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NEW QUESTION: 1
Which two statements about OSPF are true? (Choose two.)
A. Intra-area routes are preferred over interarea routes.
B. External type 1 routes are preferred over external type 2 routes.
C. External type 2 routes are preferred over external type 1 routes.
D. External type 1 routes are preferred over intra-area routes.
E. External type 2 routes are preferred over interarea routes.
Answer: A,B
Explanation:
Explanation/Reference:
Section: (none)
Explanation/Reference

NEW QUESTION: 2
A network administrator is expanding part of the data center in a hospital network. Three new racks of equipment need to be added, with an HP Comware 5820 series switch at the top of each rack. The Comware 5820 series switch needs to connect back to two coreComware 12600 switches using 10Gb connections. The distance between the three racks and the Comware 12500 switches is approximately 40 meters; however, the network administrator is concerned about electromagnetic and other types of interferences to electrical signals
Which solutions protect against interference and are cost-effective for this scenario? (Select two.)
A. 10GBase-LX4
B. 10GBase-SR
C. 10GBase-ER
D. 10GBase-T
E. 10GBase-ZR
Answer: A,B

NEW QUESTION: 3
Which QoS mechanism will prevent a decrease in TCP performance?
A. LLQ
B. Rate-Limit
C. WRED
D. Fair-Queue
E. Shaper
F. Policer
Answer: C
Explanation:
Explanation
Weighted Random Early Detection (WRED) is just a congestion avoidance mechanism. WRED drops packets selectively based on IP precedence. Edge routers assign IP precedences to packets as they enter the network. When a packet arrives, the following events occur:
The average queue size is calculated.
2. If the average is less than the minimum queue threshold, the arriving packet is queued.
3. If the average is between the minimum queue threshold for that type of traffic and the maximum threshold for the interface, the packet is either dropped or queued, depending on the packet drop probability for that type of traffic.
4. If the average queue size is greater than the maximum threshold, the packet is dropped.
WRED reduces the chances of tail drop (when the queue is full, the packet is dropped) by selectively dropping packets when the output interface begins to show signs of congestion (thus it can mitigate congestion by preventing the queue from filling up). By dropping some packets early rather than waiting until the queue is full, WRED avoids dropping large numbers of packets at once and minimizes the chances of global synchronization. Thus, WRED allows the transmission line to be used fully at all times.
WRED generally drops packets selectively based on IP precedence. Packets with a higher IP precedence are less likely to be dropped than packets with a lower precedence. Thus, the higher the priority of a packet, the higher the probability that the packet will be delivered.
Reference: https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/qos_conavd/configuration/15- mt/qos-conavd-15-mt-book/qos-conavd-cfg-wred.html WRED is only useful when the bulk of the traffic is TCP/IP traffic. With TCP, dropped packets indicate congestion, so the packet source will reduce its transmission rate. With other protocols, packet sources may not respond or may resend dropped packets at the same rate. Thus, dropping packets does not decrease congestion.
Reference: https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/qos_conavd/configuration/xe-
16/qos-conavd-xe-16-book/qos-conavd-oview.html
Note: Global synchronization occurs when multiple TCP hosts reduce their transmission rates in response to congestion. But when congestion is reduced, TCP hosts try to increase their transmission rates again simultaneously (known as slow-start algorithm), which causes another congestion. Global synchronization produces this graph:

NEW QUESTION: 4

A. Option B
B. Option A
Answer: B