In this introductory module, students will gain an understanding of real-time systems and their growing significance in various applications. The module will cover:
Definition of real-time systems
Importance in modern technology
Examples of real-time applications
By the end of this module, students will appreciate the role of real-time systems in critical applications such as automotive, aerospace, and telecommunications.
This module delves into the characteristics that define real-time systems. Key points include:
Timing constraints
Determinism
Reliability and fault tolerance
Resource constraints
Students will explore how these characteristics influence system design and how they are critical for ensuring system performance in real-time scenarios.
This module introduces the Highest Locker and Priority Ceiling protocols, which are essential for resource management in real-time systems. Topics covered include:
Overview of the protocols
How they ensure priority-based resource access
Impact on system performance and scheduling
Students will learn how these protocols help prevent priority inversion in resource sharing scenarios.
Continuing from the previous module, this section further investigates real-time task scheduling in multiprocessor and distributed systems. Topics include:
Advanced scheduling techniques
Load balancing strategies
Case studies on successful implementations
Students will gain insights into real-world applications and solutions that address scheduling complexities.
This module covers the fundamental issues in Real-Time Operating Systems (RTOS). It explores the unique challenges posed by real-time requirements and how they differ from traditional operating systems. Key topics include:
Understanding real-time vs non-real-time systems
Key attributes of RTOS such as determinism and response time
Common applications and use cases of RTOS
Challenges in designing and implementing RTOS
The module aims to provide a solid foundation for understanding the complexities involved in RTOS development.
This module delves into the characteristics of Unix and Windows as Real-Time Operating Systems (RTOS). It highlights their capabilities in handling real-time tasks, addressing:
Real-time extensions in Unix and Windows
Comparison of traditional and real-time scheduling mechanisms
Practical examples of real-time applications in both environments
Limitations and advantages of using Unix and Windows for real-time applications
By the end of this module, students will understand how popular operating systems can be adapted for real-time processing.
This module provides an in-depth examination of Real-Time POSIX standards which govern the behavior of real-time applications in Unix-like systems. Key topics include:
Overview of POSIX standards relevant to real-time systems
Real-time threading and synchronization mechanisms
Signal handling and its importance in real-time applications
Practical implementation examples of Real-Time POSIX
Students will gain insights into how POSIX standards facilitate real-time system development and enhance system reliability.
This module continues the discussion on Open Source and Commercial RTOS, providing deeper insights into case studies and real-world implementations. It focuses on:
Success stories of using open-source RTOS in various industries
Challenges faced during implementation
Strategies for overcoming obstacles in RTOS deployment
Future trends in RTOS development
Students will learn how to navigate the complexities of RTOS selection and deployment in practical scenarios.
This module focuses on Real-Time Communications, covering the core principles and technologies that enable effective communication in real-time systems. Topics include:
Fundamentals of real-time communication
Protocols and standards used in real-time communication
Challenges in ensuring timely and reliable communication
Applications of real-time communication in various fields
Students will understand the significance of communication in real-time systems and the technologies that facilitate it.
This module continues the exploration of Real-Time Communication in LANs, providing deeper insights into performance and reliability. Key topics include:
Performance metrics for real-time communication in LANs
Evaluating the effectiveness of real-time protocols
Solutions for enhancing reliability in LAN communication
Future trends in LAN technology for real-time applications
Students will enhance their understanding of performance evaluation and reliability strategies in real-time LAN communication.
This module concludes the exploration of Real-Time Communication over Packet Switched Networks by addressing specific case studies and their outcomes. It includes:
Detailed case studies showcasing successful real-time applications
Evaluation of performance metrics from real-world implementations
Lessons learned and recommendations for future projects
Final thoughts on the evolution of real-time communication technologies
Students will learn from real-world examples to inform their understanding of real-time communication technologies.