CSC2523: Deep Learning in Computer Vision Introduction Sanja Fidler - - PowerPoint PPT Presentation

csc2523 deep learning in computer vision introduction
SMART_READER_LITE
LIVE PREVIEW

CSC2523: Deep Learning in Computer Vision Introduction Sanja Fidler - - PowerPoint PPT Presentation

CSC2523: Deep Learning in Computer Vision Introduction Sanja Fidler January 12, 2016 Sanja Fidler CSC2523: Intro to Image Understanding 1 / 10 Instructor Info Instructor : Sanja Fidler ( fidler@cs.toronto.edu ) Office : 283B in Pratt Office


slide-1
SLIDE 1

CSC2523: Deep Learning in Computer Vision Introduction

Sanja Fidler January 12, 2016

Sanja Fidler CSC2523: Intro to Image Understanding 1 / 10

slide-2
SLIDE 2

Instructor Info

Instructor: Sanja Fidler (fidler@cs.toronto.edu) Office: 283B in Pratt Office hours: Send email for appointment

Sanja Fidler CSC2523: Intro to Image Understanding 2 / 10

slide-3
SLIDE 3

Course Information

Class time: Tue at 9am-11am (??) Location: ES B149 Class Website:

http://www.cs.toronto.edu/~fidler/teaching/2015/CSC2523.html

The class will use Piazza for announcements and discussions:

piazza.com/utoronto.ca/winter2016/csc2523/home

Your grade will not depend on your participation on Piazza

Sanja Fidler CSC2523: Intro to Image Understanding 3 / 10

slide-4
SLIDE 4

Course Prerequisites

Good to know: Basics of Neural Networks Otherwise you’ll need some reading

Sanja Fidler CSC2523: Intro to Image Understanding 4 / 10

slide-5
SLIDE 5

Requirements and Grading

This course is a seminar course. We’ll be reading papers on diverse applications of NNs with focus on computer vision. Thus, how much you learn greatly depends on how prepared everyone comes to class. Each student expected to write short reviews of two papers we’ll be reading each week, present a paper, and do a project Grading Participation (attendance, participation in discussions, reviews): 15% Presentation (presentation of papers in class): 25% Project (proposal, final report): 60% Project: Topics will be posted sometime this week (you can also come up with your own topic) Need to hand in a report and do an oral presentation Can work individually or in pairs

Sanja Fidler CSC2523: Intro to Image Understanding 5 / 10

slide-6
SLIDE 6

Term Work Dates

Term Work Due Date Reviews

  • ne day before class (Mondays)

Project Proposal Feb 22 Project Report mid April Project Presentation mid April All dates are for 2016. ;)

Sanja Fidler CSC2523: Intro to Image Understanding 6 / 10

slide-7
SLIDE 7

Lateness

Deadline Reviews / project should be submitted by 11.59pm on the date they are due. Anything from 1 minute late to 24 hours will count as one late day. Lateness Each student will be given a total of 3 free late days. After you have used the 3 day budget, each late day will have a 10% penalty. Discount You have a budget of 1 missing review without penalty. You do not need to do reviews for the week you present.

Sanja Fidler CSC2523: Intro to Image Understanding 7 / 10

slide-8
SLIDE 8

Draft Schedule

We will have a few invited lectures Geoff Hinton on Frontiers of Deep Learning Raquel Urtasun: Deep Structured Models Yuri Burda: Variational Autoencoders Yukun Zhu: Convolutional Neural Networks Ryan Kiros: Recurrent Neural Networks and Neural Language Models Jimmy Ba: Neural Programming Elman Mansimov: Image Generation, Attention Renjie Liao: Highway and Residual Networks

Sanja Fidler CSC2523: Intro to Image Understanding 8 / 10

slide-9
SLIDE 9

Draft Schedule

We have students with NN expertise in class Shenlong Wang: Semantic Segmentation Mengye Ren: Question-Answering Emilio Parisotto: Reinforcement Learning Lluis Castrejon: Transfer Learning, or Knowledge Bases Kaustav Kundu: (RGB-D) Object Detection Min Bai: Optical Flow / Stereo

Sanja Fidler CSC2523: Intro to Image Understanding 9 / 10

slide-10
SLIDE 10

Topics

Computer Vision will be our running application, but the class is not limited to this Possible applications:

Robotics Graphics NLP AI Social Networks Computational Biology Algorithms

Theory?

Sanja Fidler CSC2523: Intro to Image Understanding 10 / 10