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A Machine Learning Approach for Detecting Distributed Denial of Service Attacks Tanaphon Roempluk Master's degree studying Majoring in Information technology Faculty of informatics, Mahasarakham University The 4th International Conference on

  1. A Machine Learning Approach for Detecting Distributed Denial of Service Attacks Tanaphon Roempluk Master's degree studying Majoring in Information technology Faculty of informatics, Mahasarakham University The 4th International Conference on Digital Arts,Media and Technology and 2nd ECTI Northern Section Conference on Electrical, Electronics, Computer and Telecommunications Engineering. ECTI DAMT and NCON 2019 January 30 - February 2, 2019, Nan Thailand

  2. Presentation is Divided Into Five Parts: First part : Introduction. Second part : Method for classifying. Third part : Describe. Fourth part : Experience and Results. Final part : Summarize.

  3. Introduction

  4. Method for Classifying Network Security Machine Learning Classifying DDoS Attack Information

  5. Technique for Classification The K-Nearest-Neighbor (KNN) Support Vector Machine (SVM) Classification Accuracy Rate Multi-Layer Perceptron (MLP)

  6. Cross Validation Method Training data Cross Validation method DATA K = 2,5,10 Testing data

  7. Grid Search Method KDD S e n t Grid Best Performance Search Parameters Sent NSL KDD

  8. Data Analysis - Normal Class - DOS Attacks Class - R2L Attacks Class - U2R Attacks Class DATA - Probing Attacks Class The datasets were divided into Normal Class and 4 features of attack class. In the dataset of this research, there are 41 features which are selected only normal and DDoS attacks

  9. Data Pre-Processing 1,1,0,TCP, Normal 1,1,0,TCP, Normal 0,1,0,TCP, Normal 1,1,1,TCP, Normal 1,0,1,UDP,DOS 1,0,1,UDP,DOS DATA Removed Duplicate Data.

  10. Data Pre-Processing Convert Alphabet to Numeric 1,1,0,1, Normal 1,1,0,TCP, Normal 1,0,1,UDP, DOS 1,0,1,2, DOS

  11. Data Series Series 1 has 2 classes Normal and Attack Series 2 has 6 classes DDoS attacks. There are Neptune, Pod, DATASET Smurf, Teardrop, Land and Back KDD, NSL KDD Series 3 has 7 classes Neptune, Pod, Smurf, Teardrop, Land, Back The dataset was divided into 3 series and Normal

  12. Modeling of Data for DDoS Attacks Classification Training Classification Evaluation data KDD 50% Cross Validation method Testing Modeling NSL KDD data SVM, KNN, 50% MLP

  13. ACCURACY RESULTS OF THE KDD DATASE

  14. ACCURACY RESULTS OF THE NSL-KDD DATASE

  15. CONCLUSION - Find a special feature - Reduce the number of features - Not reduce the accuracy rate

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