CS162 Operating Systems and Systems Programming June 21, 2022 Rahul & Edward cs162.org Introduction Copyright By PowCoder代写 加微信 powcoder A Simple Computer 06/21/2022 Rahul & S162 © UCB Summer 2022 Lec 1.3 • This system is not easy to use! • Why? – Not set up to run multiple programs at the same time – […]
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Graphical Models Bayesian Networks Objectives Copyright By PowCoder代写 加微信 powcoder Describe Bayesian Illustrate key tasks in Networks implementing Bayesian Networks Why do we use graphical models? |In machine learning, we are often concerned with joint distributions of many random variables. |A graph may provide an intuitive way of representing or visualizing the relationships of the
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ECS656U/ECS796P Distributed Systems What this lecture is about Copyright By PowCoder代写 加微信 powcoder • Joining/Leaving in DHTs • Key-Value store • Memcached (thanks to prof. Stoica) What have we seen so far? • P2Pnetworksintroduction • Three basic architectures for locating and distributing content • Centralized directory (Napster, early BitTorrent) • Query flooding (Gnutella) • Hierarchical
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Solutions Operations Research L. each vertex i ∈ V we associate a variable ti (the starting time of the activities represented by arcs in δ (i). The mathematical programming formulation of the problem is: Instructions for Handing In Homework min t7 − t1 + 5000(t4 − t2) Copyright By PowCoder代写 加微信 powcoder Exercises Operations Research
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Computer Graphics CSI4130 – Winter 2019 Jochen Lang EECS, University of Ottawa Canada This Lecture • Hidden Surface Removal – Z-buffer – Perspectivecorrecttexturemapping • Graphics Pipeline – Graphicspipeline – Clipping CSI4130 Computer Graphics Z-Buffer Algorithm – Image plane solution • Key observation: – Only need to decide what object to draw for every pixel in
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Computer Graphics Jochen Lang jlang@uottawa.ca Faculté de génie | Faculty of Engineering Jochen Lang, EECS jlang@uOttawa.ca Objectives of the Course • General – The course is designed to teach the fundamentals of computer graphics • 3D Graphics • Geometric primitives • Meshes • Image-based techniques • Animation • Rasterization pipeline • Intro to ray tracing
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Computer Graphics CSI4130 – Winter 2019 Jochen Lang EECS, University of Ottawa Canada Ray Tracing and Global Illumination • Ray Tracing – Viewing rays – Shadow rays – Acceleration data structures • Path Tracing – Stochastic path-tracing summary – Light tracing • Radiosity • Hybrid Methods – Instant radiosity – Photon mapping CSI4130 Computer Graphics
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Computer Graphics CSI4130 – Winter 2019 Jochen Lang EECS, University of Ottawa Canada Summary: Representations for Curves and Surfaces – Parametric curves and surfaces – Implicit curves in 2D and implicit surfaces in 3D – Gradient – Line equations CSI4130 – Computer Graphics This Lecture • Triangles and Rasterization – Textbook: Chapter 2 – Triangles
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Computer Graphics CSI4130 – Winter 2019 Jochen Lang EECS, University of Ottawa Canada Introduction to Splines – Introduction – Bézier curves • Subdivision • Bernstein-Bézier formula • De Casteljau algorithm – Splines • Canonical form, constraint and basis matrix • Catmull-Rom splines CSI4130 Computer Graphics Reminder: Curve Representations • Parametric – Line equation • Implicit
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Computer Graphics CSI4130 – Winter 2019 Jochen Lang EECS, University of Ottawa Canada This Lecture: Other Texturing Techniques • Bump Mapping • Displacement Mapping • Environment Maps • Shadow Mapping CSI4130 Computer Graphics Programmable Hardware makes Texturing Techniques Simpler • Examples of Common Techniques – Bump Mapping • Disturb normal to simulate rough surface –
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