Developer:
Tawin Yavapolkul
Type:
Undergradated
Abstract:

           In today’s wireless society, wireless Internet is rapidly gaining its popularity thus receiving escalating demands for its usage. This therefore leads to high stipulation for Internet necessities – such as wireless routers. Wireless routers which are commonly sold today lacks the practicality function of bandwidth distribution for its users. This exclusive function in which wireless router companies overlook is exceedingly essential, since it can be use to enhance competence and better performance of a wireless router.
This project Bandwidth Management System in Wireless Router tackles the problem of division in bandwidth usage for each user. The addition of this module and firmware into wireless routers instantly allow users to customize, prioritize and organize the distribution of bandwidth without any hassle.
The firmware permits users to set and alternate limitations of bandwidth usage accordingly to liberal preference. Settings can be made to prioritize users whom will receive more or less bandwidth usage. Users are to be position in classes ranking from Highest to Lowest priority class, thus the “Highest” will always receive the most bandwidth usage and accordingly until the “Lowest” bandwidth class.
Consequently, this function in wireless router will increase flexibility and efficiency of bandwidth distribution thus eliminating problems of incoherent bandwidth distribution. Internet bandwidth therefore can be distributed into the situate class priorities leading to better organization and limitations within the network. Also the addition of this application guarantees the Quality of Service (QoS) at it’s fullest capacity.
This project Bandwidth Management System in Wireless Router can be use to fluctuate to fit the precise demand for each particular user thus maximizing the usage of a wireless router. With this firmware, individuals and establishments whom are wireless Internet users therefore will no longer have to encounter problems of bandwidth distribution thus it can effortlessly be solved.

Progress:
100%