University Project
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Updated
Jun 10, 2024 - Python
University Project
Customizable Real-time Communication Engine/SFU library focused on WebRTC.
An AI-powered web application leveraging Next.js 14 and TensorFlow.js for real-time object detection. Utilizing Tensorflow model for accurate detection, webcam integration for live video streams, and Media Recorder API for seamless recording.
Formalizing Multimedia Recommendation through Multimodal Deep Learning, accepted in ACM Transactions on Recommender Systems.
Crack your Embedded Interview - Books and Materials
CSDLO5011: Multimedia System [MS] <Semester V>
Repositório do trabalho prático no âmbito da UC de Engenharia de Serviços em Rede (ESR) - Mestrado em Engenharia Informática (MEI/MIEI) - Universidade do Minho (UMinho)
A Literature Review of AI-Based Multimedia Technology
This is the official repository of the Eastling editor. It is part of the Eastling suite: Easy Annotation and Synchronization Tool for linguists.
This project delves into the realm of advanced multimedia processing, with a particular focus on video data. Leveraging the power of Python, I have implemented motion compensation techniques, which are fundamental to video compression and transmission standards.
Mata Kuliah Pengantar Pemrosesan Data Multimedia
Practicas de la asignatura Sistemas Multimedia en la Universidad de Granada (UGR) / Practice sessions for the course "Multimedia Systems" at the University of Granada (UGR) Topics
Multimedia Systems 2023 Spring Course
Repo to contain the assignments for CSCI 576: Multimedia Systems course at USC
A simple project with p5.js for Multimedia course in Spring 2023
Encode and decode binary message bits using text file of size 1KB using different techniques and compare their results.
Extract elementary stream from all kinds of media files, show inside media meta information and reconstruct Transport-Stream, ISOBMFF, Matroska and MMT media files
The Graph-Based Implementation of the M3 Data Model
PlaySEM Sensory Effects Renderer (SER) is a framework for delivering sensory effects such as wind, smell, vibration, and light to heterogeneous systems. It deals with variability in digital multisensory systems (mainly mulsemedia) allowing the use of different devices, SDKs/APIs, and many protocols to communicate with diversified applications.
Multimedia Systems Design taught by Prof. Parag Havaldar at the University of Southern California. The course project is meant to give us a deep understanding of Hypermedia.
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