2015年10月28日 星期三
虎門科技股份有限公司(CADMEN)
虎門科技股份有限公司(CADMEN)自1992年來,主辦全國最大的CAE用戶交流大會,為我國工業界不斷創造研發能量。國內正面臨有史以來最強烈國際
競爭壓力背景下為提升產業研發力應運而生的CAE大盛事。伴隨著全球製造業的不斷創新升級,臺灣CAE市場也日漸成熟,此次技術大會,不但匯集CAE領域
最先進的趨勢與主題,更將凝聚ANSYS及各領域最前衛的CAE資訊與技術,與國內CAE專家共同探討,如何利用系統工程設計(SYSTEM
DESIGN)實現更快地創新,開發新一代產品等最重要科技趨勢,開創系統級工程模擬創新之路。
2015年10月20日 星期二
Supercomputers Eyed for Clean Energy Technology
Supercomputers Eyed for Clean Energy Technology
The Department of Energy has launched a program that allows private industry to use high-performance computing systems at the Lawrence Livermore, Lawrence Berkeley and Oak Ridge national laboratories to develop new clean energy technology. The initiative, called High Performance Computing for Manufacturing Program (HPC4Mfg), is designed to foster public-private research and development projects to bolster US competitiveness in clean energy manufacturing, according to a recent press release by Lawrence Berkeley National Laboratory (LLBL). The DoE will provide an initial $5 million to fund 8 to 10 projects for up to a year. The new software tools, combined with the supercomputer, helped the researchers identify several dozen potential genetic modifications that could reduce drug toxicity, according to a university release.
The Department of Energy has launched a program that allows private industry to use high-performance computing systems at the Lawrence Livermore, Lawrence Berkeley and Oak Ridge national laboratories to develop new clean energy technology. The initiative, called High Performance Computing for Manufacturing Program (HPC4Mfg), is designed to foster public-private research and development projects to bolster US competitiveness in clean energy manufacturing, according to a recent press release by Lawrence Berkeley National Laboratory (LLBL). The DoE will provide an initial $5 million to fund 8 to 10 projects for up to a year. The new software tools, combined with the supercomputer, helped the researchers identify several dozen potential genetic modifications that could reduce drug toxicity, according to a university release.
2015年10月16日 星期五
Android 3.0+
/* Note: on Android 3.0+ with an action bar this method
* is called while the view is created. This can happen
* any time after onCreate.
*/
* is called while the view is created. This can happen
* any time after onCreate.
*/
2015年10月15日 星期四
2015年10月13日 星期二
Supercomputers, Software Can Speed Drug Discovery
Supercomputers, Software Can Speed Drug Discovery
Researchers at McGill University in Montreal have used a supercomputer to develop and test new software that can quickly analyze effectiveness of drug compounds. This, in turn, could lead to discovery of improved drug treatments for diabetes, Alzheimer's and other diseases. The new software tools, combined with the supercomputer, helped the researchers identify several dozen potential genetic modifications that could reduce drug toxicity, according to a university release.
Researchers at McGill University in Montreal have used a supercomputer to develop and test new software that can quickly analyze effectiveness of drug compounds. This, in turn, could lead to discovery of improved drug treatments for diabetes, Alzheimer's and other diseases. The new software tools, combined with the supercomputer, helped the researchers identify several dozen potential genetic modifications that could reduce drug toxicity, according to a university release.
2015年10月8日 星期四
NDK: Discover the Android Native Development Kit Intel® Graphics Performance Analyzers
You’ll discover the benefits of these tools in your everyday life as a programmer whether or not you’re targeting Intel devices. These tools will help save you time, allow you to create better experiences, and help you target your app to multiple platforms and architectures.
Series includes:
• | Intel Tools for Android* Developers |
• | NDK: Discover the Android Native Development Kit |
• | Intel® Graphics Performance Analyzers |
• | Build Multi-OS Native Apps with Intel® INDE |
• | Develop Apps in HTML5 Using Intel® XDK |
Training Series for Development on Intel-based Android* Devices
Training Series for Development on Intel-based Android* Devices
This video series presents an overview of the Intel tools available for Android* developers through
This video series presents an overview of the Intel tools available for Android* developers through
Slashdot and Sourceforge are conducting a survey t
Slashdot and Sourceforge are conducting a survey to see what products and services are top of mind today, and how the
process of acquiring technology is evolving.
We'd greatly appreciate if you could take a few minutes to share your experiences in evaluating and acquiring technology today. We will use the results to create a report that you can share with your team, and leverage what you tell us to serve your needs better in the future.
We'd greatly appreciate if you could take a few minutes to share your experiences in evaluating and acquiring technology today. We will use the results to create a report that you can share with your team, and leverage what you tell us to serve your needs better in the future.
2015年10月6日 星期二
Supercomputer Unlocks Mutant Cancer Secrets
Supercomputer Unlocks Mutant Cancer Secrets
Scientists have discovered how genetic cancer mutations attack the networks that control human cells, a finding that could lead to the development of more-precise, personalized cancer treatments. University of Copenhagen researchers, along with counterparts at Yale, Zurich, Rome and Tottori, have developed software that computationally translates the effects of cancer mutations on the function of proteins in individual patients. This can unravel how disease mutations target and damage the protein-signaling network inside human cells.
Scientists have discovered how genetic cancer mutations attack the networks that control human cells, a finding that could lead to the development of more-precise, personalized cancer treatments. University of Copenhagen researchers, along with counterparts at Yale, Zurich, Rome and Tottori, have developed software that computationally translates the effects of cancer mutations on the function of proteins in individual patients. This can unravel how disease mutations target and damage the protein-signaling network inside human cells.
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