Which two are advantages of static routing when compared to dynamic routing?（）

A . cost savings B . product variety C . well-tested interoperability D . regular upgrade proce

A . RIP requires less time to converge B . RIP uses less bandwidth C . RIP is less complex to configure D . RIP demands fewer router resources E . RIP has a more accurate metric

A . RIP requires less time to converge B . RIP uses less bandwidth C . RIP is less complex to configure D . RIP demands fewer router resources E . RIP has a more accurate metric

A . The vessel will not reverse direction in a tidal current B . The radius of the vessel's swing will be shortened C . A mooring approach may be made from any direction D . The vessel will not swing with a change in wind

A . decreasing the number of collision domains B . filtering frames based on MAC addresses C . allowing simultaneous frame transmissions D . increasing the size of broadcast domains E . increasing the maximum length of UTP cabling between device

A . Allows the transportation of all forms of traffic B . Multiplexing is easy C . Clocks do not need to be synchronized D . Reduces network complexity and cost E . Padding is not necessary and not permitted

A . BMR lowers the mean time to recover （MTTR）. B . BMR supports point­in­time recovery of individual data blocks. C . BMR enables you to use incremental backups for block recovery. D . BMR enables recovery even when the database is not mounted or open. E . BMR enables you to use proxy backups to perform block media recovery. F . BMR enables increased availability of data during recovery because the data file that requires a recovery can remain online.

A .  high scalability B .  the design supports a layered security model C .  firewall addressing does not need to change D .  IPsec decrypted traffic is inspected by the firewall E .  there is a centralized point for logging and content inspectio

A . Filtering can occur based on Layer 3 information. B . Broadcasts are eliminated. C . Routers generally cost less than switches. D . Broadcasts are not forwarded across the router. E . Adding a router to the network decreases latency.

A . Teleworker devices must be accessed from the central site (server, printers). B . IP addressing is simplified. C . The Teleworker LAN is a transit networking for routing. D . An Enterprise application does not function with Network Address Translation. E . The Teleworker router is an MPLS PE node.

A . speed and capacity B . drive reuse and media reuse  C . longer warranty and lower cost media  D . backward compatibility with LTO-4 cartridge

A .  fewer devices to manage B .  moderate-to-high scalability C .  stateful inspection of decrypted VPN traffic D .  increased bandwidth with additional interfaces E .  decreased complexity as traffic is filtered from the firewall

A . Filtering can occur based on Layer 3 information. B . Broadcasts are eliminated. C . Routers generally cost less than switches. D . Broadcasts are not forwarded across the router. E . Adding a router to the network decreases latency.

A .  BMR lowers the mean time to recover （MTTR）. B .  BMR supports point-in-time recovery of individual data blocks. C .  BMR enables you to use incremental backups for block recovery. D .  BMR enables recovery even when the database is not mounted or open. E .  BMR enables you to use proxy backups to perform block media recovery. F .  BMR enables increased availability of data during recovery because the data file requires a recovery can remain online.

A .  JMS subsystem of WLS shares same JVM as core WLS application server， so application avoids the overhead of message serialization/de-serialization （necessary when using a 3rd party JMS provider with WLS） B .  WLS JMS ai always faster than 3rd party JMS providers C .  Unified operations and management tools across Application Server and JMS Provider will help with mangeability and diagnostics D .  WLS JMS more compliant with JMS spec than 3rd party vendor

A . DS4500 offers better connectivity to the IBM iSeries Servers. B . DS4500 ships with remote volume mirroring （RVM） and Flashcopy services. C . DS4500 offers virtual arrays and fibre tape backup options that make it a less expensive solution. D . DS4500 offers storage manager software standard while EVA requires purchasing of the management software. E . DS4500 offers a flexible solution customizable by the customer while EVA ships standard with a minimum of six disk enclosures.

A . fewer devices to manage B . moderate-to-high scalability C . stateful inspection of decrypted VPN traffic D . increased bandwidth with additional interfaces E . decreased complexity as traffic is filtered from the firewall

A . decreasing the number of collision domains B . filtering frames based on MAC addresses C . allowing simultaneous frame transmissions D . increasing the size of broadcast domains E . increasing the maximum length of UTP cabling between device

A . NAP and NSP provide secure access to corporate gateways without managing end-to-end PVCs.NAP and NSP use Layer 3 routing，Layer 2 Forwarding，or Layer 2 Tunneling Protocol tunnels.Hence，they can scale their business models for selling wholesale service B . The NSP can oversubscribe by deploying idle and session timeouts using an industry standard RADIUS server for each subscriber C . Only a single session per CPE on one virtual channel （VC).The username and password are configured on the CPE， so all users behind the CPE for that particular VC can access only one set ofservices. Users cannot select different sets of services， although using multiple VCs and establishing different PPP session on different VCs is possible D . If a single IP address is provided to the CPE， and NAT or PAT is implemented，certain applications such as IPTV，which embed IP information in the payload， well not work. Additionally，if an IP subnet feature is used，an IP address also has to be reserved for the CPE E . PPPoA can use the features on the Cisco Service Selection Gateway （SSG）

A .  improveQos B .  reduced costs for all types of users C .  packet inspection at wire speed D .  reduced complexity

A . high scalability B . the design supports a layered security model C . firewall addressing does not need to change D . IPsec decrypted traffic is inspected by the firewall E . there is a centralized point for logging and content inspectio

A . Optimized processing of error notification B . Optimized processing of bandwidth requests C . Optimized processing of content delivery D . Optimized processing of content request

A . Security increases because only the network administrator may change the routing tables. B . Configuration complexity decreases as network size increases. C . Routing updates are automatically sent to neighbors. D . Route summarization iscompued automatically by the router. E . Routing traffic load is reduced when used in stub network links F . An efficient algorithm is used to build routing tables，using automatic updates. G . Routing tables adapt automatically to topology changes.