Which of these economic and social changes does NOT increase the need for personal development at work?

A . invalid SSID B . invalid 802.1X authentication type C . invalid encryption type D . invalid WEP key

A .  loss of retail sales B .  erosion of investor confidence C .  disruption of business operations D .  loss of suppliers or customer

A .  prefixes received from any other BGP peer and prefixes locally originated via networkstatements or redistributed to BGP B .  all prefixes in its IP routing table C .  only prefixes received from EBGP peers and prefixes locally originated via network statements or redistributed D .  only prefixes received from EBGP peers and prefixes received from route reflectors E .  all prefixes in its routing table except the prefixes received from other EBGP peers F .  all prefixes in its routing table except the prefixes received from other IBGP peer

A . invalid SSID B . invalid WEP key C . invalid encryption type D . invalid 802.1X authentication type

A . LDP notification B . L2TPv3 session C . VPN route target communities D . Multiprotocol BGP peering of PE routers E . MPLS forwarding

A . passively listens to network traffic B . is an active device in the traffic path C . has a permissive interface that is used to monitor networks D . traffic arrives on one IDS interface and exits on another E . has a promiscuous interface that is used to monitor the network

A . FE08::280e:611:a:f14f:3d69 B . FE81::280f:512b:e14f:3d69 C . FE80::380e:611a:e14f:3d69 D . FEFE:0345:5f1b::e14d:3d69

A . CEF B . FIB C . LFIB D . IGP

A . connection speed B . number of remote sites C . features to be supported D . types of devices at the remote site E . whether packets are encrypted using 3DES or AES F . number of routes in the routing table at the remote site

A . invalid SSID B . invalid WEP key C . invalid encryption type D . invalid 802.1X authentication type

A .  HTTPS Proxy B .  Data Security C .  L4TM D .  Web Reputation filtering

A .  XA Enabled B .  Connection URL C .  Local JNDI name D .  Quality of Service

A .  loss of retail sales B .  erosion of investor confidence C .  disruption of business operation D .  loss of suppliers or customer

A . CEF B . FIB C . LFIB D . IGP

A .  connection speed B .  number of remote sites C .  features to be supported D .  types of devices at the remote site E .  whether packets are encrypted using 3DES or AES F .  number of routes in the routing table at the remote site

A .  drop B .  pass-through C .  decrypt D .  block

A . common currency B . harmonized tax rates C . harmonized tax rate structures D . common political policy

A . initiation planning analysis design development implementation operations and maintenance B . project planning， site assessment risk assessment solution selection and acquisition， testing， and operations C . prepare， plan， design， implement operate， and optimize D . analysis， design， deployment testing， implementation， and production E . presales， project planning， development implementation， operations testing， and operations sign- off

A . passively listens to network traffic B . is an active device in the traffic path C . has a permissive interface that is used to monitor networks D . traffic arrives on one IPS interface and exits on another

A . An IPv4-compatible tunnel is a static tunnel， but an 6to4 tunnel is a semiautomatic tunnel. B . The deployment of a IPv4-compatible tunnel requires a special code on the edge routers， but a 6to4 tunnel does not require any special code. C . An IPv4-compatible tunnel is typically used only between two IPv6 domains， but a 6to4 tunnel is used to connect to connect two or more IPv6 domains. D . For an IPv4-compatible tunnel， the ISP assigns only IPv4 addresses for each domain， but for a 6to4 tunnel， the ISP assigns only IPv6 addresses for each domain.

A .  passively listens to network traffic B .  is an active device in the traffic path C .  has a permissive interface that is used to monitor networks D .  traffic arrives on one IPS interface and exits on another

A . prefixes received from any other BGP peer and prefixes locally originated via network statements or redistributed to BGP B . all prefixes in its IP routing table C . only prefixes received from EBGP peers and prefixes locally originated via network statements or redistributed D . only prefixes received from EBGP peers and prefixes received from route reflectors E . all prefixes in its routing table except the prefixes received from other EBGP peers F . all prefixes in its routing table except the prefixes received from other IBGP peer