LHA: Laten y Hiding Algorithm for DRAM

ts of Loss and Laten y on User Performan

With the growth in intera tive network games omes an inreased importan e in a better understanding of the e e ts of laten y on user performan e. While previous work has studied the toleran e game players have for high laten ies and has studied the e e ts of laten y on user performan e in real-time strategy games, to the best of our knowledge, there has been no systemati study of the e e ts of l...

Fetch Size Adaptation vs. Stream Buffer for Media Benchmarks

ABSTRACT In urrent a he designs, a he size and line size are often xed and determined by the spatial and temporal lo ality of ben hmarks used to evaluate the targeted pro essors. Stream bu er and large fet h size are two te hniques that exploit spatial lo ality to hide memory laten y. In this paper, we ompare the e e tiveness of stream bu er and fet h size on media ben hmarks. We have presented...

Neuropeptide Y cells represent a distinct glucose-sensing population in the lateral hypothalamus.

The maintenance of appropriate glucose levels is necessary for survival. Within the brain, specialized neurons detect glucose fluctuations and alter their electrical activity. These glucose-sensing cells include hypothalamic arcuate nucleus neurons expressing neuropeptide Y (NPY) and lateral hypothalamic area (LHA) neurons expressing orexin/hypocretins (ORX) or melanin-concentrating hormone (MC...

Ulysses: A Robust, Low-Diameter, Low-Laten y Peer-to-Peer Network

A survey on digital data hiding schemes: principals, algorithms, and applications

This paper investigates digital data hiding schemes. The concept of information hiding will be explained at first, and its traits, requirements, and applications will be described subsequently. In order to design a digital data hiding system, one should first become familiar with the concepts and criteria of information hiding. Having knowledge about the host signal, which may be audio, image, ...