The electronic systems that can operate with very low power are of great technological
interest. The growing research activity in the field of low power electronics
requires a forum for rapid dissemination of important results: Journal of Low
Power Electronics (JOLPE) is that international forum which offers scientists
and engineers timely, peer-reviewed research in this field.
RESEARCH TOPICS COVERED (but not limited to)
Broadly speaking all aspects of low-power electronics will be covered. The
keywords include Low-power high performance electronic systems, optoelectronic
and electromagnetic devices, low-power VLSI systems, wireless communications
and signal processing, computer systems, portable communication and multimedia
devices, architectures for low power devices and components, simulation of power
electronic systems and estimation, theories for low-power electronics, analog/mixed-signal
electronics, digital electronics, low-voltage analogs, RF devices and circuits,
low-voltage high-speed CMOS and BiCMOS, power dissipation and energy recovery
in CMOS circuits, low-power digital circuits and digital building blocks, microwave
and millimeter-wave integrated circuits, power reduction in processor pipelines,
BUS encoding for low-power, low power analog devices and techniques, low-power
analog-to-digital converters, low-power APS image sensing devices, design and
analysis of low energy TFTs and FFs, silicon-on-insulator (SOI) for low-power
DRAM circuits, dielectrics and metallization technology, impact of device design
on system performance, leakage reduction, algorithmic transformations and caching,
nano/microscale device fabrication, low-power motion analysis in videos, low-power
audios, communications and telematics systems, wireless infrared detectors and
sensors, low-power mapping for logics, power reduction through energy reuse,
contact formation, rapid thermal processing, X-ray and ion-beam characterization,
CAD tools for high level synthesis, parallel algorithms, low-power thin film
transistors, low-power displays and light-emitting devices, microcavities, batteries,
photovoltaic cells, full cells, synchronous rectifiers, microprocessors, transmitters,
power conditioners, receivers, gate turn-off thyristors, shielding systems,
decoders, parallel processors, transducers, imaging devices, resonators, modulators,
detectors, cameras, sensors, printers, xerography, DRAMs, optical memory and
data storage, magneto-optical recording devices, liquid crystal displays, harmonic
resonators, electric vehicles, motor drives, mass rapid transit systems, power
devices, disk drives, low-voltage power supplies, low-power X-ray and biomedical
systems, converters, tools and techniques for power estimation and management,
military and aerospace applications, space-based satellites, portable communication
and multimedia devices, laptops, cell phones, pagers, palmtops, video recorders,
pacemakers, portable instruments, neuroprosthetic devices, low power cryocoolers,
low-power design and test, low-power medical devices, biomedical imaging, flat-panel
displays, low-power signal processing and other low-power related applications,
etc.