各有关单位、老师：
三星技术院（Samsung Advanced Institute of Technology）现面向我校启动项目征集工作。
详细信息及提案提交请见三星GRO网页:
http://www.sait.samsung.co.kr/saithome/Page.do?method=main&pagePath=01_about/&pageName=gro_overview。
征集截止时间:2014年6月13日
评奖结果公布时间:2014年8月初
请有意申报的老师根据申请指南要求填报。如对项目申请有疑问，请直接与中国三星技术院联络:
吴婧
三星电子中国研究院
技术企划部 先行企划课
Tel: (86)10-84439777-1020
Mobile: 15901038043
Email: jing0926.wu@samsung.com
2014年全球研究拓展项目简介：
GRO（Global Research Outreach）是三星电子面向全球高校的产学研合作活动，每年全球入选提案总数目70个左右，入选提案将获得$70,000 至 $100,000 的经费支持。
| 2014 GRO Subject List： | ||
| No | Theme | Subject |
| 1 | Sensor Technology | Non-Invasive Mobile Sensor and Platform |
| 2 | Brain-reading for Mental Healthcare / User Interface by Brain Wave Information | |
| 3 | IPS (Indoor Positioning System) Algorithm Technique | |
| 4 | New Display | Visible/Near IR Active Light Modulation |
| 5 | High Speed, Computer Generated Hologram Rendering&Compression, 3D Haptic Interface in Hologram Display | |
| 6 | Artificial Intelligence | Cognitive Scene Understanding and Applications |
| 7 | Authentication by User Behavior | |
| 8 | Predictive Analysis to Influence Behavioral Change using Biometrics Data | |
| 9 | Fast Parallel and Distributed Framework for Deep Learning | |
| 10 | Robust Face Recognition Algorithm in Surveillance | |
| 11 | Next Generation Computing | High-Speed Graphics Modeling&Simulation |
| 12 | Ultra-Low Power Computing Platform for Wearable IoT Devices | |
| 13 | Next Generation Web | Ultra-lightweight Web Application Model |
| 14 | Innovative Browser Core | |
| 15 | Big Data & Network | Massive QAM Scheme for 100Gbps Wireless Communication |
| 16 | Device Centric Data Stream Management for Wearable/IoT Devices | |
| 17 | Data Processing Algorithm for Large-Scale Data Visualization | |
| 18 | Data Reduction during Network Transfer using New Deduplication/Compression Method | |
| 19 | Low Cost Scalable Content Delivery Architecture | |
| 20 | Security | Secured Media - Seamless D2D/D2S Media Security |
| 21 | Functional Material | 2D Material |
| 22 | Thermal Management Materials | |
| 23 | Anti-reflection Coating Technology | |
| 24 | Self Healing Materials | |
| 25 | Antifouling Coating Materials | |
| 26 | Lead-Free Piezoelectric Materials for Actuator Applications | |
| 27 | Hexaferrite Particle of Single Magnetic Domain Size | |
| 28 | Premold Leadframe Substrates for MEMS Sensor Packaging | |
| 29 | New High Transparent Red and Green Dye for LCD's Color Filter | |
| 30 | Novel Hard coating Materials on Optical Substrate | |
| 31 | Design of High Refractive Index Monomer | |
| 32 | OLED Material | Phosphorescence-free Emitting Materials for OLEDs |
| 33 | 2-Dimensional Correlation Spectroscopy for OLED/Battery Degradation Analysis | |
| 34 | Experimental and Computational Framework for OLED Degradation | |
| 35 | Next Generation Battery | High Efficient Supercapacitor |
| 36 | Development of Long Range Lithium-Ion Battery for Electric Vehicles | |
| 37 | Battery Management System of Long Range Lithium-Ion Battery for Electric Vehicles | |
| 38 | Energy Harvesting | Flexible Thermoelectric Generators (TEGs) |
| 39 | Energy Harvesting and Management for IoE Devices | |
| 40 | Others | New Form Factor and Service for Consumer Electronics in the Future (Next Mobile, Next TV, etc) |
科学技术研究院
2014-05-08