Update README.md

README.md

@@ -9,6 +9,7 @@ Yael Ben Shalom, Northwestern University.
 - [Project Overview](#project-overview)
   - [Traffic sign detection and classification](#traffic-sign-detection-and-classification)
   - [Trash detection, classification, and segmentation](#trash-detection-classification-and-segmentation)
+  - [Recycling Baxter Implementation](#recycling-baxter-implementation)
 
 ## Project Overview
 
@@ -18,8 +19,8 @@ This project contains 2 modules:
 
 In this module I built and trained a neural network to detect and classify different traffic signs using PyTorch, OpenCV and YoloV3.<br>
 This module contained 2 parts:
-_ [traffic sign classification](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_classification) - Were I build and trained a neural network to classify different traffic-signs images.
-_ [traffic sign detection](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_recognition) - Were I trained neural network to detect different traffic-signs in an image/video.
+- [traffic sign classification](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_classification) - Were I build and trained a neural network to classify different traffic-signs images.
+- [traffic sign detection](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_recognition) - Were I trained neural network to detect different traffic-signs in an image/video.
 
 An example of traffic detection program output:<br>
 <p align="center">
@@ -31,14 +32,15 @@ An example of traffic detection program output:<br>
 
 In this module I built and trained a neural network to detect and classify different traffic signs using PyTorch, OpenCV and YoloV5.<br>
 This module contained 2 parts:
-_ [trash classification](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_classification) - Were I build and trained a neural network to classify different recyclable objects' images.
-_ [trash detection](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_recognition) - Were I trained neural network to detect different recyclable objects in an image/video.
+- [trash classification](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_classification) - Were I build and trained a neural network to classify different recyclable objects' images.
+- [trash detection](https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/tree/master/traffic_signs_detection/traffic_signs_recognition) - Were I trained neural network to detect different recyclable objects in an image/video.
 
 An example of trash detection program output:<br>
 <p align="center">
   <img align="center" src="https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/blob/master/trash_detection/trash_recognition/images/real-time%20detection2.gif">
 </p>
 
+### Recycling Baxter Implementation
 As an additional development of the [Recycler Baxter](https://github.com/YaelBenShalom/Recycler-Baxter) project, I used the ML algorithm I implemented in this project to detect and locate the recyclable objects sorted by the baxter robot:
 <p align="center">
   <img align="center" src="https://github.com/YaelBenShalom/Objects-Recognition-and-Classification/blob/master/trash_detection/trash_recognition/images/detecting_baxter.gif">