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Background. (Please include a general scene-setting overview of the project – targeted at the non- specialist) During recent years, there has been a huge increase of the amount of various types of multimedia data (audio, speech, music, and video) available in digital format. This has created a large demand for development of automatic intelligent tools

Lincoln School of Computer Science Assessment Component Briefing Document Title: CMP3108M Image Processing, Assessment Item One – Image Processing Indicative Weighting: 50% Learning Outcomes: On successful completion of this component the student will have demonstrated competence in the following areas:  [LO1] critique the theoretical knowledge of image processing, including how to process and extract quantifiable

Math 128A, Fall 2016. Programming assignment 2, due Dec 4th. 1. Consider a combustion-type equation: dy =ay2(1−y). dt Develop a MATLAB function Euler.m to solve this equation using the Euler method of the form function [ylast] = Euler(t0,y0,tlast,N,a) %   t0: initial value of t %   y0: initial value of y %   tlast:

MSc in Financial Mathematics, FM50/2016 Risk measurement and optimization of option portfolios John Armstrong and Teemu Pennanen Department of Mathematics King’s College London This document describes one of the available topics for the MSc-project in Financial Mathematics. The focus is on optimization of a static portfolio of derivative instruments on given underlying assets. A primary

Statistical and predictive data analysis Statistical and predictive analysis Modelling, predicting, and verifying the accuracy of models are vital skills in engineering and other fields. This assignment will assess your ability to develop and validate statistical models using MATLAB, and in particular, the Statistics and Machine Learning Toolbox. Key information   Due Wednesday 5 October

CITS2401 Computer Analysis and Visualisation Semester 2, 2016 Assignment 2 Set date: 04 August 2016 Due date: Friday 5:00 pm, 07 October 2016 Total marks: 50 Assignment submission instructions: Submit 2 matlab files (Grading.m and PlotGrades.m) via the CITS2401 page on LMS (http://www.lms.uwa.edu.au). Put the files in a folder and rename it under filename: YourSurname_Studentnumber,

Recitation Assignment #1 Please do the following problems during your recitation session, including any additional problems given to you by your TA. Within 72hrs of your recitation session, you must upload the complete solutions to these problems to Sakai, so that your TAs can evaluate them in a timely fashion. For this recitation, please show

Homework 8 There are 5 time slots that you can utilize to transmit the data. You may transmit the data quickly using just one time slot or you may transmit the data slower using all 5 time slots or any number of time slots between 1 and 5. If you can get half or more