PPT-Characterizing

the Radiative Effects of Black Carbon Internal Mixing Charles Li Group Meeting Presentation October 1 2014 Group Meeting 10114 1 Black Carbon BC Direct Radiative Forcing 071 W m. Andrew Schwartz Johannes C Eichstaedt Margaret L Kern Lukasz Dziurzynski Megha Agrawal Gregory J Park Shrinidhi K Lakshmikanth Sneha Jha Martin E P Seligman and Lyle Ungar University of Pennsylvania hansensseasupennedu jeichsasupennedu Richa Lane Fan Li Hojung Cha Feng Zhao Yonsei University Microsoft Research Asia Seoul Korea Beijing China ABSTRACT Automated and scalable approaches for understanding the semantics of places are critical to improving both existing and emerging mobile This method uses deformable registration to produce a dense vector 64257eld describing the point correspondences between two images of bilaterally paired structures The deformation vector 64257eld properties are clustered to detect and describe regi Doing this manually is error prone and does not scale to the sizes of todays app stores In this paper we design a system called DECAF to auto matically discover various placement frauds scalably and effectively DECAF uses automated app navigation to acin helamba1inibmcom joshic sumbcedu ABSTRACT In todays world online social media plays a vital role dur ing real world events especially crisis events There are both positive and negative e64256ects of social media coverage of events it can be used Hongyu . Gao. , . Jun Hu. , . Christo . Wilson. , . Zhichun. . Li. , . Yan . Chen. . and . Ben Y. . Zhao. Northwestern University, US. Northwestern / . Huazhong. Univ. . of . Sci. & Tech, China. Planning for August 2014 and onward. Current . P. roject Status. Interesting results from summer experiments. Goal: grow cells that convert caffeine to theophylline in tetracycline broth. August: replicate Shannon Doherty’s growth of JM109 #23 in broth. Bingxiao Xu. Johns Hopkins University. Outlines. Science motivation. Automate arcfinder. Test the arcfinder by simulations. Priliminary results. Future prospects. Why Giant Arcs?. The abundance of the giant arcs is sensitive to the inner structure of the clusters and cosmology. Reading: Anderson and Ingram, Tropical Soil Biology and Fertility: A Handbook of Methods, Chap. 2: Site Description. available as electronic reserve on the web page. Also on Library Reserve: Brady and Weil, Elements of the Nature and Properties of Soils. Underconstrained. DEM . Analysis. Mark . Weber*. *Harvard. -Smithsonian Center for . Astrophysics. CfA. – Harvard – UCI . AstroStats. Seminar. Cambridge, MA. July . 26, . 2011. AIA Temperature Responses. Joshua J. Roering 1 , James W. Kirchner 2 2 1 Department of Geological Sciences University of Eugene, OR 97403-1272 Ph: (541) 346-5574 Fax: (541) 346- Email: jroering@ uoregon.edu 2 Department o Page COURSE BIBLIOGRAPHY Baumer, Ursula, Patrick Dietemann, and Johann Koller. 2009. Identification of resinous materials on 16th and 17th century reverseglass objects by gas hromatography/mass spect Extrasolar. Planets at High Contrast. Thayne Currie (U. . Toronto, . NAOJ. . . Aug 2014. !). Adam Burrows (Princeton), . Nikku. . Madhusudhan. (Cambridge), Ryan . Cloutier. (U. Toronto) + SEEDS Collaboration. Take out your HW (. annotated. “Lamb to the Slaughter” and written analysis). . Pick any part of the story (a paragraph, a few paragraphs, one sentence, etc.) and draw a big box around it. . Then, on the back of your copy of the story, .