Design and Implementation of Sensory Solutions for Industrial Environment: Utilizing 1-wire® Technology in Industrial Solutions

ISBN-13: 9783031301513 / Angielski

Juraj Dudak; Gabriel Gaspar

Opis

This book presents applicable guidance into sensor system hardware and software design, extensions, and integration aimed at utilization of 1-wire networks. The content is structured from the design of the sensor system architecture—hardware and software—through the implementation and optimization of the solution to the practical verification. The hardware part consists of the design of specific solutions for sensor data collection and the design and integration of standard and special sensors into these solutions. The development of the hardware solutions is focused on integration with 32-bit microcontrollers with ARM Cortex M0 to Cortex M4 cores. For the sensor solutions, the focus is on design versatility and miniaturization of dimensions with respect to the availability of the technology in the physical design. The focus is on minimizing power consumption to the design of power independent modules. The presented solution includes the design and implementation of the software layer, which includes control software for direct communication with the sensor modules as well as an information system for continuous data storage and remote access. The book presents an extensive case study that describes the design and development of a 1-wire bus controller hardware module solution with proprietary modifications that achieve improvements to the maximum 1-wire bus length. The study also includes the design and implementation of a universal and power independent 1-wire bus device. Using this module, almost any sensor can be connected to the 1-wire bus.

Spis treści

Chapter 1- Communication protocols.- Chapter 2- Hardware modules of the sensory system.- Chapter 3- Software modules of the sensory system.- Chapter 4- Practical use-case of proposed measurement system.

O autorze

Juraj Dudak is an associate professor at Faculty of Materials Science and Technology (MTF), Slovak University of Technology in Bratislava, Slovak republic. His specialization is information systems in general and programming embedded hardware based on microcontrollers. He has more than 10 years of practical experience with the design of sensory systems. His publications have a wide citation response among the professional public. Juraj is a core member of the working group that guarantees the study program “Applied informatics and automation in industry” at MTF. 

Gabriel Gaspar is an associate professor and a head of the Transport infrastructure research division at Research centre, University of Zilina, Slovak republic specializing in sensory systems and automation. He published several papers on the topic of sensors and measurement and has more than fifteen years of professional insight experience working with industry to solve their most important challenges. Gabriel is also a member of the working group for the Ministry of Health of the Slovak Republic for further direction of the Smart Specialization Strategy for Slovakia.

Blurb

This book presents applicable guidance into sensor system hardware and software design, extensions, and integration aimed at utilization of 1-wire networks. The content is structured from the design of the sensor system architecture—hardware and software—through the implementation and optimization of the solution to the practical verification. The hardware part consists of the design of specific solutions for sensor data collection and the design and integration of standard and special sensors into these solutions. The development of the hardware solutions is focused on integration with 32-bit microcontrollers with ARM Cortex M0 to Cortex M4 cores. For the sensor solutions, the focus is on design versatility and miniaturization of dimensions with respect to the availability of the technology in the physical design. The focus is on minimizing power consumption to the design of power independent modules. The presented solution includes the design and implementation of the software layer, which includes control software for direct communication with the sensor modules as well as an information system for continuous data storage and remote access. The book presents an extensive case study that describes the design and development of a 1-wire bus controller hardware module solution with proprietary modifications that achieve improvements to the maximum 1-wire bus length. The study also includes the design and implementation of a universal and power independent 1-wire bus device. Using this module, almost any sensor can be connected to the 1-wire bus.

• Provides a comprehensive look at the use of 1-wire networks, from the design of custom hardware to software solutions 
• Describes 1-wire driver design issues such as the bus timing required to maintain compatibility with protocol structure 
• Offers insight into practical applications implemented in several types of installation environments