IEEE MOVE Global is an emergency response program dedicated to assisting natural disaster relief efforts with short-term communication and power solutions. The program provides essential services such as internet access, mobile phone charging, and lighting to help people stay connected during disasters. When not deployed for emergency relief, IEEE MOVE Global engages in community outreach and STEM education. The IEEE MOVE India program, initiated by the IEEE India Council Region 10 in collaboration with state disaster agencies and NGOs, focuses on disaster response efforts in India. This talk will highlight MOVE India's activities, including disaster awareness and STEM workshops conducted across the country. These workshops emphasize disaster preparedness, climate change, and sustainability, aiming to educate and empower students to create a safer, more resilient future. The session will also showcase the launch of STEM kits designed to educate students about climate change and sustainability. Additionally, the talk will provide a preview of the MOVE India Truck, set to launch in 2025. This mobile vehicle, equipped with communication and power equipment, will play a key role in supporting disaster relief operations in India. Co-sponsored by: IEEE-USA MOVE Program Speaker(s): Sadhana Attavar Virtual: https://events.vtools.ieee.org/m/463712

Distributed Machine Learning for FPGAs in the Cloud Machine Learning (ML) is a growing area in both research and applications. Trends include larger and larger ML models and the interest in getting results from ML with low latency and high throughput. To address these trends, researchers are increasingly looking at accelerators (such as Graphics Processing Units (GPUs) and Field Programmable Gate Arrays (FPGAs), especially those that are directly connected to the network to achieve low latency access to data. In this talk, I will introduce the Open Cloud Testbed (OCT): https://octestbed.org/ OCT is available to researchers who are interested in conducting cloud research with accelerators. We provide GPUS, FPGAs, and AI engines from AMD. The FPGAs and AI engines are directly connected to the network. I will discuss experiments on using OCT for distributed ML using multiple network connected FPGAs. Specifically I will present results for running Resnet50 inference on the imagenet dataset. No hardware knowledge is assumed for this webinar. Speaker(s): Miriam Virtual: https://events.vtools.ieee.org/m/473027

[] 100-300 GHz Wireless: transistors, ICs, systems By Professor Mark Rodwell, UCSB IEEE-MTT Distinguished Microwave Lecturer We describe the opportunities, and the research challenges, presented in the development of 100-300GHz wireless communications and imaging systems. In such links, short wavelengths permit massive spatial multiplexing both for network nodes and point-point links, permitting aggregate transmission capacities approaching 1Tb/s. 100-300GHz radar imaging systems can provide thousands of image pixels and sub-degree angular resolution from small apertures, supporting foul-weather driving and aviation. Challenges include the mm-wave IC designs, the physical design of the front-end modules, the complexity of the back-end digital beamformer required for spatial multiplexing, and, for imaging, the development of system architectures requiring far fewer RF channels than the number of image pixels. We will describe transistor development, IC design, and system design, and describe our efforts to develop 140GHz massive MIMO wireless hubs, and 210GHz and 280GHz MIMO backhaul links. This is a virtual on line lecture. Please register on IEEE-Vtools. Professor Mark Rodwell holds the Doluca Family Endowed Chair in Electrical and Computer Engineering at UCSB and directs the SRC/DARPA Center for Converged TeraHertz Communications and Sensing. His research group develops nm and THz transistors, and high-frequency integrated circuits and systems. Prof. Rodwell received the 2010 IEEE Sarnoff Award, the 2012 Marconi Prize Paper Award, the 1997 IEEE Microwave Prize, the 2009 IEEE IPRM Conference Award, and the 1998 European Microwave Conference Microwave Prize. More information https://mtt.org/profile/mark-rodwell/ Speaker(s): Mark Rodwell, , Virtual: https://events.vtools.ieee.org/m/468178

