In a VoWLAN deployment, It is recommended（）dBm separation between cells with the same channel.

A .  */* B .  /*.do C .  myServlet D .  /Myservlet E .  /MyServlet/* F .  MyServlet/*.i

A .

A .https://assets.asklib.com/images/image2/2018073110423174360.png B .https://assets.asklib.com/images/image2/2018073110424080775.png C .https://assets.asklib.com/images/image2/2018073110424622876.png D .https://assets.asklib.com/images/image2/2018073110425362569.png

A .  Guarantee of higher application performance and reliability if the transactions are flowing between instances of the same container type. B . Easier to build a Shared Services infrastructure that can provide best practices， tools and expertise around HA/Management.... with a single type of container than a mix of multiple types C .  You’ll save on hardware costs with a homogenous environment D .  It’s a necessary step in our move toward adopting SOA

A . */* B . *.do C . MyServlet D . /MyServlet E . /MyServlet/* F . MyServlet/*.j

A . Avoid channels with microwave oven noise. B . Manually remove channels not supported by the VoWLAN clients. C . Avoid 802.11n 40-MHz wide channels. D . Automatically avoid nearby radar.

A . to the same host as the source VM B . to a different host from the source VM C . to the same library as the source VM D . to a different library from the source VM

A . an autonomous WSUS server that is configured to download updates from Microsoft Update B . an autonomous WSUS server that is configured to download updates from the WSUS server in the main office C . a WSUS server running in replica mode that is configured to download updates from Microsoft Update D . a WSUS server running in replica mode that is configured to download updates from the WSUS server in the main office

A . to enable label switching on the frame mode interface B . to restrict MPLS availability to predefined time periods C . to restrict end users from seeing the routers in the MPLS network D . to restrict label switching to a limited number of network

A . coverage of large areas B . individual device configuration C . roaming that is facilitated bywirelee-location services D . coverage ofA single area E . seamless roaming throughout the network

A . Re-deploy the .msi file B . Re-deploy the .mst file C . Re-deploy using the .zap file

A .  6 B .  7 C .  10 D .  19

A .  */* B .  /*.do C .  myServlet D .  /Myservlet E .  /MyServlet/* F .  MyServlet/*.i

A . voip B . rfid tags C . data collection D . 802.11b and g client

A .  Port 3/12 was already up and forwarding before the loop was created. B .  Port priority is based on lowest priority and lowest port number. C .  You connected the wire on port 3/18 last. D .  None of the above， it is purely random.

A . All activities fail over without any loss of data or dropping any calls.  B . All current agent calls are dropped.  C . All callers on active CTI ports are dropped.  D . The standby CRS Engine starts, processing new calls immediately.

A . 19 dBm B . 7 dBm C . 10 dBm D . 6 dBm E . 5 dbm to 10 dBm

A .  the routing protocols being utilized in the network B .  the applications utilizing the network C .  the traffic destinations D .  network addressing scheme E .  cost of implementation F .  the amount of the control needed of the resource

A . the XCOPY command-line tool B . the Copy Web Site tool C . the Web Deployment tool D . the Publish Web Site utility

A .  authorization B .  data integrity C .  confidentiality D .  authenticatio

A . Port 3/12 was already up and forwarding before the loop was created. B . Port priority is based on lowest priority and lowest port number. C . You connected the wire on port 3/18 last. D . None of the above， it is purely random.

A . the routing protocols being utilized in the network B . the applications utilizing the network C . the traffic destinations D . network addressing scheme E . cost of implementation F . the amount of the control needed of the resource

A.Big data B.Cloud computing C.Internet D.CPS