TBA Co-sponsored by: Wright-Patt Multi-Intelligence Development Consortium (WPMDC), The DOD & DOE Communities Speaker(s): Mark Bateman Agenda: TBA Virtual: https://events.vtools.ieee.org/m/422290

Region 1 and Region 2 will be coming together, so the R1 and R2 Young Professionals would like to talk about our plans, connect engaged YPs, and learn about what matters to you! Virtual: https://events.vtools.ieee.org/m/421252

Compact models are used by circuit designers using SPICE modeling tools to design analog or digital circuits for high-frequency and/or high-power circuits for many different applications. The process of translating the device’s performance into an accurate model is an interesting and complex process. If you are interested in learning more about the ASM-HEMT model for GaN HEMTs from its developer, please consider joining us for this insightful presentation. Abstract: Gallium Nitride (GaN) High Electron Mobility Transistors (HEMTs) and their associated RF and power-electronic applications have been a topic of aggressive academic and industrial research over the past couple of decades. This is due to the commendable level of performance promised by the GaN material system and the hetero-junction that it forms with AlGaN, leading to features such as high breakdown voltage, high mobility, high saturation velocity, high sheet carrier density, the ability to withstand high operating temperatures etc. In order to take full advantage of these properties and to translate them into viable circuit applications a fully robust and accurate GaN HEMT model is of prime importance. In this talk, I will present our ASM-HEMT model for GaN-based power and RF devices. I will also briefly talk about our efforts in modeling of SiC based MOS transistors. Speaker(s): Yogesh Singh Chauhan, Agenda: 8:30 to 9:00 am Eastern Time, sign in 9:00 to 10:00 am Eastern Time, Seminar 10:00 am to 10:30 am Eastern Time, Questions and discussions. Virtual: https://events.vtools.ieee.org/m/420980

The IEEE Vehicular Technology Society (VTS) Philadelphia Chapter is holding a technical meeting. The topic is NFPA 130 Wire and Cable Requirements. Our speaker is Alex Marciano, Application Engineer, Marmon Industrial Energy & Infrastructure Group. This presentation discusses the requirements given by NFPA 130 for wire and cable. The lecture will discuss non-emergency and emergency circuit requirements. Mr. Marciano will explain how cables are protected by following materials, installation, and testing requirements given by NFPA 130, NFPA 70, IEEE 1202, and UL 2196. A slide show summarizes the codes and standards, as well as showing photographs of cable testing and installation methods to meet requirements. Attendees may apply for 1.0 PDH provided through the IEEE Certificates Program, accepted in all states. Send $5.00 (USD) payment to Brandon Swartley via Zelle at [email protected] and complete the online evaluation at https://r2.ieee.org/philadelphia-vts/forms/. Evaluation form must be completed and payment received within one week to receive PDH certificate. Speaker(s): Alex Marciano Agenda: Introduction Technical presentation - Non-Emergency Circuits • Chapter 12 wiring requirement - non-emergency • FT4/IEEE1202 vertical flame and smoke release test • UL 1685 vertical flame and smoke release test - Emergency Circuits • NFPA 130 wire requirements, design, reliability, emergency circuits, fire alarm and communication cables NFPA 70 areas of assembly • UL 2196 fire resistive certification and FHIT listings and selection • What is a complete system? Known issues Questions Virtual: https://events.vtools.ieee.org/m/419802

Emotional Intelligence is one of the human power skills that is more in demand today than ever. Leaders that excel at EQ are going to be the ones most sought after and indispensable in organizations. In this talk we will - Build a clear understanding of the Emotional Intelligence Model - Help you to understand your responses and how your mindset and emotions have an impact Speaker(s): Nikki Evans Agenda: IEEE-USA's free webinars/events are designed to help you find your next job, maintain your career, negotiate an appropriate salary, understand ethical considerations in the workplace and learn about other career-building strategies and public policy developments that affect your profession. For information regarding upcoming webinars or to visit our vast webinar archive, please visit: (https://ieeeusa.org/careers/webinars/) (https://newsletter.smartbrief.com/rest/sign-up/2479DAB0-4089-43E7-925D-86AE0C1E6244?campaign=e0d52cef) Virtual: https://events.vtools.ieee.org/m/409083

