rahuljauhari3

Pinned Repositories

Boolean-Information-Retrieval-System
Language:Python00
CAR-PARKING-MODULE-JAVA-
Language:Java0 1 02
custom-ftp
Course project for Computer Networks. Implementation of FTP with custom specifications on TCP and UDP.
Language:C0 0 00
Family-Tree-Management-System
Language:C++0 1 02
FODS-BITS
Language:Jupyter Notebook0 1 00
onbo-backend-intenship-assignment
Language:Python0 1 00
Page-Rank-And-HITS-Algorithm
Language:HTML0 1 00
Polygon-Decomposition-Convex-Polygon-Partitioning-Algorithms
Language:HTML0 1 00
Regular-Expression-to-NFA-to-DFA-transition-
This file takes regular expression and string as input and convert RE into equivalent NFA and NFA into equivalent DFA. Then substring is taken and compared to DFA whether it is accepted by that DFA or not.
Language:C++0 1 10
Warnsdorff-s-algorithm-for-Knight-s-Tour-problem
Language:C0 1 00

rahuljauhari3's Repositories

rahuljauhari3/Boolean-Information-Retrieval-System
Language:Python00
rahuljauhari3/CAR-PARKING-MODULE-JAVA-
Language:Java0 1 02
rahuljauhari3/custom-ftp
Course project for Computer Networks. Implementation of FTP with custom specifications on TCP and UDP.
Language:C0 0 00
rahuljauhari3/Family-Tree-Management-System
Language:C++0 1 02
rahuljauhari3/FODS-BITS
Language:Jupyter Notebook0 1 00
rahuljauhari3/onbo-backend-intenship-assignment
Language:Python0 1 00
rahuljauhari3/Page-Rank-And-HITS-Algorithm
Language:HTML0 1 00
rahuljauhari3/Polygon-Decomposition-Convex-Polygon-Partitioning-Algorithms
Language:HTML0 1 00
rahuljauhari3/rahuljauhari3
0 1 00
rahuljauhari3/Regular-Expression-to-NFA-to-DFA-transition-
This file takes regular expression and string as input and convert RE into equivalent NFA and NFA into equivalent DFA. Then substring is taken and compared to DFA whether it is accepted by that DFA or not.
Language:C++0 1 10
rahuljauhari3/Shap-
0 1 00
rahuljauhari3/Warnsdorff-s-algorithm-for-Knight-s-Tour-problem
Language:C0 1 00
rahuljauhari3/Regular-expression-checker
Language:C++1 0
rahuljauhari3/Research_Fuzzy_Boosting_MachineLearning_Hybrids
Language:Jupyter Notebook1 0
rahuljauhari3/stockpredictionai
In this noteboook I will create a complete process for predicting stock price movements. Follow along and we will achieve some pretty good results. For that purpose we will use a Generative Adversarial Network (GAN) with LSTM, a type of Recurrent Neural Network, as generator, and a Convolutional Neural Network, CNN, as a discriminator. We us
0 0
rahuljauhari3/TradingPatternScanner
Trading Pattern Scanner Identifies complex patterns like head and shoulder, wedge and many more.