The objective of this project is to investigate how different preprocessing techniques applied to electroencephalogram (EEG) signals affect the accuracy of classifying unspoken words. By optimizing preprocessing methods, we aim to improve the performance of brain-computer interface (BCI) systems in recognizing silent speech

The objective of this internship is to develop an Automatic License Plate Recognition (ALPR) system using image processing and computer vision techniques. The system should be capable of detecting and reading vehicle license plates from images or video streams.Responsibilities:Develop algorithms for license plate detection and character recognition.Implement and test the ALPR system using real-world data.Optimize the system for accuracy and performance

Integration of AI Techniques: AI, including machine learning and deep neural networks, plays a crucial role in analyzing ECG signals.Pattern Recognition: AI algorithms identify complex patterns in ECG data to detect and classify cardiac conditions.Accurate Diagnosis: The use of AI improves the accuracy and speed of identifying anomalies such as arrhythmias and ischemic events.Timely Detection: AI systems enable earlier detection and intervention in cardiovascular diseases, improving patient outcomes.Enhanced Diagnostic Capabilities: AI contributes to more efficient and precise methods in cardiac diagnostics.

Development and feature enhancement: Contributed to developing and optimizing features that facilitate matching job offers with candidates.Database creation and management: Designed and managed the database of candidates and job offers, focusing on efficient and fast searches.Implementation of matching algorithms: Developed or improved algorithms to match candidates' skills with employers' requirements.Automation of notifications: Implemented automated notifications to inform users of new job listings or updates on their applications.Collaboration with multidisciplinary teams: Worked closely with development, marketing, and HR teams to refine user needs and optimize the platform.