View source for CENICS 2021

{{Event
|Acronym=CENICS 2021
|Title=International Conference on Advances in Circuits, Electronics and Micro-electronics
|Ordinal=14
|Series=CENICS
|Type=Conference
|Superevent=NetWare 2021 Congress
|Start date=2021/11/14
|End date=2021/11/18
|Submission deadline=2021/08/14
|Homepage=https://www.iaria.org/conferences2021/CENICS21.html
|City=Athens
|Country=Greece
|Paper deadline=2021/08/14
|Notification=2021/09/23
|Camera ready=2021/10/11
|Submitting link=https://www.iariasubmit.org/conferences/submit/newcontribution.php?event=CENICS+2021
|has general chair=Marta Botella-Campos, Mar Parra
}}
=== CENICS 2021 conference tracks: ===

==== Trends on hot research/industrial areas ====

Low-energy devices;  Energy-efficient systems;  Smart grids; Power line communication systems; Eco-batteries; Batteries and hybrid voltage suppliers; Picowatt-aware voltage devices; Self-sustaining wireless power transfer systems; High-efficiency power amplifiers; Voltage scaling applications; Internet of Things (IoT) devices; Smart building systems; Low-latency arbiters; Feedback topologies; Atmospheric turbulence-agnostic systems; Ultra-wide-band analog-to-digital converters; Audio or image signal reconstruction; Very high frequency front-end components; 5G small-cell structured mobile networks; Heterogeneous optical networks; 5G wireless and mm-Wave systems; Cognitive radars; Signal processing for crowd dynamics; Small-scale prosumers; Deep learning in compressed sensing; Biometric authentifiers; Quantum cellular automata; Cognitive communication

==== Field-Programmable Gate Arrays (FPGAs) ====

Machine learning on FPGAs; Deep learning on FPGAs; Object detection; Neural networks; Reconfigurable kernels; Cloud FPGAs; Acceleration platforms; On-chip FPGA debug Instrumentation; SDN and Core networks on FPGAs; Multi-FPGa systems; High performance; FPGAs for CAM; Real-time FPGAs; Synthesis (Data and DataFlows); CNN Interference systems; Programmable platforms; Security access; Automatic acceleration platforms; Reconfigurable hardware; Clouds FPGAs; FPGA devices; Energy-oriented FPGA implementation; Segmentaiton on FPGAs; Memory and graph processing; DRAM

==== Semiconductors and applications ====

Special semiconductors; Tunable bandgap semiconductors; Piezoelectricity; Polarization; Breakdown voltage; Superconductivity; Ferromagnetism; Biocompatibility; Chemical and thermal stability; Power amplification at very high frequencies; High temperature electronics; LEDs and lasers; Photodetectors; Transistors; Piezoelectric filters

==== Design, models and languages ====

Languages and models for specification and design of hardware; Robust, reliable and/or safe embedded electronics; Circuits/hardware description languages; Standards related to design languages; Processor and memory design; Embedded system design; VHDL-related standards; Electronic circuits modelling; Automatic generation of models; Quantitative analysis of models; Distributed CAD systems; Collaborative design based on Internet and WWW; Electronic systems design based on WWW; System- and high-level synthesis, HW/SW codesign

==== Signal processing circuits ====

Signal processing; High-speed signal processing; Multi-scale signal processing and imaging; Asynchronous circuits and systems; High frequency processing; Power and signal amplifiers; Parallel processing circuits; Equalization processing; Compression, transcoding, and applied signal processing

==== Arithmetic computational circuits ====

Operational arithmetic circuits; Basic arithmetic operations; Modular operations; Decimal-floating point operations; Multiple-precision operations; Squaring and exponentiation; Polynomial evaluations; Periodic functions; Operational approximations; Parallel decimal operations

==== Microelectronics ====

Components and circuits for communications; HMIC and MMIC design; Micro-electronics; Nano-electronics; Lasers and mini-lasers; Miniature devices; Low power electronics; Nano-scale electronics materials

==== Electronics technologies ====

Organic optoelectronic; Implantable electronics; Wearable electronics; Low power electronics; Electronic microarray technology and applications; RF and Microwave

==== Special circuits ====

Programmable circuits; Design of reconfigurable micro-chips; VLSI circuits design; Low-noise circuits; Digital modulators; Micro-sensors; Micro-antennas; Thermal circuits; Reconfigurable circuits; Dynamically reconfigurable processors; Oscillators; VCOs and phased-array transmitters

==== Consumer electronics ====

Home-oriented electronics; Biometric circuits; Home gateway; Home theater circuitry; Game systems; Interactive and directed programming electronics; Advanced DVD and CD; Interactive and directed programming electronics

==== Application-oriented electronics ====

Medical Applications including telemedicine and eHealth electronics; Biochip design for health science applications; Bio-systems and miniature instruments; Biosensors and biosensor networks; Power and energy distribution electronics; Electronics for building automation; Energy saving and conversion circuits; Industrial measurement and control electronics; Electronics for Avionics, Automotive, Railways and Industrial Applications; Navigation electronics
Acronym	CENICS 2021 +
Camera ready due	October 11, 2021 +
End date	November 18, 2021 +
Event in series	CENICS +
Event type	Conference +
Has Submitting link	https://www.iariasubmit.org/conferences/submit/newcontribution.php?event=CENICS+2021 +
Has coordinates	37° 59' 2", 23° 43' 42"Latitude: 37.983941666667 Longitude: 23.728305555556 +
Has general chair	Marta Botella-Campos + and Mar Parra +
Has location city	Athens +
Has location country	Category:Greece +
Homepage	https://www.iaria.org/conferences2021/CENICS21.html +
IsA	Event +
Notification	September 23, 2021 +
Ordinal	14 +
Paper deadline	August 14, 2021 +
Start date	November 14, 2021 +
Subevent of	NetWare 2021 Congress +
Submission deadline	August 14, 2021 +
Title	International Conference on Advances in Circuits, Electronics and Micro-electronics +