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For more information about GRO,
please visit:
http://www.sait.samsung.co.kr/eng/GROhome/gromain.jsp

For 2011 SAIT GRO, we have accepted proposals in 32 subjects under 15 research themes
      and 33 award winning proposals are selected as below.
Theme Subject Proposal Title University
Name
Advanced Media & computing Light Field Display System Architecture A 2D/3D convertible projection-type integral imaging display architecture with interactive control of viewing parameters Xidian University
Advanced Dynamic Integral Imaging 3D Display System with Electronically Synthesized Lenslet Array University of Connectiut
Dense light field acquisition (Capturing, Recovery or Synthesis) Compressive Light Field Imaging Heriot-Watt University, Scotland
Fast, Mobile and Detailed Light Field Capture and Scene Reconstruction Carnegie Mellon University
Proactive Cloud Computing Sensor cloud based ambient context sensing & processing mechanism Vaas: Video as a Service on the Cloud Georgia Institute of Technology (GIT)
Mobile Cloud Computing-based Social Networking Architecture UCLA
Real-time responsive enhancement on hybrid cloud Partitioning and Scheduling Real-time applications for Multicore Mobile Devices and Hybrid Clouds University of Florida
Proton coupled electron transfer (PCET) Verification of PCET mechanism in hydrogen permeable membrane Modeling, Simulation, and Characterization of Hydrogen Permeable Membranes Georgia Institute of Technology (GIT)
System Architecture Next generation processor architecture Low-Power, High-Performance Digital Signal Processors Architecture Exploiting 3D Memory Integration Technology University of Wisconsin-Madison
Pragmatic Many-Core Computing University of Manchester, UK
Integrated Photonic Interconnect Next generation computing architecture using photonic interconnect Architecting Future Computing Platforms Enabled by Photonic Interconnects Columbia University
CMOS integrated photonic interconnect architecture Development of a chip-to-board optical interconnect systems (optical solder) MIT
Photonic Interconnects for Peripheral Device and Flash Memory Systems MIT
Material & Device Transformation Acoustics Broadband acoustic metamaterials for transformation acoustics City University of Hong Kong (CU Hong Kong)
Layered-semiconductor transistor Layered Semiconductor Transistors University of Notre Dame & UC Santa Barbara
Graphene Nanoribbon Arrays with Tunable Bandgaps Stanford University
Study on the human factor including fatigue in digital holography and super multi-view 3D display Study on the human fatigue in super-multiview 3D display and 2D stereo display with user glasses Pavlov Institute of Physiology & Vavilov State Optical Institute
Spintronics Possibility of Electric Field Control of Magnetization for Ultra Low Power Electronics UC Berkeley
Environment Exploring new biomimetic polymer via molecular simulation: A self-assembly principle of interfacial interaction between lipids and proteins Molecular Simulations for the Design and Development of Novel Biomimetic Membranes for Bio-Nano-technological Applications (MIMETIC) University of Southern Denmark (SDU)
Medical External stimuli-triggered drug delivery system (HIFU-mediated DDS) Molecular Communication Fundamentals in Action Potential-triggered Particulate Drug Delivery Systems Georgia Institute of Technology (GIT)
Hierarchical Drug Nanoparticles for Controlled Drug Delivery Systems Aalto University, Finland
Single port access robotic surgical instrument Design and Implementation of a Robotic Slave for Single Port Access (SPA) Surgeries Shanghai Jiao Tong University
Investigation of 3D TOF Image Sensor Technology Application to Medicine Thayer School of Engineering at Dartmouth
Organic Solar Cell Multi excition generation on polymers for organic photovoltaic Charge photogeneration from triplet excitons in polymer/fullerene solar cells Imperial College, UK
New Memory RRAM materials and architectures for future memory Diode Less 3D RRAM with Stackable and anti-disturbance 1TXR Cell and periphery circuitry optimization for TeraByte Memory Era Fudan University
Next UX Future Scenario & UI for Intelligent Mobile SNS Next UI for the Holistic Contextual Experience Tsinghua University
Server-based parallel processing for large vocabulary continuous speech recognition Domain Adaptation Using Sub-Space Models Idiap research Institute, Swiss
Hydra: A Hybrid Cloud-based GPU-CPU Engine for Real-Time Large Vocabulary Continuous Speech Recognition Carnegie Mellon University
Future IT Next SNS for smart devices based on cloud architecture Implementing Rich Internet Applications as Mashups Tampere University of Technology, Finland
Systems Challenges for Supporting Transient Social Networks Georgia Institute of Technology (GIT)
Relationship modeling based on user data to offer intelligent and personalized user-centric experience SGML: Interactive Learning for Socially Situated Devices Georgia Institute of Technology (GIT)
SOC High-level domain specific parallel algorithm description Portable Auto-tuned Programs for Heterogeneous Parallel Systems University of Edinburgh, Scotland
A Scheduler for heterogeneous multicore systems Software Platform for Heterogeneous Multicore Platforms: from End Devices to Servers Georgia Institute of Technology (GIT)
To apply for 2011 GRO program
All applicants must submit a complete package of application in MS word format including ¨ç Research Prposal in MS word format ¨è Research Agreement Acceptance Letter in PDF format via e-mail to below contacts.
North America : gro.usa@samsung.com
Europe : gro.europe@samsung.com
India : gro.india@samsung.com
Japan : gro.japan@samsung.com
China : gro.china@samsung.com
Russia : gro.russia@samsung.com
To find out more about application package read detailed information below and download document guideline.
¨ç Research Proposal :
Proposals are recommended to be less than 10 pages, single spaced. Additional pages, however, may be added for supporting figures, images, data or other documentations, which will not count against the 10 page limit. Please see here for more detail 2011 GRO Proposal Guide.
 
For CV, provide a 1 to 2 page CV for the Principal Investigator, any Co-Principal Investigator, and the proposed graduate student. Please, attach all CVs at the end of research proposal.  
¨è Signed Research Agreement Acceptance Letter :
To be eligible, an authorized legal office of the universities must complete and sign the Acceptance Letter. The 2011 SAIT GRO Research Agreement will be made available to you through research contract managing office of your university, or contact one of the above email list and ask for a research agreement file. Meantime, the Acceptance Letter template is available here. 2011 GRO Research Agreement Acceptance Letter
 
- Schedule arranged in Korea standard time.