Titlebook: Normally-Off Computing; Takashi Nakada,Hiroshi Nakamura Book 2017 Springer Japan KK 2017 Intelligent Power Management.Memory Hierarchy.Non

故意釣到白楊

指派

exostosis

Takashi Nakada,Hiroshi NakamuraBridges computing methodology and emerging memory devices.Provides a comprehensive understanding of normally-off computing.Including both computing methodology and its real hardware implementations.In

GRATE

,Research and Development of Normally-Off Computing—NEDO Project,lthcare, mobile information device and sensor node for social infrastructure. These systems are selected from different types of application areas. Through implementing a variety of systems, universalness of normally-off computing is confirmed. Also we introduce our “Normally-Off Computing Project”, which supports these practical developments.

元音

Related Research & Development,arch and development in Germany, US and Japan are surveyed and introduced. In each area, different types of activities are observed depending on their policies such as government initiative or private initiative.

ELUDE

Conclusion,In previous chapters, we introduce idea, methodology of “Normally-Off Computing” with a wide variety of examples. In this chapter, we explain expectation and future aspect of normally-off computing.

intuition

有花

軟膏

Normally-Off Computing,, using such heterogeneous devices, dynamic behavior is managed by software and energy consumption is minimized. To realize normally-off computing, hardware/software co-design and co-optimization are required. This is a key for not only system designers, but also hardware engineers and software developers.

CANON

mputing methodology and its real hardware implementations.In.As a step toward ultimate low-power computing, this book introduces normally-off computing, which involves inactive components of computer systems being aggressively powered off with the help of new non-volatile memories (NVMs). Because th