<p class="p9"><b>Workshop Background and Goals</b></p> <p class="p10">Memory technologies are evolving rapidly, resulting in many new storage opportunities that demand novel memory architectures, organizations and management strategies to effectively leverage their unique features. Newer memories, such as Phase Changing Memory (PCM), STT–RAM, Memristor, embedded–RAM, etc., have their unique advantages as well as disadvantages. Often they exhibit read and write asymmetry, where a write operation may incur a large latency and consume significantly more energy than a read operation. The wear–out characteristics, density, ambient operational conditions and other parameters may require novel memory organizations and software/hardware management support to leverage the benefits of these new memory technologies. Thus there is an urgent need to model, analyze, design and evaluate novel memory management techniques at varying abstraction levels for these novel memories. MeAOW aims to bring together researchers for discussion and advancement of novel memory architectures, organizations and management.</p><br><p class="p9"><b>List of Topics for MeAOW 2014:</b> </p><p class="p13">– Novel memory architecture and design</p> <p class="p13">– Energy efficient memory architecture and management</p> <p class="p13">– Non–volatile Memory(NVM) / Storage Class Memory(SLM) architecture and management</p> <p class="p13">– Flash Memory management</p> <p class="p13">– Operating System and Embedded software support for Memory Management</p> <p class="p13">– Compilation techniques for non–volatile memory</p> <p class="p13">– Hardware–Software Codesign for novel memory architectures</p><br>
Abbrevation
MeAOW
City
New Delhi
Country
India
Deadline Paper
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End Date
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