Shape Analysis on Neuroimaging Data: Difference between revisions

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  - Motivate the problem. More details are required for custom projects.
  - Motivate the problem. More details are required for custom projects.
Methods
 
== Data ==
 
 
== Methods ==
 
  - Describe your algorithm or approach.  
  - Describe your algorithm or approach.  
  - Detail any issues or problems that were particularly important.  
  - Detail any issues or problems that were particularly important.  
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  - Describe the analysis in enough detail so that someone could understand and repeat your analysis.  
  - Describe the analysis in enough detail so that someone could understand and repeat your analysis.  
  - What data and software did you use? What were the ideas of the algorithm and data analysis?
  - What data and software did you use? What were the ideas of the algorithm and data analysis?
Results
 
== Results ==
 
  - Organize your results in a good logical order (not necessarily historical order).  
  - Organize your results in a good logical order (not necessarily historical order).  
  - Include relevant graphs and/or images. Make sure graph axes are labeled.
  - Include relevant graphs and/or images. Make sure graph axes are labeled.
  -  Make sure you draw the reader's attention to the key element of the figure.  
  -  Make sure you draw the reader's attention to the key element of the figure.  
  - The key aspect should be the most visible element of the figure or graph. Help the reader by writing a clear figure caption.
  - The key aspect should be the most visible element of the figure or graph. Help the reader by writing a clear figure caption.
Conclusions
 
== Conclusions ==
 
  - Describe what you learned. What worked? What didn't? Why? What would you do if you kept working on the project?
  - Describe what you learned. What worked? What didn't? Why? What would you do if you kept working on the project?
References
 
== References ==
 
  _ List references. Include links to papers that are online.
  _ List references. Include links to papers that are online.
Appendix I
 
- Upload source code, some result images, etc, and give a description of each link. In some cases, your acquired data may be too large to store practically. In this case, use your judgement (or consult one of us) and only link the most relevant data. Be sure to describe the purpose of your code and to edit the code for clarity. The purpose of placing the code online is to allow others to verify your methods and to learn from your ideas. It should be possible for someone else to generate result images using your code.
== Appendix I ==
This project is ongoing. The data was acquired through collaboration with Dr. Franco Pestilli (for the connectome data )and Prof. Tony Norcia's group (for the structural MRI data. I am not free to share the data. Since we are hoping to publish the results of this work, we prefer to not share the code currently. Please email tanyagl@stanford.edu if you'd like to learn more.

Revision as of 21:56, 14 March 2014


Introduction

- Motivate the problem. More details are required for custom projects.

Data

Methods

- Describe your algorithm or approach. 
- Detail any issues or problems that were particularly important. 
- Emphasize the parts of the project that you wrote (instead of ISET or downloaded code). 
- Describe the analysis in enough detail so that someone could understand and repeat your analysis. 
- What data and software did you use? What were the ideas of the algorithm and data analysis?

Results

- Organize your results in a good logical order (not necessarily historical order). 
- Include relevant graphs and/or images. Make sure graph axes are labeled.
-  Make sure you draw the reader's attention to the key element of the figure. 
- The key aspect should be the most visible element of the figure or graph. Help the reader by writing a clear figure caption.

Conclusions

- Describe what you learned. What worked? What didn't? Why? What would you do if you kept working on the project?

References

_ List references. Include links to papers that are online.

Appendix I

This project is ongoing. The data was acquired through collaboration with Dr. Franco Pestilli (for the connectome data )and Prof. Tony Norcia's group (for the structural MRI data. I am not free to share the data. Since we are hoping to publish the results of this work, we prefer to not share the code currently. Please email tanyagl@stanford.edu if you'd like to learn more.

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