Answer:
6 hosts can have IP addresses on the LAN attached to the router interface
Explanation:
Given IP address
=> 192.168.192.10/29
It has a subnet mask of /29 which means it has 3 host bits. This is calculated by subtracting 29 from 32(number of bits in an IPV4)
Since there are 3 host bits, the total number of possible addresses is given by
=> 
= 8 possible addresses.
Out of these 8 possible addresses, the first address will be the subnet id and the last address will be the broadcast address.
Therefore, there are only 6 addresses available for the hosts.
<em>Hope this helps!</em>
Answer:
Throughput of X, Y, Z will be 0.081
The network throughput will be 0.243
Explanation:
Throughput of X will be Tx = Px*(1-Py)*(1-Pz)=0.1*0.9*0.9=0.081
Throughput for Y and Z can be calculated in same way.
Throughput of network = Tx+Ty+Tz=0.081+0.081+0.081=0.243
Answer:
Answer explained below
Explanation:
statistical time division multiplexing (STDM) and frequency-division multiplexing (FDM)
They both STDM and FDM works well for the channels which transmit continuously like telephone, FM radio and TV which continuously transmit signal. Since inactive lines are wasted this makes these venues a good fit for STDM and FDM. which means if the signals are dropped or not received to the receiver than it won't have to send the signals again which is why STDM and FDM are useful in these cases.
In Traditional Computer Communications system, the system have tended to be a lot more 'bursty' with idle periods. Hence if we use the FDM and STDM than the usage patterns of STDM and FDM would waste this idle time. so that is why we tend not to use the FDM and STDM in the general purpose computer network.
