Description
Hardware/Software Architectures for Low-Power Embedded Multimedia Systems addresses one of the most critical engineering challenges of modern times: optimizing power consumption in embedded multimedia and image processing systems. With battery technology advancing much more slowly than processor power, designers must adopt specific strategies at both the hardware and software levels. This book presents innovative solutions for reducing power consumption in dynamically reconfigurable processors.
The main focus of the book is on simultaneous adaptation of hardware and software at run-time. The system should be able to change its processing frequency and operating voltage (DVFS technique) depending on the remaining battery charge or the quality of the incoming video. By examining complex video processing algorithms and implementing them on FPGA chips, the authors show how power consumption can be significantly reduced without a significant loss in system performance.
Book Features
- Presenting new approaches to power management at different levels of abstraction (processor architecture and software layer).
- Investigating the implementation of image and video processing algorithms on low-power hardware accelerators.
- Teaching techniques for managing sleep modes and reducing leakage current on input and output pins.
- Analysis of dynamic and simultaneous voltage and frequency adjustment methods based on the system’s real-time processing needs.
Book specifications
- Publisher: Springer
- Instructor/Author: Muhammad Shafique
- Number of pages: 246
- Number of chapters: 8
- Format: PDF
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File(s) password: www.downloadly.ir
File size
11.3 MB