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L. Bhatnagar, C. Theobalt and G. Pons-Moll 32nd IEEE Conference on Computer Vision and Pattern Recognition (CVPR 2019), 2019 Human Pose and Shape Estimation from Images and Video Clothing: Estimating [...] Research Departments Computer Vision and Machine Learning Research 3D Reconstruction and Perception of People Clothing: Estimating 3D Humans in Clothing from Images and Videos. Clothing: Estimating 3D Humans [...] from Images and Video Clothing. Top: In [1] we can reconstruct human body shape, clothing and appearance from a single monocular video. The core of the method is a geometric optimization algorithm which brings

reconstruct 3D human shape and pose from images, human shape and clothing from videos, and non-rigid deformations from video. Human Pose and Shape Estimation from Images and Video Clothing: Estimating [...] Clothing from Images and Videos. Non-rigid Tracking from Depth and Video Human Pose and Shape Estimation from Images and Video Clothing: Estimating 3D Humans in Clothing from Images and Videos. Non-rigid [...] Departments Computer Vision and Machine Learning Research 3D Reconstruction and Perception of People 3D Reconstruction and Perception of People NOTE: For more information and full list of publications visit

Research Departments Algorithms and Complexity Teaching Summer 2019 Distributed and Sequential Graph Algorithms Distributed and Sequential Graph Algorithms Advanced Course, 2+1 Basic Information Lectures: [...] de/listinfo/algorithms Prerequisites: Basic knowledge of algorithms, graph theory and probability will be assumed. Description In this course we study distributed and sequential algorithms for several [...] solving these problems in the above settings, and the techniques and methods to solve them. The plan(tentative) is to study sequential and distributed algorithms for the following: Minimum Dominating Set

Research Departments Algorithms and Complexity Teaching Summer 2019 Fine-Grained Complexity Theory Fine-Grained Complexity Theory Advanced Course, 3+1 Lectures: Tuesday + Thursday, 16:15 - 18:00, E1.4 [...] at the intersection of complexity theory and algorithm design which aims at a more fine-grained view of the complexity of polynomial-time problems. We present a mix of upper and lower bounds for fundamental [...] Subcubic Equivalences, continued 14 May MK BMM and Combinatorial Algorithms Exercise Sheet 2 16 May 21 May MK 3SUM: Algorithms I 23 May MK 3SUM: Algorithms II and Lower Bounds I 28 May Room Change to 029 MPI-SWS

Boolean Function Complexity - by Stasys Jukna Distributed and Sequential Graph Algorithms Fine-Grained Complexity Theory Introduction to Boolean Function Complexity Reading Group Algorithms Optimization Keeping [...] Research Departments Algorithms and Complexity Teaching Summer 2019 Introduction to Boolean Function Complexity Introduction to Boolean Function Complexity Advanced Course, 2+1 Basic Information Lectures: [...] loosely follow parts 1, 3, 4 and 5 in the book. Tentaive list of topics: 1) De Morgan circuits and formulas 2) Gate elimination and formula lower bounds 3) Decision trees and Intro to Fourier analysis 4)

Research Departments Algorithms and Complexity Teaching Summer 2019 Reading Group Algorithms Reading Group Algorithms Seminar Basic Information Given by: Kurt Mehlhorn , Bhaskar Ray Chaudhury Time: (Wednesday [...] Kernel and Improved Approximation Pasin Manurangsi [Jul10] An Illuminating Algorithm for the Light Bulb Problem Josh Alman [Jul17] Separating Monotone VP and VNP Amir Yehudayoff Distributed and Sequential [...] Sequential Graph Algorithms Fine-Grained Complexity Theory Introduction to Boolean Function Complexity Reading Group Algorithms Optimization Keeping Time in Distributed Systems

Dimitris Bertsimas and John N. Tsitsiklis. Distributed and Sequential Graph Algorithms Fine-Grained Complexity Theory Introduction to Boolean Function Complexity Reading Group Algorithms Optimization Keeping [...] The simplex algorithm and the ellipsoid method will be presented. The lecture concludes with exact and approximation algorithms for NP-hard optimization problems. There will be theoretical and practical [...] calculus, algorithms, and complexity. At Saarland University these topics are covered in the bachelor courses Mathematik für Informatiker 1 & 2 , Grundzüge der Theoretischen Informatik , and Grundzüge

"Notations" chapter ). Distributed and Sequential Graph Algorithms Fine-Grained Complexity Theory Introduction to Boolean Function Complexity Reading Group Algorithms Optimization Keeping Time in Distributed [...] Research Departments Algorithms and Complexity Teaching Summer 2019 Keeping Time in Distributed Systems Keeping Time in Distributed Systems Advanced Course, 2+2 Basic Information Lectures: Friday, 10:15 [...] understanding of algorithmic techniques and proving worst-case guarantees mathematically. Particular emphasis is given to strong, possibly surprising, fault-tolerance properties and how they can be achieved

Research Departments Algorithms and Complexity Teaching Summer 2019 Summer Semester 2019 Distributed and Sequential Graph Algorithms Advanced Course (2+1). Lecturer: Saeed Amiri and Pranabendu Misra. more [...] Christoph Lenzen. more Distributed and Sequential Graph Algorithms Fine-Grained Complexity Theory Introduction to Boolean Function Complexity Reading Group Algorithms Optimization Keeping Time in Distributed [...] more Fine-Grained Complexity Theory Advanced Course (3+1). Lecturers: Karl Bringmann and Marvin Künnemann. more Introduction to Boolean Function Complexity Advanced Course (2+1). Lecturer: Nitin Saurabh

from the complex interplay of a user’s social contacts, her interests and her actions on the platform. The relationship of the user’s own behavior and the received feed is often puzzling, and many users [...] Research Departments Databases and Information Systems Research imPACT Relationships between Actions and Feeds Understanding Relationships between Users' Actions and their Social Feeds Users increasingly [...] viability and user benefits of the FAIRY method. Publication(s) Azin Ghazimatin , Rishiraj Saha Roy , and Gerhard Weikum , FAIRY: A Framework for Understanding Relationships between Users' Actions and their