
Doreen Bogdan-Martin
“For distinguished leadership and contributions to the public.”
“For distinguished leadership and contributions to the public.”
“For contributions to remote sensing technology and leadership in its application for the benefit of humanity.”
“For co-creating the Internet architecture and providing sustained leadership in its phenomenal growth in becoming society’s critical infrastructure.”
“For contributions in telecommunications research and innovation, leading to global commercialization, while inspiring tomorrow’s young technology leaders through STEM volunteering work.”
“For contributions to the demonstration of chirped pulse amplification, a method to increase output power in ultrashort pulse solid-state lasers.”
“For inspired vision and steadfast leadership in improving global IEEE influence, member engagement, and governance.”
“For sustained contributions to and impactful leadership in the IEEE Technical Activities publication enterprise.”
“For the innovation of QR (Quick Response) code and their widespread use across the globe.”
“For fundamental contributions to algorithm design and their application to content delivery networks.”
“For pioneering contributions to model-based systems engineering, education, and industrial impact using interdisciplinary approaches.”
“For contributions to power electronics converters for power quality and industrial applications.”
“For leadership and innovative concepts in the design, deployment, and utilization of airborne and space-based radar systems.”
“For leadership in creating a worldwide research ecosystem in nano-electronics
technology with applications ranging from high-performance computing to health.”
“For contributions to epitaxial growth and nanofabrication of materials and heterojunction devices.”
“For the development of LabVIEW and establishing worldwide programs to enhance
hands-on learning in laboratories and classrooms.”
“For contributions to heterojunction device technology and CMOS System-on-Chip realizations with unprecedented reconfigurability and bandwidth.”
“For contributions to theory and practice of statistical, graph, and distributed signal processing.”
“For contributions to optical solutions for cancer detection and leadership in establishing the field of global health engineering.”
“For contributions to the theory and practice of error correcting codes and optical communications.”
“For leadership in research and commercialization of autonomous robotics, including mobile, humanoid, service, and manufacturing robots.”
“For contributions to the concept and realization of superjunction power devices that significantly improve power efficiency.”
“For contributions to the concept and realization of superjunction power devices that significantly improve power efficiency.”
“For contributions to the concept and realization of superjunction power devices that significantly improve power efficiency.”
“For pioneering contributions to the development of silicon carbide material and its applications to electronic power devices.”
“For the research, development, and realization of multi-channel microelectronic cochlear implants.”
“For the research, development, and realization of multi-channel microelectronic cochlear implants.”
“For foundational probabilistic algorithms and randomized search methods that have broad impact in robotic motion planning and computational biology.”
“For scientific and technological leadership in “More than Moore” (MTM) packaging, co-designing, and reliability.”
“For contributions to the design of cloud and computer network services.”
“For consistently high-level performance serving IEEE Region 10 through addressing a wide variety of challenges.”
“For contributions to multidisciplinary robotics education and leadership in creating a national platform to diversify STEM.”
“For contributions to graduate education, empowering students and mentorship that advanced the world of wireless and engineering communication.”
“For contributions to advanced high-power density electrical machinery and high-temperature, super-conducting technology applications.
“For contributions to the development and promoting the application of millimeter-wave technology in transportation systems.”
“For contributions to the discovery of ferroelectricity in hafnium-based oxides.”
“For contributions to Internet routing and bridging protocols.”
“For championing global development of market-led voluntary technology standards through decades of contributions to governance and strategy of international organizations.
“For pushing the boundaries of natural language processing for social media analysis, news summarization, crisis informatics, and creating a digital library for patient care.
“For leadership of and contributions to the advancement of the design, building, deployment, and operation of capable, robust space systems.
“For contributions to the theory and application of neural networks and learning systems in monitoring and control.”
“For pioneering contributions to the design, realization, and theoretical foundations of innovative distributed, networked autonomous systems.”
“For more globally accessible technology for women’s health related to cancer screening, diagnosis, and treatment.”
“For leadership in research and development of semiconductor materials, processes, and equipment.”
“For pioneering contributions to energy-efficient and high-performance secure integrated circuits and systems.”
“For contributions to digital control, modeling, and topologies of switched-mode power supplies.”
“For the discovery of chaotic phenomena in electronic circuits and for contributions to the development of nonlinear dynamics.”
“For outstanding contributions to advancing signal processing techniques and their practical applications, and for technical leadership.”
“For low-uncertainty measurement of Planck’s constant of fundamental importance to the redefinition of the International System of Units (SI).”
“For low-uncertainty measurement of Planck’s constant of fundamental importance to the redefinition of the International System of Units (SI).”
“For low-uncertainty measurement of Planck’s constant of fundamental importance to the redefinition of the International System of Units (SI).”