En marcha

Emerging Technologies To Support Health Care And Independing Living 2022

Pontificia Universidad Javeriana, Bogotá, Cundinamarca, Colombia

Digital Transformation in Heatlh Care, Challenges and Opportunities for a Healthy Elderly, se realizará del 5 al 9 de julio 2022 en la ciudad de Bogotá – Colombia, en la Pontificia Universidad Javeriana, modalidad presencial. Se realizará en el edificio de laboratorios más moderno de América Latina, dotado de tecnologías avanzadas para la transformación digital en la salud de la región. Este curso internacional está organizado por el Departamento de Electrónica de la Pontificia Universidad Javeriana en colaboración con reconocidas universidades latinoamericanas, empresas lideres del sector global de la salud y con el apoyo de las sociedades científicas internacionales de Ingeniería Biomédica, Bioingeniería y Física Médica como son: CORAL, IFMBE con soporte técnico de IEEE/EMBS*. Nos acompañarán presencialmente profesores distinguidos de Europa, América y América latina, y contaremos con la participación online de profesores Asia y Australia, lideres de las sociedades científicas más destacadas en innovación y desarrollo de tecnologías emergentes en el campo de servicios de salud digital, orientados a la atención integral del adulto mayor en su ecosistema de atención digital. Te invitamos a inscribirte desde ya y vincularte a esta valiosa experiencia internacional para tener la oportunidad de interactuar de manera presencial con estudiantes, profesionales de América Latina y profesores de diversos continentes en espacios interactivos para el desarrollo de soluciones innovadoras para contribuir con la transformación digital desde tu campo de interés, con la aplicación de metodologías ágiles, desing thinking, biodesign, además del desarrollo de talleres presenciales de diseño de dispositivos médicos y aplicaciones, modelo de negocio, proyección de servicios soportados por data science, cyber security, internet of things, artificial intelligence, startUp, y nuestro hackaton. Co-sponsored by: Consejo Regional de Ingeniería Biomédica para América Latina Pontificia Universidad Javeriana, Bogotá, Cundinamarca, Colombia

CASS Talks with Helmut Graeb, Technical University of Munich, Germany

Virtual: https://events.vtools.ieee.org/m/316984

Abstract: Analog design automation appears to be a nightmare, both for EDA developers and analog designers. Analog sizing and design centering has found its way to commercial tools, but are they used? Research on structural synthesis of analog circuits pretty much gave up and is in hibernation mode. But active research on analog layout synthesis is underway, at least. Will it find its way to industrial application? In this talk, we will pick and take a short look at three commercial approaches to analog sizing, at two approaches to analog structural synthesis, and at statistical, deterministic and procedural approaches to analog layout synthesis. Maybe, we can get to some conclusion on what to do to get EDA tools into practical application. Short Bio: Helmut Graeb received the Master and PhD degrees in Electrical Engineering from the Technical University of Munich (TUM), in 1986, 1993, respectively. Since 1987, he has been with the Chair of Electronic Design Automation, TUM, where he has been the Head of a research group since 1993. His research interest is in the area of design automation for analog circuits, where contributed some good papers. He is an IEEE Fellow and co-founder of MunEDA GmbH. He was a recipient of the 2021 Best Doctoral Advisor Award and of the 2020 Best Teaching Award of the Department of ECE at TUM, of the 2008 Prize of the German Information Technology Society (ITG), of the 2004 Best Teaching Award of the TUM EE Faculty Students Association, and of the Third Prize of the 1996 Munich Business Plan Contest. He served as VP Publications of IEEE CEDA, as member of the Executive Committee of ICCAD, as member or Chair of the Analog Program Subcommittees of the ICCAD, DAC, and DATE conferences, as associate editor of IEEE TCAS and TCAD. Virtual: https://events.vtools.ieee.org/m/316984