Abstract: Our group's research focuses on nanostructured semiconductor materials and devices, utilizing bottom-up MOCVD growth and top-down nanofabrication approaches to push the boundaries of semiconductor technology. Our goal is to create new device architectures that can transform the fields of electronics, photonics, quantum technologies, and potentially medicine. In this talk, I will present two of our pioneering nanofabrication platforms that aim to address the increasing complexity in dimensional scaling and integration. Firstly, we developed an unorthodox anisotropic etching method, metal-assisted chemical etching (MacEtch), enabling damage-free fabrication of semiconductor nanostructures with unprecedentedly high aspect ratios and versatility for high-performance electronic and photonic devices. Some of the examples that I will use are MacEtch-enabled β-Ga2O3 FinFETs and damage-free microLEDs. Secondly, I will discuss our 3D self-rolled-up membrane (S-RuM) nanotechnology platform that has been used for extreme miniaturization of passive electronic components, such as inductors, transformers, and L-C resonators for radio frequency integrated circuits (RFICs). We believe that these innovative platforms hold the potential to unleash unprecedented levels of performance and functionality in semiconductor materials and devices. Co-sponsored by: Electron Devices Society (ED15) - Northern Va Chapter Speaker(s): Pro.Xuiling, Agenda: - Date: 23 Apr 2025 - Time: 06:30 PM EDT to 08:00 PM EDT Virtual: https://events.vtools.ieee.org/m/477962

AI for Control: Reinforcement Learning Short Course Reinforcement learning, a subset of artificial intelligence, is a computational approach that models decision-making by exploring the cause-and-effect relationships between actions and rewards. It provides a framework for solving optimization problems where an agent interacts with its environment and refines its policies over time. Closely related to both optimal and adaptive control, reinforcement learning has significant applications in control systems. This study explores the fundamental principles of reinforcement learning and its integration into control applications. Upon completion of this program, you'll walk away with: - A solid understanding of reinforcement learning fundamentals as a subset of artificial intelligence - The relationship between artificial intelligence, reinforcement learning, and optimal control. - Practical skills in designing, training, and deploying reinforcement learning-based controllers for dynamic systems. - The ability to understand the value-based reinforcement learning methods for optimization. - The confidence to apply reinforcement learning techniques to real-world control problems in robotics, automation, and beyond. Co-sponsored by: IEEE CSS/CASS/SMCS Philadelphia Chapter Speaker(s): Chang-hee Won, PhD Agenda: WEBINAR: 6:30 - 9:00 P.M. The Zoom Webinar link and password will be forwarded to all registered participants after Noon on the day of the meeting. Check your spam folder if you don't see the email. PDH certificates are available and an evaluation form will be emailed to you after the meeting. PDH certificate are sent by IEEE USA 3-4 weeks after the meeting. Virtual: https://events.vtools.ieee.org/m/467824

Lecture by an IEEE SPS Distinguished Lecturer, Prof. Yoram Bresler, University of Illinois at Urbana-Champaign Co-sponsored by: Department of Electrical and Computer Engineering, Ohio State University Speaker(s): , Prof. Yoram Bresler Room: 260, Bldg: Dreese Lab, 2015 Neil Ave, Columbus, Ohio, United States, Virtual: https://events.vtools.ieee.org/m/476880

Rob Robinett, the founder/owner of WSPRDaemon.org, will be giving a technical presentation on the use of amateur radio for space weather monitoring. Bldg: Loyola Science Center - The University of Scranton, Scranton, Pennsylvania, United States

Abstract: Electricity markets are functioning around the world. This talk will cover fundamentals of wholesale electricity market operation, focusing on integrated power system and electricity market operation, using PJM market as an example. Hot topics, such as uncertainty, renewable challenges, and extreme weather operation, will also be discussed. Speaker(s): Hong Chen, Agenda: Thursday, April 24th, 2025; Everyone Welcome; no fees. Pre-Registration Absolutely Required Virtual (Webex): Attendance limited: if full; email host for waiting list. Current IEEE Members' Early Registration - two-week period begins March 16th 5 PM. Non-members may not register until March 30th 5PM regardless of earlier attempts with system auto-confirmations. Registration closes for all Tuesday, April 22nd 11:59 PM Eastern. No last-minute registrations. If you are registered and a personal emergency arises, sending a cancellation email to the host would be appreciated to accommodate those on waiting lists. Schedule: * Networking from 3:00 to 3:30. * Presentation starts promptly at 3:30 PM EDT for one hour and 20 minutes plus Q&A. Double-check your e-mail address as you enter it. This will be our only method of communication and may be used for slides if available, program changes, or cancellation messages. Certificate for 2.0 PDH will be available only upon advance request by 4/22/2025. IEEE current membership is required for a PDH certificate. You must include your IEEE membership number with your request. PDH certificates will be by a BCC generic email, because we have no volunteer to prepare personalized documents. Virtual: https://events.vtools.ieee.org/m/474568

