The content of these slides by John Galeotti, © 2012-2013 Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN276201000580P,

Slides:



Advertisements
Similar presentations
The content of these slides by John Galeotti, © 2013 Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Advertisements

This work by John Galeotti and Damion Shelton, © , was made possible in part by NIH NLM contract# HHSN P, and is licensed under a Creative.
The content of these slides by John Galeotti, © 2012 Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
This work by John Galeotti and Damion Shelton, © , was made possible in part by NIH NLM contract# HHSN P, and is licensed under a Creative.
Zhang Hongyi CSCI2100B Data Structures Tutorial 2
This work by John Galeotti and Damion Shelton, © , was made possible in part by NIH NLM contract# HHSN P, and is licensed under a Creative.
This work by John Galeotti and Damion Shelton, © , was made possible in part by NIH NLM contract# HHSN P, and is licensed under a Creative.
Computational Biology Journal Club aka “Current Topics in Computational Biology” aka “02-701” William Cohen Organizational Meeting Sept 6, 2007.
CS 197 Computers in Society Fall, Welcome, Freshmen!
1 ECE Mini-Report #2 Starting Point Month Day, 2010 Group #N Member Name 1 Member Name 2 Member Name 3 Member Name 4.
The content of these slides by John Galeotti, © 2008 to 2015 Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Introduction to Programming Environments for Secondary Education CS 1140 Dr. Ben Schafer Department of Computer Science.
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
1 Biology 100 Lab Marc Perkins Sections 0275 (Tues 3:50 – 7:00pm) 1149 (Thurs 2:20 – 5:30pm) (Petitioners – please let me know who you are)
The Project AH Computing. Functional Requirements  What the product must do!  Examples attractive welcome screen all options available as clickable.
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Technology and Motivation
Introduction to C++ Penn State University
Administrative Stuff (yawn) How rude - I think I forgot to introduce myself. Lecturer: Rob Day Cell Office Kenny Road, Room 200E.
1 Project 7: Huffman Code. 2 Extend the most recent version of the Huffman Code program to include decode information in the binary output file and use.
CS 8532: Adv. Software Eng. – Spring 2007 Dr. Hisham Haddad Tuesday Class will start momentarily. Please Stand By … CS 8532: Advanced Software.
Welcome to CS 115! Introduction to Programming. Class URL Please write this down!
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Senior Culminating Project
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Moodle (Course Management Systems). Assignments 1 Assignments are a refreshingly simple method for collecting student work. They are a simple and flexible.
CST 229 Introduction to Grammars Dr. Sherry Yang Room 213 (503)
Welcome to CS 115! Introduction to Programming. Class URL
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
Dana Nau: CMSC 722, AI Planning Licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License:
Welcome to CS 115! Introduction to Programming. Class URL Write this down!
BME 110L / BIOL 181L Computational Biology Tools Introductory Remarks and Overview - who - why - what - how Logistics.
Microscopy. Outline of the day 1.Turn in your lab reports at the front –More than 10 minutes late = bad 2.Any questions on last week’s lab? 3.Quiz 4.Introduction.
The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P,
March R. Smith - University of St Thomas - Minnesota QMCS 130: Today’s Class Grades & Lab 12Grades & Lab 12 Upcoming ExamUpcoming Exam StructuresStructures.
Privacy Policy, Law and Technology Carnegie Mellon University Fall 2007 Lorrie Cranor 1 Law Enforcement.
Format of the Final Project. Final Project The Final project is due 1 week from today. To complete the project students must prepare the following – A.
Sophomore Composition &Conversation Spring, 2008 Course Orientation.
ITCS 6265 Details on Project & Paper Presentation.
Week 13 Day 1 Presentations 101 Today in Class: -- Presentation schedule -- Presentations -- Self Critique Paper.
April 2011BRCS Freeware SIG1 Opera Browser Set Up For Slow Connections.
Presenters’ Guidelines  Provide us with your FINAL presentation by deadline – April 1 st  All Presenters and Co-presenters need to make themselves.
1 Project 2: Using Variables and Expressions. 222 Project 2 Overview For this project you will work with three programs Circle Paint Ideal_Weight What.
1 ECE Final Project Report Starting Point December zz, 2015 Group # gg Member Name 1 Member Name 2 Member Name 3 Member Name 4 SPEAKER NAME GOES.
ECE297 TA GUIDE Project supervision. Agenda M0 feedback Project overview M1 overview Project supervision.
Sophomore Composition &Conversation Spring, 2008 Course Orientation.
1 ECE Final Mini-Report Starting Point Month Day, 2010 Group #N Member Name 1 Member Name 2 Member Name 3 Member Name 4.
REMINDER: If you haven’t yet passed the Gateway Quiz, make sure you take it this week! (You can find more practice quizzes online in the Gateway Info menu.
U-M StaffWorks Creating a Poster Presentation for High Impact and Engagement Best Practices & Technology EFFECTIVENESS & EFFICIENCY For Staff By Staff.
Advanced Topics in Algorithms SPRING TERM PROJECT Is worth 40% of your final grade Completed project with report is due in week th May,
WORKSHOP GUIDELINES It is our pleasure to welcome you as a speaker at the 21st Cochrane Colloquium! We kindly ask you to follow the instructions below.
October 28, 2010Steve Costello - BRCS Freeware SIG - Online Storage 1 Online Storage by turtlemom4baconturtlemom4bacon.
Class of 2018 Family Connection: Senior year
Surf smart training.
Presentation Title Your Name
Where I Find Free Software
Week 1 Gates Introduction to Information Technology cosc 010 Week 1 Gates
Mendeley Download Instructions
Welcome to CS 1010! Algorithmic Problem Solving.
Welcome to CS 1010! Algorithmic Problem Solving.
Welcome to CS 1340! Computing for scientists.
Welcome to CS 1010! Algorithmic Problem Solving.
The Five Stages of Writing
Final Project Details Note: To print these slides in grayscale (e.g., on a laser printer), first change the Theme Background to “Style 1” (i.e., dark.
Welcome to CS 1301! Principles of Programming I.
CS305, HW1, Spring 2008 Evaluation Assignment
New Student Orientation
Presentation transcript:

