zhangwei1981
MIS
hello everyone
i am working on my project, but i still haven't got a clue, could you guys give me some advice or some links of information just like "how to bulid a wireless modeling","the functions of different models traffic patterns", cheers lot,thank you very much.
Traffic modeling for mobile computing
Generating accurate traffic pattern is vital to designing appropriate communication and networking protocols in order to promote quality of service (QoS) across a communication network. Especially the networks providing services for multiple classes of users, e.g. GSM and GPR, require a detailed characterization of the carried traffic. With this, system can operate efficiently since the underlying radio frequencies are a scarce resource. The traffic patterns that will be modeled in this project are reflecting service delivering for mobile computing clients, include both Posanian distributions (for applications such as file transfer, ftp and telnet) and non-posanian distributions (for applications such as email and web browsing). Important performance measurements such as packet loss rates, latency and bit error rates will be used in the modeling.
Skills: Communication networks, application data formats, MATLAB/C++.
i am working on my project, but i still haven't got a clue, could you guys give me some advice or some links of information just like "how to bulid a wireless modeling","the functions of different models traffic patterns", cheers lot,thank you very much.
Traffic modeling for mobile computing
Generating accurate traffic pattern is vital to designing appropriate communication and networking protocols in order to promote quality of service (QoS) across a communication network. Especially the networks providing services for multiple classes of users, e.g. GSM and GPR, require a detailed characterization of the carried traffic. With this, system can operate efficiently since the underlying radio frequencies are a scarce resource. The traffic patterns that will be modeled in this project are reflecting service delivering for mobile computing clients, include both Posanian distributions (for applications such as file transfer, ftp and telnet) and non-posanian distributions (for applications such as email and web browsing). Important performance measurements such as packet loss rates, latency and bit error rates will be used in the modeling.
Skills: Communication networks, application data formats, MATLAB/C++.