AI-BASED NEUROPROSTHETICS: Mind-Controlled Prosthetic Arm with Hybrid Brain Computer Interface The rapid advancements in the fields of neurotechnology and robotics have paved the way for the development of brain-controlled systems. This emerging technology utilizes the power of the human mind to directly interface with electromechanical devices, which enables remarkable levels of control and interaction. We developed a Hybrid Electroencephalography (EEG)-Based Brain Computer Interface and a Mind- Controlled Prosthetic Arm. This project aims to create an accessible, customizable, and non-invasive bionic arm for individuals with limb amputations, empowering them to perform a variety of delicate everyday tasks and enhancing their overall interactive experience. This project aims to create an accessible, customizable, and non-invasive bionic arm for individuals with limb amputations, empowering them to perform a variety of delicate everyday tasks and enhancing their overall interactive experience. Speaker(s): Dr. Mahdi Yazdanpour, Madtree Brewery, 3301 Madison Rd, Cincinnati, Ohio, United States, 45209

Social Dinner to continue the fun and fellowship following the "Happy Hour at Vinny V's" Section event. https://events.vtools.ieee.org/m/408770 Location to be determined during the Happy Hour Event which will be at Vinny V's 208 Cattell St. Easton PA (https://www.vinnyvspizza.com/) Please register for both if attending both. The dinner is not a paid for event by the IEEE. It is individual personal responsibility. To be determined at Happy Hour Event, Easton, Pennsylvania, United States

IEEE Central Pennsylvania Section in conjunction with Penn State EE department would like to welcome faculty and graduate students to join us for coffee and donuts and discuss research, collaboration, and IEEE. University Park, Pennsylvania, United States

Anyone can come and learn this, and nom it’s not too late to join in! Join IEEE’s straightforward 5-week mini-course to unlock the basics of Amateur Radio and secure your FCC Amateur Radio license. It's not just about the license—it's about enhancing your skill set, networking, and adding a unique touch to your resume. Why It Matters: - Network: Connect with professionals and peers in tech-related fields worldwide. - Boost Your Resume: Stand out in the job market, especially if you're eyeing a career in electronics or communication. - Learn & Grow: Gain practical skills in communications and electronics that complement your coursework. - Global Reach: Experience the thrill of connecting with people across the globe through radio. Course Features: - Practical Skills: Get hands-on experience with radio equipment. - Deep Dives: Learn about different communication modes and radio frequencies. - Exam Prep: Focus on what you need to know to pass the FCC Amateur Radio license exam. Why Join? This course is your stepping stone into a world where technology meets global communication. Perfect for students looking to broaden their knowledge, network, and opportunities in tech fields. This session will build upon the introduction of the first two sessions. Kickstart Your Radio Journey! Co-sponsored by: Penn State University-Harrisburg Student Government Assocation Agenda: ChatGPT The document provides a comprehensive overview of Amateur Radio Modulation and Station Safety, covering several key topics: Amateur Radio Modulation - Introduction: It delves into the process of adding information to a radio wave, exploring various modes of modulation. - Analog Modes: It describes Continuous Wave (CW) for Morse Code, Amplitude Modulation (AM) for voice transmissions, Frequency Modulation (FM) used for voice on VHF/UHF, Phase Modulation (PM), and Single Side Band (SSB), an efficient derivative of AM. - Digital Modes: The document discusses digital modulation techniques like Packet Radio for data transmission, Phase-Shift Keying (PSK), and other digital modes like DMR and Mesh Networks. It highlights software such as WSJT-X for weak signal communication. - Bandwidth: A comparison of bandwidth requirements for various communication modes is provided, emphasizing the efficiency and resource usage of each. Amateur Radio Station Safety - Electrical Safety: The importance of adhering to AC wiring codes, the dangers of improper fuse replacement, and 12V battery safety precautions are discussed. - Antenna and Tower Safety: Guidelines for antenna placement, tower safety, and the necessity of proper training for climbing are outlined. - Lightning Protection: It emphasizes grounding techniques, the use of lightning arrestors, and the importance of direct grounding paths to prevent damage. - RF Hazards and Exposure: The document educates on the risks associated with RF signals, including burns and overheating, and the need for responsible management of RF exposure. Room: E244 & E206, Bldg: Olmsted , 777 W Harrisburg Pike, Middletown, Pennsylvania, United States, 17057

[] Abstract: More than 80% consumer Internet traffic is for videos and most of them are recorded videos. Meanwhile, many organizations (such as national parks, vacation resorts, departments of transportation) provide real-time visual data (images or videos). These videos allow Internet users to observe events remotely. This speech explains how to discover real-time visual data on the Internet. The discovery process uses a crawler to reach many web pages. The information on these web pages are analyzed to identify candidates of real-time data. The data is downloaded multiple times over an extended time period; changes are detected to determine whether it is likely to provide real-time data. The data can be used during an emergency. For example, viewers may check whether a street is flooded and cannot pass. It is also possible using the data to observe long-term trends, such as how people react to movement restrictions during the COVID pandemic. Bio: Yung-Hsiang Lu is a professor of Electrical and Computer Engineering at Purdue University. He is a University Faculty Scholar of Purdue University. He is a fellow of the IEEE (Institute of Electrical and Electronics Engineers), distinguished visitor of the Computer Society, distinguished scientist and distinguished speaker of the ACM (Association for Computing Machinery). Dr. Lu is the inaugural director of Purdue’s John Martinson Engineering Entrepreneurial Center (2020-2022). In 2019, he received Outstanding VIP-Based Entrepreneur Award from the VIP (Vertically Integrated Projects) Consortium. His research areas include computer vision, embedded systems, cloud and mobile computing. Dr. Lu has advised 400 undergraduate students in research projects and taught more than 5,000 students in classrooms. He has advised multiple student teams winning business plan competitions; two teams of students started technology companies and raised more than $1.5M. Speaker(s): Prof. Yung-hsiang Lu, Agenda: Welcome Remark - Dr. Ping-Tsai Chung Presentation - Prof. Yung-Hsiang Lu, School of Electrical and Computer Engineering of Purdue University Q/A. Virtual: https://events.vtools.ieee.org/m/409030