| ACS - Analog and Mixed Mode Circuits and Systems |
| ACS100 - Circuit theory |
| ACS110 - Current mode circuits |
| ACS120 - Low power/low voltage analog circuits |
| ACS130 - Amplifiers |
| ACS140 - Analog filters |
| ACS150 - Oscillators |
| ACS160 - Timing circuits and clock generators |
| ACS170 - HF and RF analog circuits |
| ACS180 - Low noise circuits |
| ACS190 - Discrete time analog circuits |
| ACS190A0 - Switched capacitor circuits |
| ACS190A5 - Switched current circuits |
| ACS200 - Continuous-time-digital systems |
| ACS210 - Signal conditioning and interfacing |
| ACS210A0 - Conditioning and interfacing for sensors |
| ACS210A5 - Conditioning and interfacing for actuators |
| ACS220 - Voltage and current references |
| ACS230 - Voltage and current regulators |
| ACS240 - Reconfigurable and field programmable analog circuits |
| ACS250 - Design techniques for analog and mixed mode circuits with non conventional devices |
| ACS250A0 - Organic/molecular/self-assembled devices in analog circuits |
| ACS250A5 - Nano devices in analog circuits |
| ACS250B0 - Interface circuits for MEMS |
| ACS250B5 - Interface circuits for NEMS |
| ACS250C0 - Optical devices and analog circuits |
| ACS250C5 - 3D integration in analog circuits |
| ACS260 - Design techniques targeting specific technologies, technology related issues or specific device operation modes |
| ACS260A0 - Analog circuits in specific processes (including. digital CMOS, bipolar, BiCMOS, GaAs, SiGe, SOI, etc.) |
| ACS260A5 - Analog circuits exploiting back-gated or floating gate MOS transistors |
| ACS260B0 - Analog circuits exploiting sub-threshold operation of MOS transistors |
| ACS260B5 - Circuit design and analysis in presence of substrate noise |
| ACS270 - Testing of analog and mixed mode circuits |
| ACS280 - Phase locked loops |
| ACS290 - Delay locked loops |
| ACS300 - Frequency synthesizers |
| ACS310 - Clock/data recovery circuits |
| ACS320 - Digital to analog converters |
| ACS330 - Analog to digital converters |
| ACS330A0 - Pipeline |
| ACS330A5 - Folding |
| ACS330B0 - Sigma-Delta and oversampling |
| ACS340 - V/F and F/V converters |
| ACS350 - PWM, PDM, PPM modulators |
| ACS360 - Mixers |
| ACS370 - Multipliers and other function blocks |
| ACS380 - Charge pumps |
| ACS390 - S/H, T/H, analog registers and memories |
| ACS400 - Circuits and systems for biomedical applications, life science and biology |
| ACS400A0 - Circuits for Electronics/biology fusion |
| ACS400A5 - Medical circuits and systems |
| ACS400B0 - Circuits for wearable/implantable (bio)electronics |
| ACS400B5 - Neuromorphic circuits and systems |
| ACS410 - Circuits for energy harvesting |
| ACS420 - Fractional circuits and systems |
| CAD - Computer Aided Design and Electronic Design Automation |
| CAD100 - Computer aided design and synthesis |
| CAD100A0 - Computer aided system level design |
| CAD100A5 - Computer aided high level synthesis |
| CAD100B0 - Computer aided logic synthesis and optimization |
| CAD110 - Computer aided verification |
| CAD110A0 - Computer aided physical verification |
| CAD120 - Computer aided testing and validation |
| CAD130 - Computer aided placement and routing |
| CAD140 - Computer aided design of clock and power/ground distribution networks |
| CAD150 - Computer aided interconnect analysis and optimization |
| CAD150A0 - Interconnect modeling in digital systems |
| CAD150A5 - Interconnect optimization in digital systems |
| CAD150B0 - Signal integrity in digital systems |
| CAD160 - Circuit simulation |
| CAD160A0 - Analog circuit simulation |
| CAD160A5 - Digital circuit simulation |
| CAD160B0 - Mixed mode circuit simulation |
| CAD160B5 - Behavioural and multi-domain simulation |
| CAD170 - Computer aided timing analysis |
| CAD180 - Computer aided power analysis |
| CAD190 - Computer aided reliability analysis |
| CAD200 - Design for manufacturing |
| CAD210 - Chip-package co-design |
| CAD220 - Assisted analog modeling, synthesis and optimization |
| CAD230 - Device modeling |
| CAD240 - FPGA design tools and applications |
| CAD250 - New, emerging or specialized design techniques |
| CAD260 - Network on chip |
| COMM - Circuits and Systems for Communications |
