PPT-Spanning the Holocene

Esther Pischel November 6 2012 Complexity of Holocene Climate as Reconstructed from a Greenland Ice Core SR OBrien PA Mayewski LD Meeker DA Meese MS Twickler and SI Whitlow 1995. - S. Kapoor and H. Ramesh. Speakers: . 李孟韓. 1. , . 林蔚茵. 2. , . 莊秋芸. 3. , . 黃稚穎. 4. Reference. H. N. Gabow and E. W. Myers: Finding all spanning trees of directed and undirected graphs, . Sparsifying. Rajmohan Rajaraman. Northeastern University, Boston. May 2012. Chennai Network Optimization Workshop. Spanning and Sparsifying. 1. Sparse Approximations of Graphs. How well can an undirected graph G = (V,E) be approximated by a sparse graph H?. Spanning Tree Protocol Enhancements. 802.1D-1998: The legacy standard for bridging and STP.. CST: Assumes one spanning-tree instance for the entire bridged network, regardless of the number of VLANs. . Paleospecies. Richness: Problems and Solutions. Marc A. Carrasco. Dept. of Integrative Biology and the Museum of Paleontology. UC Berkeley. www.ucmp.berkeley.edu/neomap. NEOMAP . Database. Distributed database that combines FAUNMAP I, FAUNMAP II, and MIOMAP. SRP . Redundant. . Multi. p. ath . Stream Selection . (4). IEEE 802.1 AVB WG . Sep 2011. phkl-srp-stream-path-selection-0911-v01. The G. oals. Multipath streams to maximize bandwidth offered by the whole network topology. Paleospecies. Richness: Problems and Solutions. Marc A. Carrasco. Dept. of Integrative Biology and the Museum of Paleontology. UC Berkeley. www.ucmp.berkeley.edu/neomap. NEOMAP . Database. Distributed database that combines FAUNMAP I, FAUNMAP II, and MIOMAP. Node and Edge Searching . Spanning Tree . Problems. Sheng-Lung Peng. Department of Computer Science and Information Engineering. National Dong . Hwa. University, . Hualien. 974, Taiwan. Outline. Introduction. - Week 13. 2. Problem: Laying Telephone Wire. Central office. 3. Wiring: Naive Approach. Central office. Expensive!. 4. Wiring: Better Approach. Central office. Minimize the total length of wire connecting . November 6, 2012. Complexity of Holocene Climate as Reconstructed from a Greenland Ice Core. S.R. O’Brien, P.A. . Mayewski. , L.D. Meeker, D.A. Meese, M.S. . Twickler. , and S.I. Whitlow, 1995. High-Frequency Holocene Glacier Fluctuations in New Zealand Differ from the Northern Signature. 11,700 years to present. Holocene. From the end of the last ice age to the present.. Europe 20,000 years ago. All of northern Europe under mountains of ice. This locked much of the ocean’s water into ice and exposed large portions of the continental shelves. SURFACE -£HUCE -ABSTRACT the sand the of at the.mouth of scouring * high 10-35 'INTRODUCTION of quantity that have of Alaska {Fig. 2). Research 6,400 and R/Y hull- mounted of sedim puerto. . rico. based on a cave speleothem . Heather Roman-Stork. Boston . College. Jeremy D. Shakun, Stephen J. Burns, . Hai. Cheng, R. Lawrence Edwards. Outline. Motivation. Background. Methodology. Huixian Chen. , . Jianhua. Wang, Nicole S. Khan, . Lali. . Waxi. , . Jiaxue. Wu, Benjamin P. Horton. Subaqueous deltaic deposits. Within the range of Paleo-valley. Climate : Asian monsoon. precipitation . Geoff Richards, Jedrzej Majewski, Christabel Tan, . Fangyi. Tan, Tanghua Li, Timothy Shaw, Benjamin Horton.. 630 ± 65. 1030 ± 23. 1184 ± 98. 1262 ± 75. 1340 ± 44. 1355 ± 50. Kelaa. Maldives.