Fuzzy Convolutional Neural Network Based Decision Support System for Career Guidance

This project affords a selection help device (DSS) for career steerage. It leverages device gaining knowledge of algorithms to provide personalised profession steering primarily based on scholar records such as academic performance, interests, capabilities, and so forth., using traditional classification algorithms that each It has its personal unique presentation. Strengths in pupil history evaluation But those algorithms face demanding situations when dealing with uncertain or ambiguous facts. This is not unusual in career decision situations. To triumph over these problems We endorse using a Fuzzy Convolutional Neural Network (FCNN), which mixes fuzzy common sense with deep learning techniques. FCNN is specially designed to system nonlinear inputs, as an instance, subjective hobby rankings and Strong soft competencies This makes it viable to are expecting careers greater appropriately and appropriately. Extensive testing on actual-world student records suggests that FCNN appreciably outperforms conventional algorithms in phrases of accuracy, precision, and bear in mind, now not handiest improving the nice of profession steerage. However additionally within the utility of superior machine mastering techniques for non-public career steering… It also indicates the importance Move ahead.

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Publication Details

Published
2025-04-16
DOI
https://doi.org/10.1109/iccct63501.2025.11020187
Primary Topic
Technology Adoption and User Behaviour
Type
article
Field-Weighted Citation Impact
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article

Fuzzy Convolutional Neural Network Based Decision Support System for Career Guidance

K. Suresh Kumar, M Pragathiswar, S Pratheesh, Samyuktha AM
Technology Adoption and User Behaviour
article

Fuzzy Convolutional Neural Network Based Decision Support System for Career Guidance

K. Suresh Kumar, M Pragathiswar, S Pratheesh, Samyuktha AM
article en

Abstract

This project affords a selection help device (DSS) for career steerage. It leverages device gaining knowledge of algorithms to provide personalised profession steering primarily based on scholar records such as academic performance, interests, capabilities, and so forth., using traditional classification algorithms that each It has its personal unique presentation. Strengths in pupil history evaluation But those algorithms face demanding situations when dealing with uncertain or ambiguous facts. This is not unusual in career decision situations. To triumph over these problems We endorse using a Fuzzy Convolutional Neural Network (FCNN), which mixes fuzzy common sense with deep learning techniques. FCNN is specially designed to system nonlinear inputs, as an instance, subjective hobby rankings and Strong soft competencies This makes it viable to are expecting careers greater appropriately and appropriately. Extensive testing on actual-world student records suggests that FCNN appreciably outperforms conventional algorithms in phrases of accuracy, precision, and bear in mind, now not handiest improving the nice of profession steerage. However additionally within the utility of superior machine mastering techniques for non-public career steering… It also indicates the importance Move ahead.

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Technology Adoption and User Behaviour
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