4.2 KiB
Final Report - Intelligent Garbage Truck
General information
This is the final report for our Intelligent Garbage Truck AI program. Our program works as following - a 20x20 grid is generated with 20 random dumpsters, the garbage dump and our garbage truck(the agent). All the time we make sure that while they randomly generate they do not overlap each other. After that our garbage truck chooses the closest dumpsters to him and collects trah whilst making sure the house is our client. After he collected all trask (aka visited all dumpsters) he immediately goes to the garabage dump and sorts the trash. The dumpsters have a predeterminded colour and type but still can contain incorrectly sorted trash. If a house is not our clinet it is visited but no trash is picked up.
How to run our program
In order to succesfully open our program one needs to make sure he has the following libraries installed:
import pygame
import random
import numpy as np
import time
import collections
from sklearn.datasets import load_digits
import sys
import os
import random
import shutil
from keras.models import Sequential
from keras.layers import Conv2D, Flatten, MaxPooling2D, Dense
from keras.preprocessing import image
from keras.preprocessing.image import ImageDataGenerator
#import matplotlib.pyplot as plt #optionla for seeing garbage
import cv2
import mahotas
from sklearn.preprocessing import LabelEncoder
from sklearn.preprocessing import MinMaxScaler
from sklearn.ensemble import RandomForestClassifier
from sklearn.datasets import load_digits
import pylab as pl
from sklearn.model_selection import train_test_split
from sklearn.preprocessing import StandardScaler
import os.path
import csv
Also two files need to be unpacked before running: "Garbage classification.rar" and "ClassificationGarbage.rar". Both in the same place where they are.
After that to run our program the command is :
python Main.py
Implementation of subprojects
Since there are three people in our group we have created and combined three subprojects with our main program. Two use Neural Networks and one uses Random Forest Classifier.
First subproject
The first subprojects was created by Patryk Krawiec (the raport can be found here).
Second subproject
The first subprojects was created by Kamila Bobkowska (the raport can be found here). This project used Convolutional Neural Networks to detect what kind of trash is in the dumpster and sorts it accordingly. It was mainly implemented to to the class Garbagetruck.py and dumpster.py . It used photos of garbage to determine whether it was sorted correctly. The implementation. Along with implementing CNNs the person created a function that assigns trash to dumspters (between 1 to 3 trash correctly sorted and 0 to 2 incorrectly sorted trash). The data set used was from kaggle
Thrid subproject
The first subprojects was created by Klaudia Przybylska (the raport can be found here).
Examples
How the UI looks like:
As seen on the picture we have our main grid where everything takes place and a panel on the right telling the user how many dumpsters are left and how much trash is in the garbage truck. At the end it shows the information about how much trash is in the garbage dump (the garbage dump can have different number of trash to the garbage truck as it once again checks if it has been correctlty sorted). Additional information (like whether a house is a client, if trash was correctly sorted in the truck and dump) is displayed on the console: a) info about house numbers and trash from individual dumspters:
b) info about trash found in the garbage truck and sorting in the garbage dump:
Example run(missing the first second or so where the truck goes to the first dumpster):
