Vehicle Networks

CAN-based Higher Layer Protocols

Univ.-Prof. Dr. Thomas Strang, Dipl.-Inform. Matthias Röckl

INTERNATIONAL

ELECTROTECHNICAL

COMMISSION

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Information from IEC TC65 to IEEE 802

Establishing a joint group between IEC 65C/MT9 and

IEEE 802.1 to an industry

profile using TSN

Ludwig WINKEL – Siemens AG

Saint John’s, Canada, 06. Sep. 2017

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Overview of Wireless Networked Cyber-Physical Systems

Hongwei Zhang

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

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Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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Wireless Networking: An Introduction

Hongwei Zhang

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

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Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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Wireless Communication: Concepts, Techniques, and Models

Hongwei Zhang

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

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Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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Fieldbus Systems Fundamentals

Hongwei Zhang

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

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Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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Networked Control Systems for Manufacturing: Parameterization, Differentiation, Evaluation, and Application

瓴 Wang

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

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Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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HART Device Networks

Chapters 7 and 8 in the Textbook

Professor: HONGWEI ZHANG

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CSC8260 Winter’2016

Presented By: ABDUL AZIZ REEHAN SHAIK (fq8875)

fq8875@wayne.edu

CSC8260: Embedded Networking for Cyber-Physical Systems and Internet of Things (Winter 2016)

Seamlessly integrating sensing, networking, and computation with the control of physical devices and processes, cyber-physical systems (CPS) and Internet of Things (IoT) are expected to transform how we interact with and manipulate the physical world. Accordingly, CPS/IoT will have far-reaching impact on science and engineering and are critical to a wide range of applications such as smart transportation, Industrial 4.0, and smart energy grid. One basic enabler of CPS/IoT is embedded networking of sensors, controllers, and actuators. In supporting mission-critical, real-time, and closed-loop sensing and control, embedded CPS/IoT networks represent a significant departure from traditional wired and wireless networks, and it is critical to ensure controllable, predictable communication quality in CPS/IoT.

This course is designed for students who are interested in CPS/IoT in general and CPS/IoT embedded networking in particular. We will examine a wide range of topics including CPS/IoT applications (e.g., smart transportation, industrial automation, smart energy grid, and smart health), field area and control networks (e.g., HART, Modbus, PROFIBUS, PROFINET), industrial Ethernet, time-triggered communication, safety and security of industrial networks, fundamentals of wireless communication (e.g., wireless channel, signal propagation, modulation, link models), wireless industrial networks, as well as embedded network applications in aerospace, automotive, rail, and building automation. This course is expected to prepare students for innovative development and research in CPS and IoT.

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