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<title>Nivya Alex</title>
<link>http://hdl.handle.net/123456789/9931</link>
<description>HR Interview Rating Prediction System</description>
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<dc:date>2026-04-16T18:13:50Z</dc:date>
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<title>HR Interview Rating Prediction System</title>
<link>http://hdl.handle.net/123456789/9932</link>
<description>HR Interview Rating Prediction System
Alex, Nivya
The most important criteria for selecting a candidate is interview. Here I proposed&#13;
a predictive system that helps to predict the hire ability and rate different traits of the&#13;
interviews. The paper which I referred for the developed system is camera. The system&#13;
can also be used for a fully automated screening of candidates in online interviews. It&#13;
helps for initial shortlisting of suitable candidates for further domain specific evaluation.&#13;
To build such an automated predictive system, the first step is data gathering. Here the&#13;
system analyses the facial expression, hand gestures and body postures with vocal&#13;
content. Then extracting the features like verbal, visual and audio cues. The next step is&#13;
to test different classification algorithm to create a predictive model for the system that&#13;
would classify and rate different traits of individuals.&#13;
The system produce a verity of result from single personality trait to the overall&#13;
hireability recommendation of candidate. The CNN architecture is used for feature&#13;
extraction in the system. The SVR algorithm is used as the predictive framework for&#13;
create the model. Also statistical results are produced by the system. The proposed system&#13;
produces the user interface results which helps the interviewer to observe in real time.&#13;
Finally, at the end of interview the system make predictions and produces a series of&#13;
ratings to interviewer based on various parameters like visible, calmness, eye contact,&#13;
friendliness etc. The system is an automated expertise system which predicts the overall&#13;
and recommended ratings of the interviewee.
</description>
<dc:date>2022-06-11T00:00:00Z</dc:date>
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