IEEE DeVry University Student Branch and CompTIA Student Club Present "Managing users accounts in Linux” By: Dr. Simon Obeid Date/Time: Thursday, June 6th @ 5:00 pm CST/6:00 pm EST In this workshop, we will discuss user management in Linux. We learn how to create a user account, add it to a group and delete users accounts. Also disabling users accounts and changing passwords will be demonstrated. To Join: https://devry.engageli.com/devry/current/cr8-h7v-4op/? Dr. Simon Obeid earned his Ph.D. in electrical engineering from the University of North Carolina in 2008, where he also earned his Master of Science degree in electrical and computer engineering and Graduate Certificate in Information Security. A member since 2003, Obeid served as the chair of the IEEE (Institute of Electrical and Electronics Engineers) Computer Society for the DeVry Charlotte chapter from 2009-2012, and as vice chair the year before. He is ABET evaluator since 2015. For Widely published, Obeid has presented his research at dozens of conferences and has served as a reviewer or guest speaker for many others. He was invited to speak to Tech Tactics conference 2023 about Security Awareness for K-12 education. Virtual: https://events.vtools.ieee.org/m/422927

June ExCom Meeting Agenda: TBD Bldg: MAI, (Checkpoint Surgical) 6050 Oak Tree Blvd, Independence, Ohio, United States, Virtual: https://events.vtools.ieee.org/m/420477

Abstract: Thermoelectric power generators can convert waste heat into useful electrical energy, but traditional thermoelectric device manufacturing uses bulk material processing with machining, assembly, and integration steps which lead to material waste and performance limitations. The traditional manufacturing approach offers virtually no flexibility in designing the architecture of thermoelectric modules, especially at multiple length scales. Additive manufacturing can overcome these challenges. Although printing techniques, including 3D printing, have been explored for thermoelectric devices, these techniques have been limited to organic or organic-inorganic composite materials. Additive manufacturing solutions have not been demonstrated for inorganic thermoelectric materials. This presentation will describe our progress in laser-based additive manufacturing of thermoelectric materials such as tellurides and silicides. Laser powder bed fusion (also known as selective laser melting) is an additive manufacturing process which locally melts successive layers of material powder to construct three-dimensional objects. When applied to thermoelectric materials, this technique could enable new shapes, hierarchical structuring, material-to-device integration, and large-area processing. The presentation will show the first demonstrations of laser additive manufacturing applied to thermoelectric materials and discuss the link between materials, manufacturing, and system-level considerations for thermoelectric power generators. Speaker(s): Prof. Saniya Agenda: - Date: 6 June 2024 - Time: 06:00 PM to 07:00 PM Virtual: https://events.vtools.ieee.org/m/421017

Training Deep Neural Networks (DNNs) requires a large number of operations, among which matrix-vector multiplies (MVMs), often of high dimensionality, dominate. In-Memory Computing (IMC) is a promising approach to enhance MVM compute efficiency and throughput, but introduces fundamental tradeoffs with dynamic range of the computed outputs. While IMC has been successful in DNN inference systems, it has not yet shown feasibility for training, which is more sensitive to dynamic range. This work leverages recent work on alternative radix-4 number formats in DNN training on digital architectures, together with recent work on high-precision analog IMC with multi-level inputs, to enable IMC training. Furthermore, we implement a mapping of radix-4 operands to multi-level analog-input IMC in a manner that improves robustness to analog noise effects. The proposed approach is shown in simulations calibrated to silicon-measured IMC noise to be capable of training DNNs on the CIFAR-10 dataset to within 10% of the testing accuracy of standard DNN training approaches, while analysis shows that further reduction of IMC noise to feasible levels results in accuracy within 2% of standard DNN training approaches. Co-sponsored by: Wright-Patt Multi-Intelligence Development Consortium (WPMDC), The DOD & DOE Communities Speaker(s): Christopher Grimm Agenda: Training Deep Neural Networks (DNNs) requires a large number of operations, among which matrix-vector multiplies (MVMs), often of high dimensionality, dominate. In-Memory Computing (IMC) is a promising approach to enhance MVM compute efficiency and throughput, but introduces fundamental tradeoffs with dynamic range of the computed outputs. While IMC has been successful in DNN inference systems, it has not yet shown feasibility for training, which is more sensitive to dynamic range. This work leverages recent work on alternative radix-4 number formats in DNN training on digital architectures, together with recent work on high-precision analog IMC with multi-level inputs, to enable IMC training. Furthermore, we implement a mapping of radix-4 operands to multi-level analog-input IMC in a manner that improves robustness to analog noise effects. The proposed approach is shown in simulations calibrated to silicon-measured IMC noise to be capable of training DNNs on the CIFAR-10 dataset to within 10% of the testing accuracy of standard DNN training approaches, while analysis shows that further reduction of IMC noise to feasible levels results in accuracy within 2% of standard DNN training approaches. Virtual: https://events.vtools.ieee.org/m/422920

