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Computer Science
Control Systems
Real-Time Systems
1. Fundamentals of Real-Time Systems
2. Real-Time Task Modeling
3. Real-Time Scheduling Theory
4. Schedulability Analysis
5. Resource Management and Synchronization
6. Real-Time Operating Systems
7. Real-Time Communication
8. System Design and Analysis
9. Verification and Validation
10. Fault Tolerance and Reliability
Real-Time Operating Systems
RTOS Architecture and Design
Core RTOS Services
Task Management
Task Creation and Deletion
Task States and Transitions
Task Control Blocks
Real-Time Scheduler
Scheduling Algorithms Supported
Scheduler Implementation
Scheduler Overhead
Timer and Clock Management
Timer Services
Clock Tick Handling
High-Resolution Timers
Interrupt Handling
Interrupt Latency
Interrupt Service Routines
Nested Interrupts
Memory Management
Static Memory Allocation
Dynamic Memory Management
Memory Protection
Inter-Task Communication
Message Queues
Message Passing Mechanisms
Buffer Management
Queue Overflow Handling
Semaphores
Binary Semaphores
Counting Semaphores
Semaphore Queuing Policies
Event Flags
Event Grouping
Synchronization via Events
Event Flag Operations
Shared Memory
Memory Sharing Mechanisms
Synchronization Requirements
Kernel Architectures
Monolithic Kernel
Structure and Characteristics
Advantages and Disadvantages
Performance Considerations
Microkernel
Structure and Characteristics
Advantages and Disadvantages
Message Passing Overhead
Hybrid Kernels
Combined Approaches
Trade-offs and Design Decisions
RTOS Standards and Specifications
POSIX Real-Time Extensions
POSIX.1b Real-Time Extensions
POSIX.1c Thread Extensions
Key Features and APIs
Compliance and Portability
OSEK/VDX for Automotive
Architecture and Features
Task and Resource Management
Communication Services
ARINC 653 for Avionics
Partitioning and Scheduling
Health Monitoring
Inter-Partition Communication
DO-178C for Software Certification
Certification Levels
Development Process Requirements
Commercial and Open-Source RTOS
Real-Time Linux
RT-Preempt Patch
Xenomai Framework
RTAI Extensions
VxWorks
Architecture and Features
Development Environment
QNX Neutrino
Microkernel Architecture
Message Passing
FreeRTOS
Lightweight Design
Porting and Configuration
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7. Real-Time Communication