Y FOR ONE VOICE FRAME PER PACKET
FROM THE GRAPH WE CAME TO KNOW THAT IF THE SIZE OF THE PACKET IS LESS THEN THE TIME TAKEN TO SEND OR RECIVE THE PACKET IN LINK IS HIGH, AND IF THE SIZE OF THE PACKET IS LARGE THEN BANDWIDTH UTILIZED IS HIGH AND THE PACKETÂ IS TRANSFERED IN LESS TIME
SIMULATIONÂ Â Â Â TIME VOICE FRAME PER PACKET AVERAGE VALUES OBTAINED FROM GRAPH
900 seconds
1
3.21339
900 seconds
10
0.13821
Here we arecalculating the values of the throughput and utilization for the ONE VOICE FRAME PER PACKET AND TEN VOICE FRAMES PER PACKET
GRAPH FOR POINTÂ TO POINT THROUGPUT
POINT TO POINT THROUGHPUT FORÂ Â TEN VOICE FRAMES PER PACKETÂ Â
POINT TO POINT THROUGHPUT FORÂ Â ONE VOICE FRAMES PER PACKET
BY THE Graph we can understand that the AVERAGE THROUGH PUT VALUE for the large packet size frame is less when compared with the small voice packet size frame.
The utilization of the band width for the large voice packet is less when compared with the small voice packet. We know that if the band width and utilization is less then path will be strong. And the connection will be strong between the client and sender
THE AVERAGE VALUE FOR ONE (10) VOICE FRAMES PER PACKET 118634.8013
THE AVERAGE VALUE FOR ONE (1) VOICE FRAME PER PACKET is 219751.6944
SIMULATIONÂ Â Â Â TIME VOICE FRAME PER PACKET AVERAGE VALUES OBTAINED FROM GRAPH
900 seconds
1
219751.6944=200KBYTES/SEC
900 seconds
10
118634.8013=120KBYTES/SEC
GRAPH FOR POINTÂ TO POINT UTILIZATION FOR ONE VOICE FRAME PER PACKET AND TEN VOICE FRAMES PER PACKET
Here in this graph we are calculating the point to point utilization value for the packets of different size here we are taking utilization value from the two routers. And we are taking the value from them
By the graph we can understand that the utilization of the bandwidth by the small voice frame packet is very high when compared with the large voice frame packet. If the size of the packet is higher than usage of the bandwidth will be reduced that is the link speed. So the packet size and the bandwidth are inversely proportional to each other.
POINT TO POINT UTILIZATION FORÂ TEN VOICE FRAMES PER PACKETÂ Â
POINT TO POINT UTILIZATION FORÂ Â ONE VOICE FRAMES PER PACKET
SIMULATIONÂ Â Â Â TIME VOICE FRAME PER PACKET AVERAGE VALUES OBTAINED FROM GRAPH
900 seconds
1
85.84051
900 seconds
10
49.33150
TASK2:
IN THIS WE ARE GOING TO ENABLEÂ THE SPEECH ACTIVITY DETECTION AND THE WE WILL RUN THE SIMULATION PROCES. THE PROCESSS IS EXPLAINED BELOW
IN THE ENCODING SCHEME WE ARE ENABLING THE SPEECH ACTIVTY DETECTION TECHNIOQUE AND THEN WE ARE RUNNING THE SIMULATION FOR THE ABOVE ONE BY TAKING THE DIFFERENT PACKET SIZES. THE CODEC USED HERE IS PCM. AND THE FRAME
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