Packet Generator
When it comes to real-world network throughput, there are as many opinions about network performance as there are network installations. Every network site is unique, and the performance of the network is a function of the number of stations contending for access to the Ethernet, the type of hardware in use (station interfaces, switches), the layout of the cables (are they the right type, right length, and do they meet the configuration guidelines?), the quality of the cable installation and the mix of applications. However, with the ever-increasing number of networks, the traffic over the Internet is going to be saturated and performance will be down. In light of this problem, the testing, simulating and troubleshooting of a network device become very important. Therefore, in order to develop a more efficient and effective method, the project's goals is · To provide the users more functions and flexibility in terms of the packet arrival pattern and the packet size generation. · To assess network or the network component's ability to support the given traffic load in terms of packet loss, delay, delay jitters etc. · To source and sink real-time multicast/unicast UDP/IP traffic flows with optional su
· To transmit, receive and log time-stamped, sequence numbered packets.
Some common words found in the essay are:
, Informations Technology, Exponential Uniform, Software Requirement, Proposed Approach, Gamma Distribution, Data Flow, Furthermore MGEN, Equipment Fabrication, Multi-Generator MGEN, leaky bucket, packet size, traffic controller, packet generator, amount packet, traffic flow, exponential uniform distribution, packet sizes, rate ·, bucket algorithm, uniform distribution, leaky bucket method, leaky bucket algorithm, control amount packet, real traffic flow,
Approximate Word count = 949
Approximate Pages = 4 (250 words per page double spaced)
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