| COMM100 - Circuits and systems for coding in communication systems |
| COMM100A0 - Source coding |
| COMM100A5 - Channel coding |
| COMM110 - Modulation |
| COMM110A0 - Analog modulation schemes |
| COMM110A5 - Digital modulation schemes |
| COMM120 - Optimal receiver design |
| COMM130 - Carrier and symbol synchronization |
| COMM140 - Circuits and systems for specific channels |
| COMM140A0 - Band limited channels |
| COMM140A5 - Fading multipath channels |
| COMM140B0 - Intersymbol interference channels |
| COMM140B5 - Signal design for specific channels |
| COMM150 - Multichannel and multicarrier systems |
| COMM150A0 - Multichannel digital communications |
| COMM150A5 - Multicarrier communication |
| COMM160 - Multi-user communications |
| COMM160A0 - Multiple access techniques |
| COMM160A5 - CDMA (Code-Division Multiple Access) |
| COMM160B0 - Random access methods |
| COMM180 - Diversity techniques, circuits and systems for communications |
| COMM190 - MIMO and multiple antenna systems |
| COMM200 - Wireless communication systems |
| COMM200A0 - Antenna design |
| COMM200A5 - MAC (Medium Access Control) |
| COMM210 - Optical communication systems |
| COMM220 - Infrared-based Communication Systems |
| COMM230 - Networks |
| COMM230A0 - Routing |
| COMM230A5 - Protocols |
| COMM240 - Spread-spectrum communications |
| COMM240A0 - Direct sequence spread spectrum systems |
| COMM240A5 - Frequency-hopping spread spectrum systems |
| COMM250 - Ultra-Wideband (UWB) communications |
| COMM250A0 - Channel modeling and estimation |
| COMM250A5 - Impulse Radio |
| COMM250B0 - Waveform design |
| COMM250B5 - Interference and coexistence |
| COMM260 - Circuits and systems for software-defined radio |
| COMM270 - Circuits and Systems for cognitive radio |
| CTRL - Control Theory topics in Circuits and Systems |
| CTRL100 - Control theory |
| CTRL100A0 - Adaptive control |
| CTRL100A5 - Robust control |
| CTRL100B0 - Fuzzy and neural control |
| CTRL100B5 - Intelligent control |
| CTRL110 - Networked control systems |
| CTRL120 - Hybrid dynamical systems |
| CTRL130 - Embedded control systems |
| CTRL140 - Emerging control technologies |
| CTRL150 - Applications of control |
| CTRL150A0 - Control of nonlinear systems |
| CTRL150A5 - Control of electrical networks |
| CTRL150B0 - Control of networked systems |
| CTRL150B5 - Control of biological and biomedical systems |
| CTRL160 - Control of complex systems |
| CTRL170 - System identification |
| Digital Circuits and Systems (and VLSI) |
| DCS100 - Arithmetic circuits and systems |
| DCS100A0 - Adders |
| DCS100A5 - Arithmetic architectures |
| DCS100B0 - Arithmetic circuits and systems |
| DCS100B5 - Logarithm and residue arithmetic circuits and systems |
| DCS100C0 - Multipliers |
| DCS110 - Digital ASICs |
| DCS120 - Digital circuits and systems for cryptography |
| DCS120A0 - Cryptography circuits |
| DCS120A5 - Cryptography architectures |
| DCS120B0 - Cryptography hardware and implementation |
| DCS130 - Digital circuits techniques and building blocks |
| DCS130A0 - Deep submicron digital circuits |
| DCS130A5 - Digital circuit modeling |
| DCS130B0 - Digital circuit design |
| DCS130B5 - Flip-flops |
| DCS130C0 - High-speed digital circuits |
| DCS130C5 - Low voltage and ultra low voltage digital circuits |
| DCS140 - Embedded digital systems |
| DCS150 - Digital I/O circuits |
| DCS160 - Low power digital systems |
| DCS160A0 - Low power design |
| DCS160A5 - Low power architectures |
| DCS170 - Memory circuits and design |
| DCS180 - Processors |
| DCS190 - Reconfigurable and field programmable digital circuits |
| DCS190A0 - FPGAs |
| DCS200 - Reliability in digital systems |
| DCS210 - Systems on chip |
| DCS220 - Testing of digital circuits |
| DCS220A0 - Fault detection in digital circuits |
| DCS220A5 - Fault tolerance in digital circuits |
| DCS220B0 - Design for testability of digital circuits |
| DCS230 - Digital VLSI |
| DCS230A0 - Digital hardware implementations for multimedia |
| DCS230A5 - Scheduling and allocation in digital systems |
| DCS230B0 - VLSI digital circuits, designs and implementations |
| DCS230B5 - VLSI digital systems |
