Description
Chapters
Description
ITIS module Introduction to Cyber-Physical Systems (CPS) combine cyber capabilities (computation and/or communication) with physical capabilities (motion or other physical processes). Cars, aircrafts, ships, trains, robots, and more are prime examples, because they move physically in space in a way that is determined by discrete computerized algorithms. Designing such algorithms to control Cyber-Physical Systems is challenging with regard to their tight coupling with physical components/systems behavior. Moreover, it is vital that these algorithms are correct, because user rely on Cyber-Physical Systems for safety-critical tasks like keeping aircrafts away from colliding as part of a runway incursion CPS.
4.2015
Lecture recordings 11.Oct.2016 32:51 740 LO 0: Overview Overview 11.Oct.2016 59:11 360 LO 1: Introduction to Systems Overview and Learning Scope 11.Oct.2016 01:19:36 171 LO 1: Introduction to Systems Domain Specific System Requirements, 11.Oct.2016 01:30:07 125 LO 1: Introduction to Systems Analytic Solutions of Linear System Models, Multi-Domain Simulation Software, 11.Oct.2016 01:25:11 142 LO 2: Introduction to Embedded Computing Systems Overview and Learning Scope, Introduction to Embedded Computing Systems, 11.Oct.2016 01:29:48 106 LO 2: Introduction to Embedded Computing Systems Standards in Embedded Computing Systems, 11.Oct.2016 01:11:59 77 LO 2: Introduction to Embedded Computing Systems Modeling, Design and Verification of Embedded Computing Systems, Summary and Exercises, References and Further Readings, Outlook 11.Oct.2016 01:44:12 208 LO 3: Introduction to Cyber Physical Systems Introduction to Cyber Physical Systems 11.Oct.2016 01:25:07 83 LO 3: Introduction to Cyber Physical Systems Introduction to Cyber Physical Systems, Cyber Physical System Applications 11.Oct.2016 01:19:38 69 LO 3: Introduction to Cyber Physical Systems Cyber-Physical Systems Applications 11.Oct.2016 01:15:28 47 LO 3: Introduction to Cyber Physical Systems Cyber-Physical Systems Applications 11.Oct.2016 01:48:59 52 LO 3: Introduction to Cyber Physical Systems Cyber-Physical Systems Applications, Summary and Exercises, References and Further Readings, Outlook 11.Oct.2016 01:18:47 53 LO 4: Introduction to the Internet of Things Overview and Learning Scope, Introduction to the Internet of Things 11.Oct.2016 01:05:24 36 LO 4: Introduction to the Internet of Things RFID (Radio Frequenzy Identification) 11.Oct.2016 01:40:14 39 LO 4: Introduction to the Internet of Things Wireless Sensor Networks Technology 11.Oct.2016 01:03:15 25 LO 5: Introduction to Ubiquitous Computing Overview and Learning Scope, Ubiquitous Computing, Smart Devices 11.Oct.2016 01:14:42 33 LO 5: Introduction to Ubiquitous Computing Tagging, Sensing, Controlling 11.Oct.2016 34:10 29 LO 5: Introduction into Ubiquitous Computing Autonomous Systems, Summary and Exercises, References and Further Readings, 11.Oct.2016 46:50 35 LO 6: Systems and Software Engineering Overview and Learning Scope, Introduction 11.Oct.2016 01:44:40 40 LO 6: Introduction to Systems Engineering Design Challenges in Cyber Physical Systems Representation, Introduction to Software Engineering, Requierements in Software Design in CPS, Summary and Exercises, References and Further Readings, Outlook 11.Oct.2016 51:52 90 LO 7: Digital Manufacturing / Industry 4.0 Overview and Learning Scope, Introduction into Manufacturing, Smart and Agile Manufacturing, Smart Factory, Industry 4.0, Individualized Manufacturing, Networked Manufacturing - Integrated Industry, Concurrent Open and Closed manufacturing Lines, Cybersecurity, Summary and Exercises, References and Further Readings, Outlook
