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Aids Amber Alert
Currently code is located at https://github.com/jyt109/amber_alert
The workbench notepad can be found at https://share.knowledgeanyhow.org/#/api/v1/workbench/10.115.23.246/shares/zvDxoyheLpe9RmE/PYSPARK.ipynb
##Motivation
Every day tens and hundreds of children are reported missing. As an initiative to find these missing children, AMBER Alert was created to broadcast reports of these missing children. Some of these reports include descriptions of vehicles the children was last seen on before they have gone missing.
##Goal
The goal of this project is to leverage Spark to analysis video feeds of car traffic in order to identify vehicles that are described in AMBER Alert reports. The following flow chart show the components and architecture of the product
##Streaming The actual application will be using a live video feed from a traffic cam. The images of the live feed will be streamed to a Spark cluster using Spark Streaming. The images will be subsequently processed and analyzed (see below).
##Image Processing The images streamed would go through an object detection algorithm to pull out images of cars out of the live feed. This will leverage the edge detection algorithms and key feature detection algorithms (SIFT) in the computer vision library OpenCV. Since there are many image being streaming in, we will using Spark to distribute the OpenCV related jobs.
##Machine Learning We will train a machine learning model (Neural Net, Random Forest etc) using previously labeled images. This will leverage H20, the machine learning software built on top of Spark's MLlib. The machine learning model will take in and train on images labeled by model and color (i.e. Red Toyota Prius). The trained model will be able to accept images and predict the model and color of the car.
##Application Front End The front end will allow the user to input a list of vehicles of interest and would list images that would match those descriptions.
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