1 / 13

Embedded Computing Lab

Embedded Computing Lab. Chia-Lin Yang Department of Computer Science and Information Engineering National Taiwan University. Embedded Computing Lab. 8 Ph.D students, 9 master students Research Directions Architecture Design Low-power architecture Memory hierarchy design

jaser
Télécharger la présentation

Embedded Computing Lab

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Embedded Computing Lab Chia-Lin Yang Department of Computer Science and Information Engineering National Taiwan University

  2. Embedded Computing Lab 8 Ph.D students, 9 master students Research Directions Architecture Design Low-power architecture Memory hierarchy design Multicore/GPU architecture design System-Level Synthesis ESL for platform-based SOC (DATE’09) Task scheduling/placement for FPGAs (ASP-DAC’04, ICCAD’04, TODAS’09x2) Task scheduling/routing for microfluidic biochips (ICCAD’07, DAC’08, TCAD’09)

  3. The Bridge Connecting Hardware and Software

  4. Mission Innovative system architectural design to meet the performance/power demands for future mobile cloud computing

  5. ECO System of Virtualized Mobile Cloud Computing Cloud virtualization Computation Storage GPUs Server virtualization Game console Smart Phone E-bookReader Tablet PC

  6. Storage Architecture for Data-Centric Computing • The amount of data being created is growing significantly faster than Moore’s law, e.g., from 5 exabytes (10^18), in 2002 to 280 exabytes in 2009 • From Micro-processors to Nanostores: rethinking data-centric systems Fusion Memory Architecture

  7. GPU Virtualization • Our goal is to design hw/sw approaches for efficient GPU virtualization Cycle-accurate GPU simulator

  8. Performance/Power Optimization of Mobile Devices • Performance characterization of graphics performance on integrated CPU/GPU platform, e.g., AMD fusion, intel Sandy bridge, Nvidia Tegra2 • Hierarchical Power Management for Virtualized Devices • Architectural Support for Live Migration • HW-assisted dirty memory pages bookkeeping • Sub-paging • HW memory compressor

  9. 專題生題目 • Analyze the interactions between Hadoop and SSD • storage though prototyping/simulation • Performance Characterization of Android RenderScript on • integrated CPU/GPU platform • Cloud-based gaming Intel Sandy Bridge AMD Fusion

  10. Why Join Embedded Computing Lab? • What’s missing in Taiwan’s Industry? Application, e.g., smart phone app. Platform/System Architecture Design System Software SW/HW Co-Design System-on-Chip China HPC. 天河一號 No #1 Super Computer -> Intel Xeon, Nvidia Tesla -> Next-generation -> GodSon CPUs ASIC, e.g., mpeg decoder DRAM chips Flash memory chips

  11. Why Join Embedded Computing Lab? • Strong industrial alliance 工研院 IBM, Austin Research Lab 鈺創 資策會 晨星 旺宏 Intel, Architecture Researach Lab

  12. 成為一個炙手可熱的人才! Why Join Embedded Computing Lab? System Software 最前瞻的研究 ! IEEE Micro’10, first paper from Taiwan in 10 years ISLPED’09Best Paper Award ICCAD’09 Best Paper Nomination VLSI-CAD’09 Best Paper Nomination 與世界接軌! Internship at International Research Lab e.g., IBM Austin Research Lab, Intel research lab

  13. Join Us !!!! Please stop by at my office CSIE 411, yangc@csie.ntu.edu.tw

More Related