UC, MU, and NKU Senior Design/Capstone Projects University of Cincinnati Team 1: Project Title: Analog Synthesizer with MIDI Control and Digital Effects Abstract: A custom monophonic, modular, Euro-rack mountable analog synthesizer consisting of two Voltage Controlled Oscillators, a Voltage Controlled Filter, and a Mixer was combined with a Euro-rack mountable Digital Effects Bank powered by an Electrosmith Daisy Seed to create awesome sounds for recording and live performances. Team members: Dan String, Jordan Smith, Justin Wade Advisor: Dr. Wei Wei Team 2: Project Title: Stomata, Green Toolkit Abstract: The Stomata project introduces a fresh, innovative approach to tackling urban climate change by pairing sustainable ecosystem design with a modular, cost-effective environmental monitoring device. Our team, focusing on the computer and electrical engineering side, is responsible for building and programming this device to support nature-based climate solutions. Urban areas face serious climate-related challenges—poor air quality, rising temperatures from the heat island effect, and a loss of biodiversity. There’s a clear need for solutions that not only monitor environmental conditions but also support ecological restoration in a scalable, affordable way. Unfortunately, most current technologies fall short in integration, usability, or cost. That’s where Stomata comes in. Our device measures key environmental factors like air quality, soil moisture, pH, and electrical conductivity, with real-time data visualized through a mobile app. It’s designed to be easy to replicate, making it a strong candidate for deployment in other urban areas or academic settings. Ultimately, this project lays the groundwork for smarter, more accessible environmental monitoring and offers a practical solution that we’re piloting right here at the University of Cincinnati. Team members: Khadija Coulibaly, Perry Johnson, Hamza Khairy Advisors: Dr. Drew McAvoy Miami University Team 1: Project Title: 3D Printed Vertical Takeoff and Landing Aircraft Abstract: Our team's goal is to create a fully functional fixed-wing airplane capable of vertical takeoff and landing (VTOL), both manually and autonomously, with integrated payload carry and release capabilities. Unlike past teams, our team 3D printed and assembled parts to construct the airframe, which is reinforced with carbon fiber rods. Team members: Aiden Haley, Andrew LaMendola, Ashtin Reip, John Tomtishen Advisor: Prof. Jim Leonard Team 2: Project Title: Duplo Mindstorm Abstract: The Duplo Mindstorm project explores the design and development of a servo and sensor system for a Duplo-based robot. The project required a combination of 3D printing, modeling, and hardware integration to ensure compatibility and functionality with Duplo. Components are housed in custom 3D-printed Duplo blocks, allowing for versatile robot designs, similar to Mindstorms from Lego. Team members: Dana Clark, Cody Radabaugh, Sam Stage, Tommy Trinh Advisor: Dr. Peter Jamieson Northern Kentucky University Team 1: Project Title: All-Terrain Autonomous Guided Vehicle Abstract: The demand for ongoing innovation has increased over recent years due to the positive impact spread across a multitude of industries. While the versatility and application varies upon industry and industry needs, one challenge is known across all industries; that is, being able to create a durable robot while being affordable. This project aims to design an innovative all-terrain autonomous guided vehicle, or rather all-terrain AGV with the ability to navigate both an indoor and outdoor environment in addition to being cost effective. The project encompasses crucial designs such as adding four tracks and a suspension for the outdoor environment, adding a camera to track objects and overall placement of the robot’s location, and using a RPLIDAR sensor to map out the given surroundings. Alongside this, we’ll be using a NVIDIA Jetson Nano using Python to control the robot in addition to a remote to ensure that the robot can move by manual operation alongside being autonomous. Ensuring the robot is affordable, durable, and flexible given the environment it’s surrounded by is crucial for the robot, and the project aims to offer a sustainable solution for any industry while being able to perform tasks alongside being able to carry light objects within any environment. Team members: Conner Degarmoe, Trevor Harms, Chase Gordon Advisor: Dr. Mahdi Yazdanpour Team 2: Project Title: Will be announced soon! Room: Brewhouse, March First Brewing & Distilling, 7885 E Kemper Rd, Cincinnati, Ohio, United States, 45249

This event consisted of a pizza party for the students and their family, official presentation of the Dr. Charles Alexander 2025 NEOSEF Award (plaque and certificate) and student presentations of their project. Speaker(s): , Steven Galecki Agenda: 6:00 to 6:30 Dinner 6:30 (estimated) to 7:15 Project presentations by students 7:15 Award presentation Room: Meeting rooms A & B, 2121 Snow Road, Parma, Ohio, United States, 441314, Virtual: https://events.vtools.ieee.org/m/474535