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@article{182223,
        author = {Shailaja Shamrao and Chanbasappa Patil and Bharati},
        title = {THE REORGANIZATION OF THE LOAD ASSOCIATED WITH BASE STATIONS IN MOBILE COMMUNICATION NETWORKS},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {8},
        number = {6},
        pages = {665-671},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=182223},
        abstract = {The technique that enables mobile nodes to move to a base station with a lower load, provided that their signal-to-noise ratios are comparable or identical to one another. In wireless and mobile networks, this strategy enables the base station to initiate the handover process, which in turn enables a fairer distribution of the load created by mobile nodes among the base stations that are located in close proximity to one another. The proposed change of the approach involves the addition of a threshold value for the use of the uplink channel's capacity, as well as the addition of a function that evaluates the bandwidth at which the uplink channel operates. Therefore, when the current value of bandwidth hits the threshold, the base station begins sending out a message to all mobile nodes and checks that there are open regions in the surrounding area for switching over mobile nodes. It is the responsibility of the base station to inform all possible candidates about the requirement of moving over to the new location if there are neighbouring locations with a lower load. In the event that the base station's available bandwidth falls below a certain level, the handover procedure is initiated. Therefore, it is feasible to optimize the functioning of the WiMAX network with regard to the criteria of the total bandwidth capacity of the base stations. This objective may be accomplished. In addition, the findings of the comparative examination of the handover process in networks that are based on the WiMAX technology are shown. These results were achieved via the use of the OpNet simulation environment. wireless network, mobile communication network.},
        keywords = {Base stations, Wireless network, Mobile communication network, Bandwidth capacity.},
        month = {July},
        }