The content of these slides by John Galeotti, © Carnegie Mellon University (CMU), was made possible in part by NIH NLM contract# HHSN P, and is licensed under a Creative Commons Attribution 3.0 Unported License. To view a copy of this license, visit or send a letter to Creative Commons, 171 2nd Street, Suite 300, San Francisco, California, 94105, USA. Permissions beyond the scope of this license may be available either from CMU or by ing Commons Attribution 3.0 Unported License The most recent version of these slides may be accessed online via Final Project Details Methods in Medical Image Analysis - Spring 2013 BioE 2630 (Pitt) : (CMU RI) (CMU ECE) : (CMU BME) By Dr. John Galeotti

Code Expectations  Use ITKv4 or SimpleITK  Show creativity and/or experimentation, such as:  Carefully adjust several parameters  Validation, etc.  Combine filters in a novel way  Write you own filter or other large piece of unique code  Conceive and implement a new idea for image analysis  Insufficient:  Just connect several filters together & wrap in a GUI  Copy directly from software guide with little original work  ed project proposals due by March 19 th. 2

Code Grading Criteria 11 points:Originality/experimentation 7 points:Code works 4 points:Submission details (e.g., ReadMe.txt file) 3 points:Code comments & other documentation “0” points:Must use (Simple)ITK—FAIL without this! Total: 25 points Final grade based on how your code works on your data when the TA compiles and runs your code, unless you make previous arrangements with the TA and myself ahead of time.

Code Submission Details  Include a README.txt file that lists:  All necessary instructions for the TA to compile (if necessary) and run your code.  Your desired parameters for any (command line) arguments to your program.  Submit any data needed to run your code.  Unless other arrangements have been made with your TA, such as if your input images are very large.  It is your responsibility to make it very easy for your TA run, test, and understand your code.  Due date: Final project code committed to svn by 11:59 PM Thursday April 25 th

Presentations  Due date for presentation slides  Everyone’s slides due at the same time  10 AM on the first day of presentations  This is before your code is due  Order of actual presentations TBD  Slides must contain partial/preliminary results  Results with unoptimized parameters —and/or—  Intermediate output generated part-way through your algorithm

Presentation Grading Criteria  Background (4 points, ≥ 1 minutes):  What is the general problem you are trying to solve?  Why is it interesting or important?  Why is it difficult? (Why is it not already solved.)  Method (5 points for presentation of methods, ≥ 2 minutes)  What is your approach (big picture)?  How did you implement it in ITK?  What were the main implementation challenges you faced?  E.g. finding parameters that worked  E.g. coding new functionality  Feel free to go over coding details as useful for the audience…  Don't spend much time repeating stuff we've already covered in class.

Presentation Grading Criteria, contd.  Results (3 points for presentation of results, ≥ 1 minutes):  Pretty pictures, numerical results, graphs and charts, etc.  Is it easy to understand how you did (or will most likely do)?  Did you accomplish your goal for your project?  How has this helped your research?  Non-technical stuff (3):  Time length: minutes (loose points if outside this range)  Public speaking stuff  Etc.  General guideline: your presentation should be appropriate for short talk at a conference workshop.  11 presentations per class allows about 5.5 minutes per presentation plus ~ 1 minute for questions and changing of speakers.  WARNING: I may try to add a 4 th day of presentations, allowing more time per presentation. You’ll know well in advance either way.

Presentation: Other Details  Your presentations will probably be posted to the password-protected part of the website  Unless you explicitly tell me that you either don't want it posted at all, or (contrarily) that you want it posted publicly.  Please bring your own laptop, if possible.  If your laptop needs a VGA adapter, bring it too.  If you need to use my laptop instead, then please let me know now and please be aware that it is a Mac.