 (SlottedMode)
0x5
0x5
0x5
0 (default)
0 (default)
Value
0x01 (SlottedMode)
0x5
0x5
0x5
0 (default)
0 (default)
p.
After session configuration is complete, instruct the AT to open a connection with the
AN.
q.
Verify that in response to the AT’s AccessProbe message, the AN transmits an ACAck
message in a asynchronous CC capsule using one of the following Transmission
Formats of [128, 4, 1024], [256, 4, 1024], [512, 4, 1024] with preamble MAC Index
negotiated in step n or 71. If the message is transmitted using the sub-synchronous or
synchronous capsule, repeat steps o and p.
Transmission Format is defined as [ Payload Size (bits), Nominal transmit duration (slots), Preamble
Length (chips))
r.
Verify that the AT receives the ACAck message and stops transmitting the
AccessProbe.
s.
Allow the connection to become dormant.
t.
Instruct the AN to transmit a Page to the AT.
u.
Verify that the AN transmits the Page message in a sub-synchronous CC capsule using
one of the following Transmission Formats of [128, 4, 1024], [256, 4, 1024], [512, 4,
1024] with a preamble MAC Index negotiated in step n or 71. If the message is
transmitted using the synchronous capsule, repeat steps i, j and k.
v.
Verify that the AT receives the Page message and establishes a connection with the
AN
1.2.4 Minimum Standard
The AT shall comply with steps h, l, r, and v.
The AN shall comply with steps g, k, q and u.