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GR2K-GA-0014 1-87
Ver. 07-02
Control 4:
Rewrites DSCP and uses it to determine the priority.
Control 5:
Rewrites DSCP, uses it to determine the priority and performs surveillance on the
contract band. If the detected flow breaches the contract band, abolishment
processing is performed.
Control 6:
Rewrites DSCP, uses it to determine the priority and performs surveillance on the
contract band. If the detected flow breaches the contract band, the priority is
lowered.
Control 7:
Determines the priority using the DSCP of the input IP packet.
Control 8:
Determines the priority using the DSCP of the input IP packet and performs
surveillance on the contract band. If the detected flow breaches the contract
band, abolishment processing is performed.
Control 9:
Determines the priority using the DSCP of the input IP packet and performs
surveillance on the contract band. If the detected flow breaches the contract
band, the priority is lowered.
Control 10:
Makes allocation to groups.
Control 11:
Rewrites user priority.
.
Table 1-47 Operating Parameters that Can Be Set for Each Operation
Operation Parameter
Flow Control
1 2(*1) 3(*2) 4 5(*1) 6(*2) 7 8(*1) 9(*2) 10 11
Existence of operating parameter
-action
√√√√√√√√ √√
Contract band monitoring
{ -upc <kbps> [-upc_burst
<Size>]| -min_rate <kbps> [-
min_rate_burst <Byte>]| -
max_rate <kbps> [-
max_rate_burst <Byte>]| -
max_rate <kbps> [-
max_rate_burst <Byte>] -
min_rate <kbps> [-
min_rate_burst <Byte>]}
√√ √√ √ √
Output priority -priority <No.> x x √ xx
Queuing priority
-discard<No.>
xxx xx
User priority rewrite
-replace_user_priority <No.>
√(∗6)
Group number
-group <No.>
√(∗5)
DSCP rewrite
-replace_dscp <DSCP_Value>
√√√