We welcome spouses and partners to a day of activities on Saturday during the joint meetings: Agenda: IEEE Region 1 & 2 Companion Program (Updated 5/7/2024) Saturday June 8, 2024 Price per person: $75 8:30 AM: Depart from Hotel Lobby 9:00 AM to 11:00 AM: Stamford Museum & Natural Center ((https://www.stamfordmuseum.org/)) 11:30 AM to 12:30 PM: Lunch Sign of the Whale ((https://www.signofthewhalect.com/)) 1:00 PM to 2:30 PM: Pedal Cruise (https://pedalcruise.com/stamford-ct); 3:30 PM: Return to Hotel Stamford Marriott Hotel & Spa , 243 Tresser Blvd, Stamford, Connecticut, United States, 06901

Please join us for the monthly administrative meeting of the IEEE Washington Section. All IEEE members in our Section are welcome to attend. IEEE members who wish to volunteer for the Washington Section Administrative Committee are encouraged to attend. Co-sponsored by: Sastry Kompella Agenda: Agenda will be provided soon. Room: Multi-Purpose Room B, Bldg: College park Airport Operations Building, 1909 Corporal Frank Scott Dr , College Park, Maryland, United States, 20740, Virtual: https://events.vtools.ieee.org/m/422291

Attendees will be provided with a technical presentation and walking tour of eLoop’s new facility. eLoop provides high quality and cost effective IT Asset Disposition (ITAD). ITAD is the practice of properly decommissioning of electronic hardware and devices, which is critical for ensuring a firm’s data is not compromised. The process ensures that outdated and failed devices are recycled in a safe, secure, and sustainable manner. A variety of equipment types are decommissioned in the plant including but not limited to computers ( desk mount & Laptop), monitors, stand-alone hard drives and flat screen TV’s. The tour will depict how devices are disassembled and/or shredded and inserted into the appropriate sustainable recycling streams. A complementary limited menu lunch will be provided at a nearby TBD venue. Speaker(s): Ned Eldbridge, 1 Wesco Drive, Export, Pennsylvania, United States, 15632

IEEE R2 Mini-Sync: - RD Passdown - Education Activities Board (EAB) Jamie Moesch, Managing Director EAB Agenda: IEEE Author Center Virtual: https://events.vtools.ieee.org/m/389636

Fluid-like models, such as the Lighthill-Whitham-Richards (LWR) model and their discretizations like Daganzo’s Cell Transmission Model (CTM), have proven successful in modeling traffic networks. In general, these models are not linear; they employ discontinuous dynamics or nonlinear terms to describe phenomena like shock waves and phantom jams. Given the complexity of the dynamics, it is not surprising that the stability properties of these models are not yet well characterized. Recent results have shown the existence of a unique equilibrium in the free flow regime for certain classes of networks modeled by the CTM; however, these results restrict inflows to the system to be bounded or constant. Further, it is of interest to understand the system behavior in congested regimes since links in various practical networks are often congested. Speaker(s): Dr. Vijay Gupta Virtual: https://events.vtools.ieee.org/m/419622

