Open AccessCobotization As A Key Element In The Functioning Of Smart Factories And A Next Step In The Automation Of Logistic Processes
Author(s) -
Patryk Wierzbowski
Publication year - 2019
Publication title -
transport economics and logistics
Language(s) - English
Resource type - Journals
eISSN - 2657-6104
pISSN - 2545-1642
DOI - 10.26881/etil.2019.82.15
Subject(s) - automation , cloud computing , cyber physical system , industry 4.0 , industrial revolution , technological revolution , computer science , key (lock) , the internet , engineering management , systems engineering , manufacturing engineering , engineering , data science , computer security , world wide web , artificial intelligence , mechanical engineering , embedded system , law , political science , operating system
This paper aims at presenting the innovative methods of automation of manufacturing processes and their accompanying supporting processes. The author has reviewed scientific articles whose focus of study are modern technologies developed in line with the idea of Industry 4.0. The paper also includes a brief description and an analysis of the course of technological progress which has eventually led to the next industrial revolution. It also identifies the basic pillars of the functioning of the fourth industrial revolution, such as the Internet of Things, Computing Cloud and Cyber-Physical Systems, all ofwhich simultaneously constitute the foundation of existence of Smart Factories – which should become crucial to contemporary economy. The automation of technological lines and transport systems and their robotization and cobotization have been described as phenomena leading to advanced automation of logistics processes. Smart Factories have been presented as entities that will, through the application of the aforementioned systems and technologies, lead to the achievement of optimum management and maximum place and time utility of tangible and intangible resources at their disposal. Last but not least, the paper discusses the forms of human-machine cooperation, distinguishing three basic types.