A Multi Factor Algorithmic Approach to Prioritize Grievances

S. Mane, Rohit Chaudhari, V. Jadhav, Sarvesh Bodakhe
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Abstract

Various online grievance systems to address the grievances of people are provided by different organizations on which the complainant can easily lodge grievances. Due to this, the lodging of grievances by citizens has increased many folds, but this makes the job of e-governance really difficult. A lot of times the same grievances are raised by many complainants so the officials have to go through the same grievances repeatedly. Due to this, critical grievances can go unnoticed or even trivial grievances might flood up the system. To solve such problems in grievances systems, we propose a priority algorithm, that ranks different grievances according to their priority of crucialness using machine learning which will help to address the more critical grievances in the required time as compared to less critical grievances. The algorithm considers different factors along with similarity of already raised grievances with new grievance and comparison of important keywords.
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基于多因素算法的申诉优先排序方法
不同的组织提供了各种网上申诉系统来处理人们的申诉,投诉人可以很容易地在这些系统上提出申诉。因此,市民提出的不满增加了许多倍,但这使得电子政务的工作变得非常困难。很多时候,同样的不满是由许多投诉人提出的,所以官员们不得不反复处理同样的不满。因此,重要的不满可能会被忽视,甚至微不足道的不满可能会淹没整个系统。为了解决申诉系统中的此类问题,我们提出了一种优先级算法,该算法使用机器学习根据不同的申诉的关键优先级对其进行排名,这将有助于在所需的时间内解决更关键的申诉,而不是不那么关键的申诉。该算法考虑了不同的因素,并考虑了已提出申诉与新申诉的相似度以及重要关键词的比较。
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