Call for papers

Important
Dates:


DEADLINE for full paper submission: 
February 3, 2025

DEADLINE for tutorial and special sessions proposals: January 10, 2025

NOTIFICATION of acceptance: April 14, 2025

SUBMISSION DEADLINE of final manuscript: May 2, 2025
*All deadlines are 23:59 PST.

information

Authors are invited to submit 4-page papers in PDF format according to the IEEE guidelines available at :

As with previous editions, NEWCAS will reflects a wide spectrum of topics, research and practices in the field of circuits and systems and offer an international forum for exchanging ideas and results. Held in the Medical School building of Sorbonne University, the 23rd edition will highlight circuits and systems for biomedical applications, one of its headlines being «From Biomedical Devices to Intelligent Biomedical Sensors, Systems and Applications.»

Authors are invited to submit 4-page papers in PDF format with an optional 5th page containing only references. All the accepted and presented papers at the conference will be published in IEEE Xplore. NEWCAS being a flagship conference of IEEE CASS, the Technical Committee will also invite the author(s) of selected papers to submit extended versions for evaluation and publication in a special journal issue. Tutorials, special sessions and keynote talks with prominent experts and emergent topics in Circuit and Systems will complete the technical program.

THE TOPICS INCLUDE, BUT ARE NOT LIMITED TO:
  • Analog/mixed-signal circuits
  • Biomedical circuits and systems
  • Digital circuits and systems
  • Communications circuits and systems
  • RF & microwave circuits
  • Photonic integrated circuits
  • CAD and design tools
  • Test and verification
  • Energy harvesting and power management
  • Low-power low-voltage designs
  • Microsystems and embedded systems
  • Circuits and systems for AI algorithms
  • Neural networks and neuromorphic circuits
  • Sensory circuits and systems
  • Imaging and image sensors
  • Emerging technologies and technology trends
  • Quantum computing

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