The Charles A. Desoer Technical Achievement Award honors the individual whose exceptional technical contributions to a field within the scope of the CAS Society have been consistently evident over a period of years. Contributions are documented by publications (including but not limited to patents) and based on originality and continuity of effort, contributions to CAS Society. All CAS Society members are eligible for nomination.
$2,000 and Plaque
Honoraria funded by accrued interest earned from initial funding endowment provided by NEC and Philips; managed by the IEEE Foundation. If there is insufficient interest in the account to fund the award, the Society will provide the supplemental funding. The plaque is funded by the Society. Award is funded via CAS Award Fund in the IEEE Foundation.
Annually, at the ISCAS.
General quality and originality of contributions and continuity of effort
Must be a member of the IEEE CAS Society.
Previous winners of a technical achievement award of CASS society are not eligible candidates for consideration of another technical achievement award for the same work
for contributions and continued leadership to the research of complex behavior of power electronics and energy systems
for contributions to visual communications and multimedia system
for contributions to the systematic design and the design and test automation of analog and mixed-signal integrated circuits
for pioneering contributions to leading-edge performance and energy-efficient microprocessors & many-core system-on-chip (SoC) designs
for the development of Physical Unclonable Functions and enabling the deployment of secure circuits, processors and systems.
for contributions to the design of microfluidic biochips, testing and design-for-test of system-on-chip and 3D integrated circuits, and infrastructure optimization of wireless sensor networks, and as well as for technical leadership, industry impact, and worldwide researchers inspiration.
for seminal research leadership in the mathematics for circuits and systems with major results in cryptography, multilinear signal processing and signal processing; and for transformative educational initiatives.
for contributions to modeling and design of low power VLSI circuits and systems, and energy efficient computing.
for proposed fundamental structures and design procedures for limit-cycle-free digital filters, proposed low-power and computationally-efficient set-membership affine projection adaptive filters, developed state-of-the-art design methodologies and structures for high-resolution filter banks, and recently developed minimum-redundancy fast multicarrier transceivers
Technical leadership in circuit and interconnect design techniques and methodologies in clock, power, and signal delivery for two- and three-dimensional integrated systems.
for contributions to VLSI Architectures and Design Methodologies for Digital Signal Processing and Communications circuits and Systems