ARCHIVES

Research Article

Enhanced Cybersecurity via Deep LSTM Networks for Intrusion Detection

Sohaib Ansari1Rajat Kamble2Shishir Mishra3Abhishek Piperde4

¹²³ Students, Department of Computer Science Engineering JIT, Nagpur, Maharashtra, India. ⁴Assistant.Professor, Department of Computer Science Engineering JIT, Nagpur, Maharashtra, India.

Published Online: September-December 2024

Pages: 17-19

Cite this article

No DOI

Abstract

Deep Long Short-Term Memory Recurrent Neural network (LSTM-RNN) methodology is consists of pre-processing, training and testing phases. The raw data attributes consist of numerical and non-numerical values. Non-numerical values need to be conversion of numerical values because the LSTM-RNN model requires numerical attribute values as input. The numericalization process can be done with one-hot encoding. One-hot encoding assigns unique feature values to the non-numerical features. Some numerical zed data attributes consist of large feature value and some attributes consist of minimum value. The difference between minimum feature value and maximum feature value is very large. This difference affects the original feature values. The normalization process avoids the effectiveness of the original feature values. Normalization could be done with min-max normalization.

Related Articles

2024

Review on RSA Cryptography, Steganography and Compression Techniques for Data Security

2024

Stock Price Prediction Using LSTM

2024

Digital Transformation in Tailoring:Thread Express Application

2024

Form Perfector

2024

A Review- Machine Learning Techniques for Text Summarization

2024

Footwear-Based Assistive Technology for Lower Limb Amputees

2024

Object Detection for Unmanned Aerial Vehicles: A Comprehensive Review

2024

Automatic Diabetic Retinopathy Detection Using Resnet50 and Inceptionv3

2024

AI Based College Surveillance System for Class Skipper

2024

Bird Species Detection Using Deep Learning

Enhanced Cybersecurity via Deep LSTM Networks for Intrusion Detection | INDJCST | INDJCST