Moozonian
Web Images Developer News Books Maps Shopping Moo-AI
Showing results for System theme Vector Vector
GitHub Repo https://github.com/NadaHaimn/Move-recommendation-system

NadaHaimn/Move-recommendation-system

Intelligent Movie Recommendation System ,This project is a sophisticated content-based recommendation engine that suggests movies based on semantic similarity. By analyzing movie metadata with TF-IDF vectorization and cosine similarity algorithms, it identifies films with comparable themes, styles, and narratives.
GitHub Repo https://github.com/kbnim/elte-fi-opsys-assignment

kbnim/elte-fi-opsys-assignment

Easter-themed assignment [Course: Operating Systems]
GitHub Repo https://github.com/aryandas2911/Next-Arc

aryandas2911/Next-Arc

A content-based anime recommendation system using TF-IDF vectorization and cosine similarity over anime genres, tags, and themes. Deployed with Streamlit to help users discover their next anime based on what they already love.
GitHub Repo https://github.com/atulhari/Tracking-Navigation-and-SLAM

atulhari/Tracking-Navigation-and-SLAM

The exercises are all part of a typical application theme, namely tracking, navigation and SLAM: • Bayesian estimation applied to beacon based measurement systems • Kinematic and dynamic models for tracking • Tracking based on discrete Kalman filtering for linear-Gaussian systems • Tracking with extended Kalman filtering in nonlinear systems • Tracking with particle filtering in nonlinear systems • Slam As such the exercises cover the following theoretical subjects: 1. Fundamentals of parameter estimation; static and scalar case 2. Unbiased linear minimum mean square estimation; static and scalar case 3. Unbiased linear minimum mean square estimation; static and vectorial case 4. Propagation of uncertainty in Gaussian-linear systems; prediction 5. Discrete Kalman filtering 6. Extended Kalman filtering 7. Particle filtering 8. SLAM
GitHub Repo https://github.com/tdyer38072/Cat-Chat

tdyer38072/Cat-Chat

CAT CHAT v3.0 - Enterprise-grade local-first AI platform with advanced memory management, multi-AI integration (OpenAI/Claude), 60+ themes, plugin architecture, and real-time collaboration. Features sophisticated memory consolidation, vector search, persona system, and production-ready Docker deployment.
GitHub Repo https://github.com/ThomasJButler/Morpheus

ThomasJButler/Morpheus

An intelligent document reasoning system with a Matrix-themed interface.
GitHub Repo https://github.com/Vishal8944/Netflix-Movie-Recommendation-System

Vishal8944/Netflix-Movie-Recommendation-System

🎥 A simple content-based movie recommendation system built with Streamlit. 📊 Uses TF-IDF vectorization and cosine similarity to suggest similar movies based on genres. 🛠️ Powered by Python, pandas, and scikit-learn. 🎨 Features a sleek dark-themed user interface. 🚀 Easily customizable and perfect for beginners exploring recommender systems.
GitHub Repo https://github.com/natashaoberoi/movie_qa_system

natashaoberoi/movie_qa_system

This project builds a question-answering system for a 10,000-movie IMDB dataset. It answers both semantic questions about themes and content and factual questions that require filtering or computation. Using vector search and an LLM, the system handles queries ranging from “alien movies” to “average rating of James Bond films.”
GitHub Repo https://github.com/KrsnaYadav07/Anime-Recommendation

KrsnaYadav07/Anime-Recommendation

Anime recommendation system using content-based filtering. Utilizes genres, themes, synopsis, cast, and director info to create TF-IDF and Count_Vectorizer vectors, applying cosine similarity to generate top-5 anime recommendations.
GitHub Repo https://github.com/bhagirath00/Movie-Recommendation-using-Semantic-Modeling

bhagirath00/Movie-Recommendation-using-Semantic-Modeling

A production-grade semantic movie recommendation system using SBERT for deep learning-based embedding and FAISS for high-performance vector search. Features a minimalist Obsidian-themed UI, TMDB API integration, and full Dockerization with CI/CD automation.