Research on Incentive Algorithm of Participatory Sensing System Based on Location

Ziyi Qi, Mingxin Liu, Yanju Liang, Jing Chen
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Abstract

At present, user participation as the main body of the perception system will bring the problems that include consuming user's time, energy and participation costs, and so on. Therefore, giving reasonable feedback and encouragement to user participation itself can effectively improve user's initiative and data quality. Combining data quantity, data distribution and budget constraint together, an improved incentive mechanism of reverse auction is proposed based on the structure of participatory sensing system in this paper. Firstly, to maximize the coverage rate and the number of samples as the optimization goal, a model combining the dynamic reverse auction incentive strategy is designed based on the limited budget of the task provider. Secondly, on the basis of optimizing the results of sample screening, the improved algorithm KDA incentive mechanism based on position information is proposed. The algorithm combines the greedy algorithm to gradually decompose the idea of subproblem optimization, in order to ensure that the optimization results are closer to the final goal. Finally, the algorithm is verified, the experimental results show that the proposed algorithm can improve the sample number and coverage under limited budget constraints, and improve the quality of the best sample set.
基于位置的参与式感知系统激励算法研究
目前以用户参与为主体的感知系统会带来消耗用户时间、精力和参与成本等问题。因此,对用户参与给予合理的反馈和鼓励本身就可以有效地提高用户的主动性和数据质量。结合数据量、数据分布和预算约束,提出了一种基于参与式感知系统结构的逆向拍卖激励机制改进方案。首先,在任务提供者预算有限的情况下,以最大覆盖率和样本数量为优化目标,设计了结合动态反向拍卖激励策略的模型;其次,在优化样本筛选结果的基础上,提出了基于位置信息的改进算法KDA激励机制。该算法结合贪心算法逐步分解子问题优化的思路,以保证优化结果更接近最终目标。最后对算法进行了验证,实验结果表明,在有限的预算约束下,提出的算法能够提高样本数量和覆盖范围,提高最佳样本集的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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