APS106 2020S Final Project Due date: April 18, 11:59 pm EDT Crunching the Numbers on COVID-19 Preamble The Final Project focuses on the reading and manipulation of data on the worldwide spread of COVID-19. As engineers around the world, including at UofT, are developing treatments, building ventilators, redesigning supply chains, and repurposing production lines, students […]
MELBOURNE BUSINESS SCHOOL (The University of Melbourne) MBUSA90500 Programming, Module 2 2020 Assignment 1 Updates Updates will go here as the Assignment evolves. 2 Ob jectives This project is designed to give your syndicate experience in software engineering, Python programming and simple optimisation problems. In particular, you should experience the following. 3 • • •
APS106 2020S Final Project Due date: April 18, 11:59 pm EDT Crunching the Numbers on COVID-19 Preamble The Final Project focuses on the reading and manipulation of data on the worldwide spread of COVID-19. As engineers around the world, including at UofT, are developing treatments, building ventilators, redesigning supply chains, and repurposing production lines, students
Makeup for First Homework Set Take home exam. Submit solutions via email, preferably in pdf format. Scanned images are OK. Solutions are due by midnight on April 21, 2020 (SHARP!) Problem 1: Let a ∈ Rn+ and b ∈ R+ be given parameters. Let us call a subset S ⊆ E = {1,2,…,n} independent if
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V1: Support for fixed-latency memory stalls Submit Assignment • Due Monday by 11:59pm • Points 10 • Submitting a file upload • File Types tgz • Available after Apr 13 at 11:59pm The provided V1 tarball (see: modules page) contains a presumed-working (for the same subset of MIPS instructions as V0) FDEMW pipelined processor with: • Always-Predict-Not-Taken branch
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CSC338 Numerical Methods Lecture 11 March 25, 2020 About these slides These slides are meant to be presentation aid, not a source of information. Please use these slides in conjunction with the notes and the slides that comes with the textbook. Unconstrainted Optimization Findalocalminimumoff :IR→IR Approach: Golden Section Search If f is unimodal on [a,
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CSC338. Homework 6 Due Date: Wednesday March 4, 9pm Please see the guidelines at https://www.cs.toronto.edu/~lczhang/338/homework.html What to Hand In Please hand in 2 files: • Python File containing all your code, named hw6.py. • PDF file named hw6_written.pdf containing your solutions to the written parts of the assignment. Your solution can be hand-written, but must
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APRIL 2019 Final Exam CSC 338H5S Last Name: Student #: First Name: Signature: UNIVERSITY OF TORONTO MISSISSAUGA APRIL 2019 FINAL EXAMINATION CSC338H5S NUMERICAL METHODS Lisa Zhang Duration – 2 hours Aids: double-sided aid sheet, non-programmable calculator The University of Toronto Mississauga and you, as a student, share a commitment to academic integrity. You are reminded
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Introduction Project 4b Project 4b provides a continuation of project 4a, where you will be implementing Exact Inference and Particle Filtering. Please note that for portions of the code of 4b to run you will have to have completed the sections from 4a in inference.py. The functions will be left blank in 4b’s inference.py s
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ESE545-Project3 April 14, 2020 Due: April 29, 2020 at 11:59pm • You are required to solve the problems using Python. You are allowed to use only python standard libraries, numpy, pandas, and scipy. • All the algorithms mentioned in the assignment should be written from scratch without the help of any optimization libraries. • You
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