LtVaios

Berkeley-Pacman-Project

:ghost: :video_game: This is my implementation in the famous Berkeley pacman artificial intelligence project: http://ai.berkeley.edu/project_overview.html.

BERT-vaccine-sentiment-classifier

:robot: :books: Making a vaccine sentiment classifier on a twitter dataset using a pre-trained BERT model by fine-tuning it..

Constraint-Satisfaction-Problems

:mag: :radio: Solving the radio link frequency assignment problem (RLFAP) by implementing various contraint satisfaction algorithms.

copy-on-write-COW-xv6

:computer: The famous copy on write problem solved in xv6 implemented for a RISC-V multiprocessor.

Java-Translator

:speech_balloon: This is my implementation of a programm that translates peudocode into java code.

LL1-Calculator-Parser

:hotsprings: :twisted_rightwards_arrows: In this project I built an LL1 (leftmost derivation) recursive calculator as an intoduction to compilers.

LtVaios

MiniJava-Compiler

:eyeglasses: :computer: For this project I made my own compiler for a language called MiniJava which is a subset of Java.

My-LinkedIn

:globe_with_meridians: This is our implementation to make a website like LinkedIn from scratch using angular and spring backend.

Neural-Networks-for-Vaccine-Sentiment-Classifier

:robot: :capital_abcd: Making the vaccine sentiment classifier using tweets as datasets with the help of Pytorch Neural Networks and Glove word embeddings. Using both feed-forward nets and bidirectional stacked RNNs.

LtVaios/My-LinkedIn

:globe_with_meridians: This is our implementation to make a website like LinkedIn from scratch using angular and spring backend.

LtVaios/BERT-vaccine-sentiment-classifier

:robot: :books: Making a vaccine sentiment classifier on a twitter dataset using a pre-trained BERT model by fine-tuning it..

LtVaios/Neural-Networks-for-Vaccine-Sentiment-Classifier

:robot: :capital_abcd: Making the vaccine sentiment classifier using tweets as datasets with the help of Pytorch Neural Networks and Glove word embeddings. Using both feed-forward nets and bidirectional stacked RNNs.

LtVaios/Berkeley-Pacman-Project

:ghost: :video_game: This is my implementation in the famous Berkeley pacman artificial intelligence project: http://ai.berkeley.edu/project_overview.html.

LtVaios/Constraint-Satisfaction-Problems

:mag: :radio: Solving the radio link frequency assignment problem (RLFAP) by implementing various contraint satisfaction algorithms.

LtVaios/MiniJava-Compiler

:eyeglasses: :computer: For this project I made my own compiler for a language called MiniJava which is a subset of Java.

LtVaios/Java-Translator

:speech_balloon: This is my implementation of a programm that translates peudocode into java code.

LtVaios/copy-on-write-COW-xv6

:computer: The famous copy on write problem solved in xv6 implemented for a RISC-V multiprocessor.

LtVaios/LL1-Calculator-Parser

:hotsprings: :twisted_rightwards_arrows: In this project I built an LL1 (leftmost derivation) recursive calculator as an intoduction to compilers.

LtVaios/LtVaios

LtVaios/OS-Producer-Consumer-Simulation

:computer: This is a simulation to the classic consumer-producer problem with processes seen in common operating systems.

LtVaios/Softmax-Regression-for-Vaccine-Sentiment-Classifier

:bar_chart: Using machine learning to train a model using soft max regression based on real twitter datasets to classify vaccine sentiments to Pro-vax, Anti-vax and Neutral.

LtVaios/Spring-Rest-Service-Sample

LtVaios/System-Programming-1

:open_file_folder: :fork_and_knife: The listener monitors a directory and notifies the manager (his parent) about any changes through a pipe. The manager forks workers to process those files and communicate through FIFOs.