| DCS240 - Digital design and architectures targeting specific technologies |
| NOLIN - Nonlinear Circuits and Systems |
| NOLIN100 - Analysis/modeling/simulation of nonlinear networks |
| NOLIN100A0 - Stability analysis |
| NOLIN110 - Oscillator analysis |
| NOLIN120 - Externally linear internally nonlinear networks |
| NOLIN130 - Translinear circuits |
| NOLIN140 - Implementation of nonlinear primitives |
| NOLIN150 - Circuits and systems for nonlinear control |
| NOLIN160 - Random number generators |
| NOLIN170 - Chaotic circuits and systems |
| NOLIN170A0 - Discrete time chaotic systems |
| NOLIN170A5 - Continuous time chaotic systems |
| NOLIN170B0 - Statistical approach to the analysis of chaotic circuits and systems |
| NOLIN170B5 - Bifurcation analysis |
| NOLIN170C0 - Engineering applications of chaotic circuits |
| NOLIN170C5 - Syncronization of chaotic systems |
| NOLIN180 - Neural networks |
| NOLIN180A0 - Biomorphic neural networks |
| NOLIN190 - CNNs |
| NOLIN190A0 - Biomorphic CNNs |
| NOLIN200 - Circuits and systems for fuzzy computing |
| POW - Power Systems and Electronic Circuits |
| POW100 - Power electronic circuits |
| POW100A0 - Rectifiers (incl. line frequency diode rectifiers) |
| POW100A5 - Power converters |
| POW100B0 - Resonant Circuits |
| POW110 - DC switching mode power supplies |
| POW120 - AC-DC, DC-AC converters and modeling |
| POW120A0 - Control circuits |
| POW120A5 - Averaged models |
| POW130 - Integrated power converters and charge pumps |
| POW130A0 - PC-board design technology and circuits |
| POW130A5 - VLSI technology and circuits |
| POW130B0 - Heat dissipation |
| POW130B5 - System configuration and actuation |
| POW140 - Application circuits |
| POW150 - Practical design considerations |
| POW150A0 - Snubber circuits |
| POW150A5 - Gate and base drive circuits |
| POW150B0 - Magnetic components |
| POW160 - Power analysis tools and techniques |
| POW160A0 - Power flow analysis |
| POW160A5 - Unbalanced system analysis |
| POW160B0 - System protection analysis |
| POW160B5 - State estimation analysis |
| POW160C0 - Contingency analysis |
| POW170 - Power systems modeling, dynamics and control |
| POW170A0 - Single and multi-machine dynamics |
| POW170A5 - Small signal dynamics |
| POW170B0 - Voltage and power control |
| POW170B5 - Energy function methods |
| POW170C0 - Modeling of transmission lines |
| POW170C5 - Modeling of transformers |
| POW170D0 - Modeling of generators and loads |
| POW170D5 - Steady-state behaviours |
| POW170E0 - Transient behaviours |
| POW180 - Distributed generation systems (incl. diesel/wind/microturbine/photovotaic generation systems) |
| POW190 - Power system security |
| POW200 - Interchange of power and energy |
| SIPRO - Signal Processing |
| SIPRO100 - Adaptive signal processing |
| SIPRO100A0 - Adaptive filter design |
| SIPRO100A5 - Applications of adaptive filters |
| SIPRO100B0 - Frequency domain adaptive filtering |
| SIPRO110 - Digital signal processing |
| SIPRO110A0 - Digital filter desing |
| SIPRO110A5 - Structures for digital signal processing |
| SIPRO110B0 - Multirate signal processing |
| SIPRO110B5 - Filter bank theory and design |
| SIPRO110C0 - Wavelets and applications |
| SIPRO110C5 - Sampling, extrapolation and interpolation |
| SIPRO110D0 - Robust filtering |
| SIPRO110D5 - Algorithms and architectures for digital signal processing |
| SIPRO110E0 - DSP design and implementation |
| SIPRO120 - Multidimensional signal processing |
| SIPRO120A0 - Multidimensional filter design |
| SIPRO120A5 - Applications of multidimensional signal processing |
| SIPRO120B0 - Algorithms for multidimensional signal processing |
| SIPRO130 - Array signal processing |
| SIPRO130A0 - Beamforming |
| SIPRO140 - Equalization techniques, circuits and systems |
| SIPRO140A0 - Adaptive linear equalizer |
| SIPRO140A5 - Adaptive decision-feedback equalizer |
| SIPRO140B0 - Kalman algorithms for equalization |
| SIPRO140B5 - Blind equalization |
| SIPRO140C0 - Iterative equalization |
| SIPRO150 - Estimation and detection techniques, circuits and systems |
| SIPRO150A0 - ML techniques |
| SIPRO160 - Digital hardware for signal processing |
Transactions on Circuits and Systems I