Los Grupos de Afinidad de Socios Vitalicios del IEEE (LMAG) de Argentina, Monterrey, Panamá, Perú, Puerto Rico y Uruguay extienden una cordial invitación para asistir al webinario que se realizará el próximo martes 5 de septiembre de 2023, de 18:00 a 19:30 hora de Buenos Aires, Argentina (UTC-3:00), en el que David Bondurant disertará sobre "Geniuses at WAR: Code breaking in Bletchley Park". Resumen Planning the invasion of Normandy, the Allies knew that decoding the communications of the Nazi high command was imperative for its success. But standing in their way was an encryption machine they called Tunny (British English for “tuna”), much more difficult to crack than the infamous Enigma cipher. To surmount this seemingly impossible challenge, Alan Turing, the Enigma codebreaker, brought in a maverick English working-class engineer named Tommy Flowers who devised the ingenious, daring, and controversial plan to build a machine that would calculate at breathtaking speed and break the code in nearly real-time. Together with the pioneering mathematician Max Newman, Flowers and his team produced—against the odds, the clock, and a resistant leadership—Colossus, the world’s first digital electronic computer, the machine that would help bring the war to an end. Drawing upon recently declassified sources, David Bondurant brings us David A. Price’s "Geniuses at War" the full mesmerizing story of the great minds behind Colossus and chronicles the remarkable feats of engineering genius that marked the dawn of the digital age. Disertante: David Bondurant Now a retired Professional Engineer, David Bondurant has been involved with the computer and semiconductor industry for 50 years. He was a computer architect at Control Data, Sperry-Univac, and Honeywell. He was involved with the government-sponsored advanced semiconductor program called VHSIC (Very High-Speed Integrated Circuits) at Univac & Honeywell where he developed microprocessor and ASIC semiconductor products in bipolar CML, CMOS, and radiation hard CMOS. He was involved with emerging non-volatile RAM marketing at industry-leading companies. * La disertación sera en inglés. * Datos de conexión via Zoom https://us06web.zoom.us/j/84415926549?pwd=WWR2TGtBN3ZoVFJ4V1dyM21ZNFNlZz09 ID de reunión: 844 1592 6549 Código de acceso: 212457 * * * * * Agenda: Martes 5 de septiembre de 2023, de 18:00 a 19:30, hora de Buenos Aires, Argentina (UTC-3) Virtual: https://events.vtools.ieee.org/m/371390

Reunión Mensual YP Chile Virtual: https://events.vtools.ieee.org/m/369831

Cómo llevar a cabo una idea tecnológica a la realidad: - Cómo validar una idea tecnológica de negocio (validar el problema, herramientas, mecanismos, objetivo público, segmentación de mercado e indicadores de éxito). - Cómo validar una idea tecnológica en su lado técnico (validar la solución, propuesta de valor, actividades de validación y resultados esperados). - Cómo conseguir fondos para validar la idea y experiencia de Uriel Crampton. Popayan, Cauca, Colombia

Reunión de presidentes de Ramas IEEE Chile correspondiente al mes de septiembre Virtual: https://events.vtools.ieee.org/m/375746

Synchronized power system measurements, particularly synchronized phasor measurements, have received a lot of attention in the recent years for wide area situational awareness and various other functions. Phasors, however, effectively filter out a lot of information that may be useful for other applications, particularly in the presence of power system disturbances and heavy deployment of inverter-based resources (IBR). Waveforms, depending on sampling rate/resolution, provide a more granular and authentic representation of voltage and current in power systems. With the recent advancements in grid sensor technologies, it is now possible to obtain time-synchronized waveform measurements from various points on a power system in order to obtain “synchro-waveforms.” Synchro-waveforms open the door for a more advanced power system monitoring, situational awareness, and system performance assessment. Synchro-waveforms have innovative applications in both apparatus and power system management. Areas of particular interest are asset monitoring, incipient fault detection/location, protection, as well as control. Faster synchro-waveforms also can play a critical role in monitoring inverter-based resources (IBR), their dynamics and their responses to system disturbances. In this presentation, Dr. Rahmatian will provide an overview of advanced voltage and current sensors providing synchro-waveforms and their potential application, with focus on grid resiliency. The presentation will be focused on one or two applications, i.e., accurate fault location and high-frequency harmonics detection near IBRs. Co-sponsored by: Departamento de Potencia, Instituto de Ingeniería Eléctrica, Facultad de Ingeniería, UDELAR, Uruguay. Speaker(s): Ph.D., P.Eng. Farnoosh Rahmatian, Fellow IEEE, Agenda: The presentation will be recorded and made available to attendees in a timely manner. A simultaneous translation into Spanish will be carried out on a complementary audio channel of the zoom platform. La presentación será grabada y oportunamente puesta a disposición de los asistentes. Se realizará una traducción simultánea al español en un canal de audio complementario de la plataforma zoom. Virtual: https://events.vtools.ieee.org/m/371196