Answer:
The switch technology that the network administrator will need to use to configure a switch to copy traffic that occurs on some or all ports to a designated monitoring port on the switch is called port mirroring. To best illustrate how port mirroring works, I will use an example.
Explanation:
Assume we have two PCs connected to a switch. We also have an analyzer or a monitoring computer connected to the switch. If PC 1 sends a message to PC 2, we can configure port mirroring which is also known as SPAN to allow a copy of the message sent to PC 2 to be sent to the monitoring computer. A copy of this information will not be sent until this feature in enabled on a switch. It is that simple.
Thus, if a network administrator enables this feature on a switch; all network packets sent to all ports of a LAN or an entire VLAN from a single source port will be copied to a monitoring device or a sniffer for packet analysis. The key point here is to send the traffic information that originates from a single source host to several other host devices on the network and then back to the monitoring port of the switch.
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What is output by the code below? int[] array = {33,14,37,11,27,4,6,2,6,7}; System .out.println(array.length); ... int[] array = {5,10,3,6,9,15}; ... int total = 0; ... output by the code below? int j=1, tally=0; while(j<9) { tally++; j++; } System.out.print(tally);.
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Answer:
It is A: Packet metadata is used to route and reassemble information travelling through the internet.
Explanation:
Step 1: The Internet works by chopping data into chunks called packets. Each packet then moves through the network in a series of hops. Each packet hops to a local Internet service provider (ISP), a company that offers access to the network -- usually for a fee
Step 2: Entering the network
Each packet hops to a local Internet service provider (ISP), a company that offers access to the network -- usually for a fee.
Step 3: Taking flight
The next hop delivers the packet to a long-haul provider, one of the airlines of cyberspace that quickly carrying data across the world.
Step 4: BGP
These providers use the Border Gateway Protocol to find a route across the many individual networks that together form the Internet.
Step 5: Finding a route
This journey often takes several more hops, which are plotted out one by one as the data packet moves across the Internet.
Step 6: Bad information
For the system to work properly, the BGP information shared among routers cannot contain lies or errors that might cause a packet to go off track – or get lost altogether.
Last step: Arrival
The final hop takes a packet to the recipient, which reassembles all of the packets into a coherent message. A separate message goes back through the network confirming successful delivery.
I suggest that you store each of the three numbers as 3 separate variables. Then you can compare and find the biggest.