Title :
Map based representation of navigation information for robust machines learning
Author :
Feroz, Md. G. Irfan ; Jada, Chakravarthi ; Kumar, R. Kranthi ; Yenala, Harish ; Kumar, V. Anil
Author_Institution :
Rajiv Gandhi Univ. of Knowledge Technol., Basara, Japan
Abstract :
Much research is being carried out in autonomous driving of vehicles under various disciplines but very few autonomous navigating vehicles are developed till date. This paper presents a novel technique, with a practical example, for the representation of navigational information under real-time considerations. Machine learning algorithms can easily be trained with the data sets developed from the representation and to testify this, an Artificial Neural Network is trained with a represented data set. This technique is independent of driving capabilities of vehicle and provides simple directional instructions for navigation. Using this method, an autonomous driving vehicle can be made to learn to navigate between locations in a known region. Moreover, the usage of ANN makes it completely adaptive and any changes or modifications in the trained region can easily be updated into the knowledge base.
Keywords :
adaptive control; knowledge representation; learning (artificial intelligence); learning systems; mobile robots; navigation; neurocontrollers; robust control; ANN; adaptive navigation; artificial neural network training; autonomous navigating vehicles; autonomous vehicle driving; directional instructions; knowledge base; machine learning algorithm; map based representation; navigation information; robust machine learning; Artificial neural networks; Junctions; Machine learning algorithms; Navigation; Neurons; Training; Vehicles; Artificial Neural Networks; Autonomous Navigation; Branch; Error Back Propagation Algorithm; Learning; Machine Intelligence; Multi Layer Perceptron; Node;
Conference_Titel :
Signal Processing And Communication Engineering Systems (SPACES), 2015 International Conference on
Conference_Location :
Guntur
DOI :
10.1109/SPACES.2015.7058224