IEEE International Symposium on Circuits and Systems (ISCAS) (IEEE Cat. No. 05CH37618)

The following topics are dealt with: circuit tuning; communication architecture; UWB communications; adders and multipliers; interconnect and clock distribution; integrated power electronics circuits; biomedical applications; global/local optimization techniques; data converters; amplifiers; network synthesis; audio and speech enhancement; complex dynamical networks; video coding; channel coding; communication receivers; analog circuits; ASIC design; digital circuits; digital filters; image sensors; repeater insertion for nanometer technologies; low power architecture; low power sensor networks; digital arithmetic; high level synthesis techniques; Class-E power amplifiers; graph theory; continuous-time filters; discrete transforms and wavelets; chaos in communications; transcoding; equalizer design; multimedia coding and segmentation; interface circuits; digital signal processing; ESD protection for nanoelectronics; configurable architecture; video adaptation and abstraction; DC-DC power converters; VLSI design; A/D converters; discrete time filters; signal detection and estimation; chaos and bifurcation in circuits; optical circuits; multimedia database and retrieval systems; operational amplifiers; wideband amplifiers; low power design; sensory systems, chemical and olfactory sensors; network-on-chip; clocking and I/O circuits; placement and routing; charge pumps; sensory and spiking networks; analog signal processing; low voltage/low power filters; FIR digital filters; multidimensional signal processing; image compression; RF communication circuits; FPGA and memory circuits; mixed-signal circuits; oscillators; adaptive signal processing; flip-flops; timing optimization; neural computation; sigma-delta converters; IIR digital filters; motion estimation and postprocessing; mobile ad hoc networks; blind signal processing; neural and fuzzy controllers; sample and hold circuits; switched capacitor circuits; audio and speech processing; nonlinear systems control