An administrator works with an ISDN PRI that is connected to a third-party PBX. The ISDN link does not come up. and the administrator finds that the third-party PBX uses the OSIG signaling method. Which command enables the Cisco IOS Gateway to use QSIG signaling on the ISDN link?

1. A. isdn incoming-voice voice
2. B. isdn switch-type basic-ni
3. C. isdn switch-type basic-qsig
4. D. isdn switch-type primary-qsig

Correct Answer: D

Refer to the exhibit.

What is the result of applying these two rules to a voice translation profile for use with an ISDN T1 PRI on a Cisco Voice Gateway?

1. A. The leading Plus is stripped from the numeric phone number.
2. B. The ISDN Plan is modified to the administrator's defined value.
3. C. Any zero is stripped from the numeric phone number.
4. D. The ISDN Type is modified to the administrator's defined value.

Correct Answer: D

An engineer is asked to implement on-net/off-net call classification in Cisco UCM. Which two components are required to implement this configuration? (Choose two.)

1. A. CTI route point
2. B. SIP route patterns
3. C. route group
4. D. route pattern
5. E. SIP trunk

Correct Answer: DE

How is bandwidth allocated to traffic flows in a flow-based WFQ solution?

1. A. All the bandwidth is divided based on the QoS marking of the packets.
2. B. Each type of traffic flow has equal bandwidth.
3. C. Bandwidth is divided among traffic flow
4. D. Voice has priority.
5. E. Voice has priority and the other types of traffic share the remaining bandwidth.

Correct Answer: D
In a flow-based WFQ solution, bandwidth is allocated to traffic flows based on the following criteria:
The priority of the traffic flow
The amount of bandwidth that is available
The number of traffic flows that are competing for bandwidth
Voice traffic is typically given a higher priority than other types of traffic, such as data traffic. This is because voice traffic is more sensitive to latency and jitter than data traffic.
When there is not enough bandwidth to accommodate all of the traffic flows, the WFQ algorithm will prioritize the traffic flows based on their priority. The traffic flows with the highest priority will be given the most bandwidth, and the traffic flows with the lowest priority will be given the least bandwidth.
If there is still not enough bandwidth to accommodate all of the traffic flows, the WFQ algorithm will start to drop packets. The packets that are dropped will be the packets from the traffic flows with the lowest priority.

Refer to the exhibit.

A collaboration engineer configures Cisco UCM to act as a DHCP server. What must be done next to configure the DHCP server?

1. A. Restart the Cisco DHCP Monitor Service under Cisco Unified Serviceability
2. B. Add the new DHCP server to the primary DNS server
3. C. Restart the TFTP service under Cisco Unified Serviceability.
4. D. Add a DHCP subnet to the DHCP server under Cisco UCM Administration.

Correct Answer: D