Match the interface with the use on the WSA.https://assets.asklib.com/images/image2/2018080114322655406.jpg

A . join with B . mix C . be equal to D . be constant

A . 1 B . 10 C . 1562 D . 64000 E . 128000

A . The router is limiting the size of TCP and UDP packets.  B . The configuration implements an effective Layer-2 fragmentation technique. C . The value of 542 is recommended in several RFCs.  D . There is another upstream router terminating the PPPoE session.

A . The FWSM supports up to 16 asymmetric routing groups. B . If a matching packet is not found, the packet is dropped. C . Asymetric routing of return traffic is enabled. D . If a matching packet is found, the Layer 3 header is rewritten. E . If a matching packet is found, the Layer 3 header is rewritten and the packet is forwarded to the default gateway.

A . Router C will use ICMP to inform Host 1 that Host 2 cannot be reached B . Router C will use ICMP to inform Router B that Host 2 cannot be reached C . Router C will use ICMP to inform Host 1, Router A, and Router B that Host 2 cannot be reached D . Router C will send a Destination Unreachable message type E . Router C will send a Router Selection message type F . Router C will send a Source Quench message type

A . Router C will use ICMP to inform Host 1 that Host 2 cannot be reached. B . Router C will use ICMP to inform Router B that Host 2 cannot be reached. C . Router C will use ICMP to inform Host 1, Router A, and Router B that Host 2 cannot be reached. D . Router C will send a Destination Unreachable message type. E . Router C will send a Router Selection message type. F . Router C will send a Source Quench message type.

A . Queuing introduces equal delays for packets of the same flow， resulting in jitter. B . When congestion occurs， dropping affects most of the TCP sessions， which simultaneously back off and then restart again. C . All buffers can temporarily be seized by aggressive flows， and normal TCP flows experience buffer starvation. D . There is no differentiated drop mechanism. Higher priority traffic is dropped in the same way as best-effort traffic. E . In TCP starvation， traffic exceeds the queue limit because of the bursty nature of packet networks. A router cannot handle multiple concurrent TCP sessions. F . Global synchronization occurs because multiple TCP hosts reduce their transmission rates at random intervals in response to packet dropping

A . It will fragment the packet at Layer 2. B . It will fragment the packet at Layer 3. C . It will drop the packet and send an ICMPv6 message "packet too big" back to the source. D . It will drop the packet.

A . bowl periphery B . bowl center C . upper surface D . lower surface

A . at0 B . en0 C . et0 D . tr0

A . CoS 0 = Best-Effort Data B . CoS 1 = Best-Effort Data C . CoS 3 = High Priority D . CoS 4 = High Priority Data E . CoS 5 = Voice Bearer F . CoS 7 = Voice Bearer

A . 1 B . 64 C . 1562 D . 64000 E . 1500

100 Interfacing with the customer after project go-ahead is the responsibility of: A. Project sponsor B. Project team C. Project manager D. Functional manager E. All of the above are possible, based upon the size and complexity of the project

18 Interfacing with the customer after project go-ahead is the responsibility of: A. Project sponsor B. Project team C. Project manager D. Functional manager E. All of the above are possible, based upon the size and complexity of the project

A．intercourse B．intercommunion C．communicate D．intercommunicate

A. PPP on the ATM interface B. VPI/VCI on the dialer interface C. IP address on the ATM interface D. CHAP on the dialer interface

A、plant life B、animal life C、human life D、all forms of living matter

A．to look with the eyes partly open B．to make it necessary for you to do sth C．having a lack of respect for certain organization, beliefs, customs D．to shine brightly E．to conquer F．unsuitable G． to do sth for sb as a favor or small service H． heavier, larger on one since than on the other I． extremely enthusiastic J． nearest in time, order, etc