IEEE DeVry University Student Branch and CompTIA Student Club Present Creating Smart facilities by using distributed sensors and controls connected via IoT devices and ThingSpeak analytics By: Prof. Toshko Tzvetkov Date/Time: Thursday, June 13th @ 5:00 pm CST/6:00 pm EST In this workshop, we will be discussing how to create distributed sensors network, how to use the Thingspeak to collect the data from the sensors and how to send feedback from Thingspeak to controllers and actuators to change spart facilities settings. To Join: https://devry.engageli.com/devry/current/8s7-4xz-5k8/? Prof. Toshko Tzvetkov earned his MSc degree in Engineering Physics/ Microelectronics from the Sofia University at Sofia, Bulgaria. Throughout his career Prof. Tzvetkov has been involved in developing new ion beam technologies, revolutionary X-ray imaging technologies and new scientific instruments. He has very extensive experience in electronics engineering, software development and computer networking and system administration. Prof. Tzvetkov has multiple commercial software products. Also, it created an autonomous system that was used on the International Space Station to collect data using Arduino based microcontroller. Currently he is an advisor to A3Global for battery reconditioning instrument development. Member of IEEE. Co-sponsored by: CompTIA Student Club Virtual: https://events.vtools.ieee.org/m/424117

Special Presentation by Dr. Alexandru Vulpe (UPB, Romania) Hosted by the Future Networks Artificial Intelligence & Machine Learning (AIML) Working Group Date/Time: Thursday, June 20th, 2024 @ 12:00 UTC Topic: AI-based Software Innovations for 5G and Beyond Abstract: As we advance into the era of 5G and explore the possibilities of 6G, the integration of Artificial Intelligence (AI) into mobile networks is becoming increasingly important. This talk will delve into the transformative potential of AI-based software and network applications in enhancing the capabilities, efficiency, and security of 5G and future mobile networks. We will explore new developments, potential challenges, and emerging opportunities in the field. The topics will cover AI's role in network optimization, predictive maintenance, service quality management, and security enhancements. Attendees will gain insights into how AI-driven strategies can lead to smarter, more reliable, and sustainable network infrastructures, thereby shaping the future of telecommunications. Speaker: Dr. Alexandru Vulpe, IEEE SA member, has a PhD since 2014 and has a broad technical expertise with over 15 years’ involvement in international and European research projects. His research ranges from algorithms for wireless communications, 5G and beyond 5G networks to Quantum Communications, AI, Big Data, Security, Blockchain and Internet-of-Things. He is the author and co-author of over 100 scientific papers related to Big Data, Security, Cloud Computing, 4G and 5G/B5G systems, as well as Machine-to-Machine (M2M) communications. Furthermore, he has managed and participated in over 40 research projects (over 15 international projects). He is a member of the 6G Smart Networks and Services Industry Association. Co-sponsored by: Artificial Intelligence & Machine Learning (AIML) Working Group Virtual: https://events.vtools.ieee.org/m/422939

Please join us for the IEEE Dayton Section Quarterly Meeting & Society/Affinity Group Chair Updates on Thursday June 20, 2024! The meeting will be held at the Wandering Griffin restaurant from 11:30 am to 1:00 pm. The address is: 3725 Presential Dr., Beavercreek, OH 45324 (https://www.wanderinggriffin.com/) LUNCH WILL BE PROVIDED! (up to $15) NOTE: Society and Affinity Group Chairs will be asked to provide an update on year-to-date activities. If you cannot attend the meeting in person, a remote connection option will be provided (details coming soon). You can also email your information (along with any questions) in advance to: Amy Doll, Vice Chair, IEEE Dayton Section at [email protected] Wandering Griffin Brewery, 3725 Presidential Drive, Beavercreek, Ohio, United States, 45324

Please join us for the IEEE Dayton Section Quarterly Meeting & Society/Affinity Group Chair Updates on Thursday June 20, 2024! The meeting will be held at the Wandering Griffin restaurant from 11:30 am to 1:00 pm. The address is: 3725 Presential Dr., Beavercreek, OH 45324 (https://www.wanderinggriffin.com/) LUNCH WILL BE PROVIDED! (up to $15) NOTE: Society and Affinity Group Chairs will be asked to provide an update on year-to-date activities. If you cannot attend the meeting in person, a remote connection option will be provided (details coming soon). You can also email your information (along with any questions) in advance to: Amy Doll, Vice Chair, IEEE Dayton Section at [email protected] Wandering Griffin Brewery, 3725 Presidential Drive, Beavercreek, Ohio, United States, 45324

