OmdenaAI / omdena-philippines-renewable

Increasing Renewable Energy Access in Philippines through AI
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Read reference materials #2

Open RemLampa opened 3 years ago

RemLampa commented 3 years ago

https://www.adb.org/sites/default/files/publication/682851/mapping-poverty-satellite-imagery-philippines.pdf

https://www.adb.org/sites/default/files/publication/665961/ewp-629-ai-satellite-imagery-poverty-statistics.pdf

https://github.com/thinkingmachines/ph-poverty-mapping

https://aiforsocialgood.github.io/icml2019/accepted/track1/pdfs/7_aisg_icml2019.pdf

MoamenAbdelwahed commented 3 years ago

@RemLampa What is the definition of done?

RemLampa commented 3 years ago

@MoamenAbdelwahed I believe the intention is for everyone in the task group to be able to read all materials. But let's await the input of the original author.

josephlaurel commented 3 years ago

Based on section 1 of the ADB poverty mapping study:

ADB’s methodology

Screenshot 2021-06-19 at 3 36 30 PM
  1. Small area estimation (SAE) of poverty

    • combine survey data with auxiliary information from other data sources, such as census or administrative sources, to produce more granular poverty estimates
    • restrict the explanatory variables in the estimation model to only those that do not vary over time
  2. R

  3. ML

    • Random forest est. for pop. mapping
  4. DL

    • Use of CNN based on Stanford research on combining satellite imagery and machine learning to predict poverty (Jean et al. 2016)
    • data requirements: granular poverty data, daytime satellite images, and nighttime light intensities
    • daytime satellite images as input
    • intensity of night lights used as a proxy for economic activity/development
    • CNN predicts the intensity of night lights
    • transfer learning performed using ImageNet database
  5. Ridge regression

    • applied to examine the relationship between the image features as predicting variables and the government-compiled poverty data
  6. Inferencing

    • The trained CNN and ridge parameters are then employed to predict poverty using solely a daytime image.