Author: Zen and the Art of Computer Programming
1 Introduction
As people's pace of life becomes faster and faster, transportation convenience becomes higher and higher, and population density increases, there are currently an endless stream of products in the field of intelligent transportation on the market, from mass travel to shared bicycles, etc., all of which are moving towards more intelligent Evolution in the direction of customization and personalization. Nowadays, smart travel has become a part of people’s lives and has gradually become a very hot topic in the industry. But how to implement a smart travel system? And how to combine artificial intelligence technology and intelligent interaction design to build an effective product that truly meets user needs is one of the key issues that needs to be solved.
With the continuous innovation and development of the industry, more and more artificial intelligence technologies have been integrated into smart travel systems, such as speech recognition, image recognition, target detection, etc. At the same time, more and more companies have emerged to launch smart travel solutions based on artificial intelligence. For example, Didi Taxi, Uber, etc. are all building new smart travel systems based on machine learning and other artificial intelligence technologies. For now, intelligent interaction technology is still in its infancy.
Based on this, I want to combine my professional experience to conduct a more in-depth exploration of the field of intelligent travel and study the basic theory and technical practice behind it. Through this article, I try to create a "45" series of articles to provide a comprehensive and systematic summary of knowledge for the majority of technology enthusiasts, hoping to help more companies understand the field of smart travel.
2. Explanation of conceptual terms
2.1 What is intelligent interaction?
Intelligent Human-Machine Interactions refers to the way computer systems communicate, communicate, and collaborate with humans. It mainly includes language recognition, human-computer interface, virtual reality, neural network, pattern recognition, decision support, emotion analysis, image processing and other technologies. Its purpose is to allow computers to possess certain human capabilities, promote human-machine collaborative work, and enhance the efficiency of human-machine communication.
2.2 What is smart travel?
Smart travel (