In today's dynamic and fast-paced operational environments, effective communication is paramount. This training session aims to elevate the MOVE team's radio communication skills by delving into key concepts and systems that enhance interoperability and operational efficiency. Objectives: - Understanding Interoperability: - Introduction to P25 Standards: - VIPER System Overview: - Effective Radio Communication Techniques: - Practical Applications and Scenarios: Co-sponsored by: IEEE-USA MOVE Program Speaker(s): Greg Hauser Virtual: https://events.vtools.ieee.org/m/406566

The IRS’ definition of R&D and industry’s definition of R&D differ. A large majority of R&D performed in the US is done in the private sector, rather than done by universities and the work that qualifies for R&D Tax Credits is much broader (and more lucrative) than you would think. The program that pays for this R&D work is the Research Tax Credit, which is administered by the IRS. This presentation, R&D Tax Credits for Engineers and Scientists, is a high level basic primer that will teach you what type of R&D work that you already do qualifies for the credit and the general steps required to present your work successfully to the IRS. Facebook livestream: https://bit.ly/webinar-6-26-24-fb LinkedIn livestream: https://bit.ly/webinar-6-26-24-li YouTube livestream: https://bit.ly/webinar-6-26-24-yt Speaker(s): Richard Bernstein Agenda: IEEE-USA's free webinars/events are designed to help you find your next job, maintain your career, negotiate an appropriate salary, understand ethical considerations in the workplace and learn about other career-building strategies and public policy developments that affect your profession. For information regarding upcoming webinars or to visit our vast webinar archive, please visit: (https://ieeeusa.org/careers/webinars/) (https://newsletter.smartbrief.com/rest/sign-up/2479DAB0-4089-43E7-925D-86AE0C1E6244?campaign=e0d52cef) Virtual: https://events.vtools.ieee.org/m/409084

Region 1 and Region 2 will be coming together, so the R1 and R2 Young Professionals would like to talk about our plans, connect engaged YPs, and learn about what matters to you! Virtual: https://events.vtools.ieee.org/m/422234

In place of the regularly scheduled ExComm meeting, there will be an open meeting with interested members at Pickle Bill's in Grand River (https://www.picklebills.com/) Appetizers and drinks will be provided as we talk about what we would like to see happen in the Cleveland section. And officers will be available to answer questions you might have regarding IEEE, especially the Cleveland section. This event is being held on the east side to make it easier for those people on the east side to attend. Hopefully not too far east! 101 River Street, Grand River, Ohio, United States, 440545

