Titlebook: Energy Efficient Embedded Video Processing Systems; A Hardware-Software Muhammad Usman Karim Khan,Muhammad Shafique,J?rg H Book 2018 Sprin

執(zhí)

慷慨援助

Power-Efficient Video System Design,pects, and the complexity and power control knobs of the system. By examining these knobs, motivational analysis is carried out which forms the foundation of the algorithmic- and architectural-design decisions presented in this book.

Forehead-Lift

oblique

https://doi.org/10.1007/978-3-322-83442-3 provided the capability to realize high-complexity systems like video systems, which have universally penetrated into communication, security, education, entertainment, navigation, and robotics domains. The advancement in the fabrication technology has also driven the user expectations of the next-

背景

Adenoma

制造

Ergebnisse der empirischen Feldarbeit,in this layer are to allocate compute nodes, realize power efficiency and budget power to the video system. In order to parallelize the execution of a video application, resources are allocated to the application at runtime, by considering the user demands, and?application and hardware attributes of

Rustproof

Fragestellungen und Forschungsprobleme hardware. However, custom hardware architectures for video processing systems are in wide use because they produce higher throughput and have?higher complexity and power reduction potential compared to the software-only solutions. This chapter outlines some of the hardware architectural enhancement

過分

Soziale Robotik und Roboterpsychologieluded the sensitivity analysis of the individual parts within the algorithmic and architectural details, whenever deemed useful. Here, the main results and comparison with other state-of-the-art techniques are presented, to provide an overview to the reader about gains and drawbacks of these techniq

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