Screen Orientation Aware DRAM Architecture for Mobile Video and Graphic Applications.

IEEE Transactions on Circuits and Systems for Video Technology(2018)

Cited 3|Views12
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Abstract
The state-of-the-art mobile image and graphic applications demand not only a lot of computing power, but also high-quality memory services. Moreover, depending on the screen orientations of mobile systems, image and graphic data can be accessed in a complicated manner. Since conventional dynamic random access memories (DRAMs) do not provide successive image and graphic pixels on the same column ad...
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Key words
Random access memory,Mobile communication,Microprocessors,Power demand,Graphics,Memory management
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