The demand for faster communication technologies has motived exploration of higher frequency bands. Positioned between the microwave and infrared regions of the electromagnetic spectrum, the THz band offers the potential for ultra-high data rates and significant bandwidth. However, its practical utilization faces substantial challenges, including a limited number of available sources and receivers and severe atmospheric attenuation, collectively known as the "THz Gap." This research aims to address these challenges by exploring THz generation concepts and determining the feasibility of real-time propagation predictions. The study primarily focuses on using superconducting ring arrays to generate Radio Frequency (RF) radiation, leveraging prior and ongoing research. Characterization of THz emission will be conducted through modeling and measurements, primarily using FEKO, a commercially available electromagnetic solver. Measurements will utilize scaling principles of antenna structures, with efforts to detect actual THz radiation through various approaches. In addition to THz generation, the study will model THz propagation using the High Energy Laser End to End Operations Simulation (HELEEOS) tool developed by the Center for Directed Energy at the Air Force Institute of Technology (AFIT). This MATLAB-implemented code, originally developed for laser propagation predictions, will be applied to the THz frequency range for the first time. The proposed dissertation aims to answer two key research questions: (1) Can the generation of THz radiation using superconducting rings provide a viable alternative to existing approaches? (2) Can RF scaling principles enable the construction and prediction of THz propagation to assess true THz band utilization? The qualification of these questions will be achieved through a combination of measurements, modeling, and quantitative analysis, providing a comprehensive understanding of THz generation and propagation. Co-sponsored by: Wright-Patt Multi-Intelligence Development Consortium (WPMDC), The DOD & DOE Communities Speaker(s): Nathan Agenda: The demand for faster communication technologies has motived exploration of higher frequency bands. Positioned between the microwave and infrared regions of the electromagnetic spectrum, the THz band offers the potential for ultra-high data rates and significant bandwidth. However, its practical utilization faces substantial challenges, including a limited number of available sources and receivers and severe atmospheric attenuation, collectively known as the "THz Gap." This research aims to address these challenges by exploring THz generation concepts and determining the feasibility of real-time propagation predictions. The study primarily focuses on using superconducting ring arrays to generate Radio Frequency (RF) radiation, leveraging prior and ongoing research. Characterization of THz emission will be conducted through modeling and measurements, primarily using FEKO, a commercially available electromagnetic solver. Measurements will utilize scaling principles of antenna structures, with efforts to detect actual THz radiation through various approaches. In addition to THz generation, the study will model THz propagation using the High Energy Laser End to End Operations Simulation (HELEEOS) tool developed by the Center for Directed Energy at the Air Force Institute of Technology (AFIT). This MATLAB-implemented code, originally developed for laser propagation predictions, will be applied to the THz frequency range for the first time. The proposed dissertation aims to answer two key research questions: (1) Can the generation of THz radiation using superconducting rings provide a viable alternative to existing approaches? (2) Can RF scaling principles enable the construction and prediction of THz propagation to assess true THz band utilization? The qualification of these questions will be achieved through a combination of measurements, modeling, and quantitative analysis, providing a comprehensive understanding of THz generation and propagation. Virtual: https://events.vtools.ieee.org/m/425412

Hello Washington DC members, Please join us for an in-person technical presentation at the Rockville Memorial Library in Rockville, Maryland, Saturday, June 29, 2024, commencing at 1:30pm. The topic of discussion is "Vehicle to Everything (V2X) communication" presented by Ms. Suzanne Lightman of the National Institute of Standards and Technology (NIST). The event is free. You're welcome to bring colleagues and friends who may share interest in vehicle communications. To Attend Register online at https://events.vtools.ieee.org/m/421962 or email Lydia at [email protected] by June 27, 2024. In the subject heading RSVP 06-29-24 Technical Presentation" In the email include your name, email address, and your phone number. You will receive a response acknowledging your registration to the event. On behalf of the chapter officer's committee, we look forward to seeing you on the 29th. Lydia, Washington DC ComSoc chapter Vice Chair 2024/2025 Co-sponsored by: Northern Virginia/Washington Joint Chapter Speaker(s): Suzanne, Agenda: 1:30 PM - 1:35 PM Welcoming & Speaker Introduction 1:35 PM - 2:30 PM Ms. Lightman's presentation 2:30 PM - 2:45 PM Presentation Questions and Answers 2:45 PM - 3:00 PM Closing remarks 3:00 PM - 3:30 PM Networking Room: Meeting Room Medium on the Second Floor, Rockville Memorial Library, 21 Maryland Ave, Rockville, Maryland, United States, 20850

Baltimore IEEE members, Please join the Washington DC ComSoc chapter for an in-person technical presentation at the Rockville Memorial Library in Rockville, Maryland, Saturday, June 29, 2024, commencing at 1:30pm. The topic of discussion is "Vehicle to Everything (V2X) communication" presented by Ms. Suzanne Lightman of the National Institute of Standards and Technology (NIST). The event is free. You're welcome to bring colleagues and friends who may share interest in vehicle communications. To Attend Register online at https://events.vtools.ieee.org/m/421962 or email Lydia at [email protected] by June 27, 2024. In the subject heading RSVP 06-29-24 Technical Presentation" In the email include your name, email address, and your phone number. You will receive a response acknowledging your registration to the event. On behalf of the chapter officer's committee, we look forward to seeing you on the 29th. Lydia, Washington DC ComSoc chapter Vice Chair 2024/2025 Room: Meeting Room Medium on the Second Floor, Rockville Memorial Library, 21 Maryland Ave, Rockville, Maryland, United States, 20850