PPT-Reliable Dynamic Analysis of Structures Using Imprecise Pro

Mehdi Modares and Joshua Bergerson DEPARTMENT OF CIVIL ARCHITECTURAL AND EVIRONMENTAL ENGINEERING Dynamic Analysis An essential procedure to design a structure subjected to a system of dynamic loads such as wind or earthquake excitations. In practice insu64259cient or noisy data as well as the strong parameter correlation or even their functional relation may prevent the unambiguous determination of parameter values In addition many models used in systems biology exhibit parameter sl SUMMARY: Nonlinear dynamic analyses were carri Figure 1. Damage of the chimney ON NEAR THE CHIMNEY SITE The 2007 Niigata-ken Chuetsu-Oki Earthquake was a M6.8 quake which hit the northwest Niigata re Doug Burdick, Prasad Deshpande, T. S. . Jayram. , . Raghu . Ramakrishnan. , . Shivakumar. . Vaithyanathan. Presented by . Raghav. . Sagar. OLAP Overview. Online Analytical Processing (OLAP). Interactive analysis of data, allowing data to be summarized and viewed in different ways in an online . Lecture 10. Fang Yu. Department of Management Information Systems. National . Chengchi. University. Fall 2010. Fundamental Algorithms. Brute force, Greedy, Dynamic Programming:. Matrix Chain-Products . (but might have been afraid to ask). IEEE S&P 2010. Overview. Two Main Contributions. Precisely describe the algorithms for dynamic taint analysis and forward symbolic execution as extensions to the run-time semantics of a general language. David Devecsery,. Peter M. Chen, Satish Narayanasamy, Jason Flinn. University of Michigan. Motivation – Problem . Dynamic analysis is essential. Memory errors. Buffer overflow, use-after-free, double free, memory leak…. Reliability. How do I answer these questions?. i.e. How reliable is this source ....?. Balance. Most sources chosen are reliable in some ways but not others.. Comments on origin. Who produced it? In what circumstance? For what purpose? Did they have a motive to mislead? How might this affect reliability?. Fall . 2015. See online syllabus (also available through . BlueLine. ). : . . http://dave-reed.com/csc321. Course goals:. To understand fundamental data structures (lists, stacks, queues, sets, maps, and linked structures) and be able to implement software solutions to problems using these data structures. . Collaborators: George . Necula. , Xavier Rival (INRIA). Bor-Yuh. Evan Chang. University of California, Berkeley. February-April 2008. Precise Program Analysis with Data Structures. . by Designing with the User in Mind. Jedidiah. R. Crandall. (crandall@cs.unm.edu). Joint work with Daniel . Zinn. , Michael Byrd, . Earl Barr, and Rich . East. Proceedings of CCS 2007. Censorship is Not New. Tagesschau. Western Germany. Collaborators: George . Necula. , Xavier Rival (INRIA). Bor-Yuh. Evan Chang. University of California, Berkeley. February-April 2008. Precise Program Analysis with Data Structures. . by Designing with the User in Mind. 1. Dipoles. Dipoles represent a class of teleconnections characterized by anomalies of opposite polarity at two locations at the same time.. 2. Dipoles. Dipoles represent a class of teleconnections characterized by anomalies of opposite polarity at two locations at the same time.. INTRODUCTION TO NUMERICAL MODELING IN GEOTECHNICAL ENGINEERING WITH EMPHASIS ON FLAC MODELING www.zamiran.net By Siavash Zamiran, Ph.D., P.E. Geotechnical Engineer, Marino Engineering Associates, Inc. Lecture 1: Introduction. Nature of Structural Geology. Study of . Deformation. What was the rock like before deformation?. What forces were required to deform the rock?. How long and in what order did deformation events proceed?.