More than 400 deaths and over 78,000 crashes were caused by tire blowout annually, which cause huge life and property losses. Automated driving technologies, including but not limited to various advanced driver assistance systems (ADAS), have undergone significant development recently. Can one of these technologies also help to address tire blowout control better than human drivers? This talk will first introduce an enhanced tire blowout model that can describe tire and vehicle responses more accurately after tire blowout. Then, shared control and automatic control based on different automated driving levels will be discussed. The developed models and control algorithms will be validated and discussed through both simulation and experimental tests. The talk will end with some future work and potential extended research directions. Speaker(s): Yan Chen, Virtual: https://events.vtools.ieee.org/m/480066

Abstract: The rapid evolution of Artificial Intelligence (AI) in cybersecurity is reshaping how digital threats are detected, mitigated, and prevented. AI-driven security solutions enhance threat intelligence, automate responses, and strengthen cyber defense mechanisms. However, as AI becomes more embedded in cybersecurity frameworks, it raises critical concerns about human rights, privacy, and ethical governance. The use of AI in surveillance, data monitoring, and decision-making has sparked debates about its potential to infringe on fundamental freedoms, leading to questions about accountability, fairness, and transparency. This webinar will explore the intersection of cybersecurity, AI, and human rights, addressing how AI-driven security measures impact digital privacy, freedom of expression, and the ethical responsibilities of organizations and governments. Experts from cybersecurity, law, and ethics will discuss key challenges such as algorithmic bias, the risks of AI-powered surveillance, and the implications of cybersecurity policies on human rights. Additionally, the session will examine regulatory frameworks and best practices to ensure AI technologies are deployed responsibly while upholding democratic values and societal trust. Speaker Bio: Mr. Sheshananda Reddy Kandula is a seasoned Application Security professional with 15 years of experience, currently working at Adobe, where he specializes in securing web, mobile, and API ecosystems. His expertise lies in identifying and mitigating vulnerabilities in alignment with OWASP Top 10 security standards. He holds industry-recognized certifications, including OSWE, OSCP, and CISSP, and has extensive hands-on experience addressing real-world security challenges. Prior to his role at Adobe, he contributed to global security initiatives at Mastercard, leading efforts in vulnerability management and secure software development. Passionate about advancing cybersecurity, Mr. Kandula actively contributes to the security community by sharing insights on secure coding, threat modeling, and application security best practices. His commitment extends to mentorship, technical leadership, and research, fostering a security-first mindset across organizations and professionals. Through his work, he strives to empower security practitioners, promote awareness, and strengthen digital resilience in an evolving threat landscape. Virtual: https://events.vtools.ieee.org/m/470549

The "CH04096 - Milwaukee Section Chapter, EMC27" presents a technical virtual presentation on Antenna & Cable Measurements with Vector Network Analyzers. This presentation is free and providing the highest level of educational value. Guest Speaker: Brian Walker, Senior RF Engineer SME from Copper Mountain Technologies invites you to participate in this year’s outstanding technical presentation. Speaker(s): Brian Walker, Agenda: Antenna & Cable Measurements with Vector Network Analyzers (VNA) A review of measurement techniques and advance EMC test equipment Cable Measurement: What can we measure with a VNA? What do the measurements tell us about the cabling system? What is the impact of a bad measurement? How do we interpret measurements from one end of the coax? Side Bar - What is Characteristic Impedance? What is Time Domain Measurement and how is it useful? How do you make this measurement on the VNA? Demonstration of Cable measurement, IL, RL, Time Domain Antenna Measurement: How do we set up an Antenna measurement? Do we use RL or VSWR? How are they related? What does the measurement tell us? Does the effect of the cable impact the Antenna measurement? What is a good strategy for Preventative Maintenance? How do I measure a “Hot” antenna? Virtual: https://events.vtools.ieee.org/m/475296

Planning for all IEEE-Madison activities. Please come and provide your suggestions; maybe even help out! Agenda: 1. Call to Order 2. Treasurer’s Report (5:00) 3. Old Business (a) Action Item review (10:00) (b) Speaker gifts (10:00) (c) Hybrid Meeting Requirements (15:00) • Hardware • Software (d) Possible formation of Computer Society chapter (15:00) (e) Continuing education talks (5:00) (f) Potential talk on Neuromorphic Computing (5:00) 4. New Business (a) Other potential talks (10:00) 5. Adjourn Room: Community Room, Bldg: Lakeview Library, 2845 N. Sherman Ave., Madison, Wisconsin, United States, Virtual: https://events.vtools.ieee.org/m/478990

Distinguished Microwave Lecture Speaker(s): Prof. Mark Rodwell, Virtual: https://events.vtools.ieee.org/m/474809