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yes. I flipped it around. <br />
So it is valid to say that the rate for the bandwith from A to B for that specific application is 0.19073 Mbps which is 6.36% of the 3MB bandwidth at the gateway. Correct?
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yes. I flipped it around.
So it is valid to say that the rate for the bandwith from A to B for that specific application is 0.19073 Mbps which is 6.36% of the 3MB bandwidth at the gateway. Correct?

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<div class="content wysiwyg-content">
I got some data from wireshark for the conversation between the client (B) and the server (A) and I am trying to do some analysis as far as the bandwidth consumption is concerned.<br />
<br />
The WAN link on the client side is a T1 and the link on the server side is 3MB. I have Wireshark captured on both ends. <br />
<br />
Here it goes...<br />
This is the data from the statistic-&gt;conversation in Wireshark on the server side (3MB link). I got the A-&gt;B as 200,000 bps (0.19073 Mbps) &nbsp;and B-&gt;A as 50,000bps. <br />
<br />
Questions:<br />
- Is it valid to say that the traffic from A-&gt;B (outbound of the gateway) takes 7% (which is (3/0.19073)*100) of the 3MB?<br />
- Is it valid to say that the traffic from B-&gt;A (inbound of the gateway) takes 1.7% of the 3MB?
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I got some data from wireshark for the conversation between the client (B) and the server (A) and I am trying to do some analysis as far as the bandwidth consumption is concerned.

The WAN link on the client side is a T1 and the link on the server side is 3MB. I have Wireshark captured on both ends. 

Here it goes...
This is the data from the statistic->conversation in Wireshark on the server side (3MB link). I got the A->B as 200,000 bps (0.19073 Mbps)  and B->A as 50,000bps. 

Questions:
- Is it valid to say that the traffic from A->B (outbound of the gateway) takes 7% (which is (3/0.19073)*100) of the 3MB?
- Is it valid to say that the traffic from B->A (inbound of the gateway) takes 1.7% of the 3MB?

bandwidth consumption

Network analysis is the process of identifying and remediating the processes and systems within a network, including performance, connectivity and security. The process is performed through the use of tools developed for monitoring and analyzing network activity. Network problems that involve finding an optimal way of doing something are studied under the name combinatorial optimization. Examples include network flow, shortest path problem, transport problem, transshipment problem, location problem, matching problem, assignment problem, packing problem, routing problem, Critical Path Analysis and PERT (Program Evaluation & Review Technique).

Network Analysis

Networking is the process of connecting computing devices, peripherals and terminals together through a system that uses wiring, cabling or radio waves that enable their users to communicate, share information and interact over distances. Often associated are issues regarding operating systems, hardware and equipment, cloud and virtual networking, protocols, architecture, storage and management.

Networking

Network design and methodology, also known as network architecture, is the design of a communication network. It is a framework for the specification of a network's physical components and their functional organization and configuration, its operational principles and procedures, as well as data formats used in its operation. In telecommunication, the specification of a network architecture may also include a detailed description of products and services delivered via a communications network, as well as detailed rate and billing structures under which services are compensated.