The following topics are dealt with: embedded soft processors; logic synthesis; networking applications; chip communication architectures; CAD for course-grained logic; SAT solvers and neural nets; digital arithmetic;...
详细信息
The following topics are dealt with: embedded soft processors; logic synthesis; networking applications; chip communication architectures; CAD for course-grained logic; SAT solvers and neural nets; digital arithmetic; video processing applications; reconfigurable architectures; routing characterization; FPGA; defect tolerance; cryptography; bio-inspired computing; communication synthesis and high level design; MPEG applications; circuit placement; security attacks and detection; emulation and simulation and parallel architectures.
The proceedings contain 135 papers. The topics discussed include: the age of adaptive computing is here;multithreading for logic-centric systems;fast prototyping with co-operation of simulation and emulation;how fast ...
ISBN:
(纸本)3540441085
The proceedings contain 135 papers. The topics discussed include: the age of adaptive computing is here;multithreading for logic-centric systems;fast prototyping with co-operation of simulation and emulation;how fast is rapid FPGA-based prototyping: lessons and challenges from the digital TV design prototyping project;implementing asynchronous circuits on LUT based FPGAs;flexible routing architecture generation for domain-specific reconfigurable subsystems;embedded reconfigurable logic core for DSP applications;FPGA QAM demodulator design;modular, fabric-specific synthesis for programmable architectures;improved functional simulation of dynamically reconfigurable logic;dynamic reconfiguration in mobile systems;automatic partitioning for improved placement and routing in complex programmablelogic devices;and high-level partitioning of digital systems based on dynamically reconfigurable devices.
When a computation is reversible, power is only lost when the computation begins or when the output is saved permanently. To avoid data loss in irreversible logic circuits, reversible logic circuits are being studied....
详细信息
When a computation is reversible, power is only lost when the computation begins or when the output is saved permanently. To avoid data loss in irreversible logic circuits, reversible logic circuits are being studied. Reversible logic circuits have minimal energy or information loss, which makes them ideal for QCA nanotechnologies. As a result, during the past several years, there has been a significant increase in interest in the construction of reversible logic circuits based on QCA. A reconfigurable field-programmable gate array (FPGA) based sensor system for energy industry applications is a versatile and adaptable solution that can be employed in various aspects of the energy sector, such as power generation, distribution, monitoring, and optimization. FPGAs are programmablelogic devices and it is implemented using reversible logic gates that can be configured to perform specific tasks, making them well-suited for applications that require real-time processing, low latency, and customization. The proposed method shows that low power consumption compared with existing methods.
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