-
Notifications
You must be signed in to change notification settings - Fork 0
Sprint Goal Setting
Manoj Kolpe edited this page Sep 28, 2022
·
28 revisions
- Look at the format of the paper
- Look at the BOP dataset challenges
- Write a mid-term report
- Start with one research question and experiment on the same.
- Write a report of the first RQ1
- Evaluation with Gaussian process, result, and summary of the results
- Datalaoder for three datasets, test case for loading and visualizing
- Train on all the data, results
- COnfusion matrix
- How to compare single-frame segmentation (Vanilla) vs. multi-frame segmentation (Latent frame fusion, GP)
- Visualize the output
- Extended goals: Experiment with two dataset
- Improve the code structure and convert to .py and import it.
- Find one dataset
- Focus on the first research question
- Find a list of datasets for semantic segmentation with the camera dataset (Look for Synthetic dataset)
- Evaluation of the model with and without the Gaussian process
- Create a table of results
- ⏳ Understand the importance of the Gaussian process on the depth estimation
- ⏳ Literature review on the multi-view stereo
-
- Reproduce the result from the paper
- ⏳ Load the dataset and make it run
- ☑️ Download the dataset
-
- Understand the differences between MVS approach and MVDepthnet
-
- Different methods to construct the cost volume
-
- Create a baseline
- ☑️ Deploy the pretrained model on the android phone
- ⏳ Understand the importance of the Gaussian process on the depth estimation
- ⏳ Literature review on the multi-view stereo
- ☑️ Create a markdown file explaining the deployment of the PyTorch model on the android using Python and Kotlin code
- ☑️ Deploying python code on android
-
- Reproduce the result from the paper
- ⏳ Load the dataset and make it run
Points
- Able to deploy on the android device
- Proper setup of system for working
- More focus on the literature work
- Unable to download all the data
- Creating a baseline
- Setting up the research questions
- Time for preparing the slides for presentation with the professor
This is the wiki page for the multi-view stereo project