Data Broadcasting on wireless channel is the research area where many research has been done and are still going on. Earlier data is broadcasted on single channel but now multiple channels are introduced for data broadcasting. In this paper, we propose a hash based indexing method for multiple wireless data broadcast channels. Hashing indexing technique on multiple channels gives better result than on single channel. In this paper, we are proposing an enhanced hashing technique that improves the result of previous proposed broadcasting technique. In this paper, we are taking the advantage of the best features of hashing technique and proposing enhanced hashing technique for multiple channels. Our proposed technique also minimizes collision in hashing technique. The proposed hashing technique aims to address the problem of data broadcasting on wireless channels. The proposed algorithms broadcast the data items to significantly reduce access latency and parameter adjustment time to save time and reduce power consumption of the mobile devices.
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Enhanced Energy Efficient Air Indexing Technique for Data Broadcasting on Wireless Channel
Semantic Scholar · Computer Science · 2019
Abstract
Data Broadcasting on wireless channel is the research area where many research has been done and are still going on. Earlier data is broadcasted on single channel but now multiple channels are introduced for data broadcasting. In this paper, we propose a hash based indexing method for multiple wireless data broadcast channels. Hashing indexing technique on multiple channels gives better result than on single channel. In this paper, we are proposing an enhanced hashing technique that improves the result of previous proposed broadcasting technique. In this paper, we are taking the advantage of the best features of hashing technique and proposing enhanced hashing technique for multiple channels. Our proposed technique also minimizes collision in hashing technique. The proposed hashing technique aims to address the problem of data broadcasting on wireless channels. The proposed algorithms broadcast the data items to significantly reduce access latency and parameter adjustment time to save time and reduce power consumption of the mobile devices.