MISSION-CRITICAL RTOS DESIGN: VxWorks 7, VxWorks 653, INTEGRITY, and ARINC 653 for Aerospace & Defence - Softcover

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In mission-critical systems, a missed deadline can compromise the entire mission.Master the engineering of deterministic, fault-tolerant, and secure real-time systems for aerospace and defence.

How do you design embedded systems that deliver predictable performance, isolate faults, meet stringent timing constraints, and remain dependable under demanding operational conditions?

MISSION-CRITICAL RTOS DESIGN: VxWorks 7, VxWorks 653, INTEGRITY, and ARINC 653 for Aerospace & Defence is a comprehensive, practical engineering reference covering the principles, architectures, and techniques used to develop mission-critical real-time systems.

• RTOS Architecture & Programming: VxWorks 7 internals, deterministic task design, scheduling, synchronization, and real-time C programming.

• Partitioned Systems: ARINC 653 architecture, VxWorks 653 configuration, partition scheduling, and INTEGRITY microkernel concepts.

• Timing & Performance Engineering: WCET, response-time analysis, interrupt latency, jitter, and multicore interference.

• Fault Tolerance & Reliability: Fault detection, redundancy, health monitoring, recovery strategies, and high-availability architectures.

• Safety & Certification: Engineering concepts related to DO-178C, DO-254, DO-297, ARP4754A/B, and MIL-STD-882.

• Cybersecurity & Integration: Secure RTOS architectures, hardware/software integration, verification, validation, debugging, and performance optimization.

Explore aerospace and defence case studies, reusable real-time design patterns, architecture reviews, and end-to-end system engineering approaches.

Designed for embedded software engineers, RTOS and BSP developers, system architects, aerospace and defence professionals, and safety, verification, and integration engineers.

Build the technical expertise to design predictable, dependable, and resilient mission-critical systems—from RTOS fundamentals to complete system architectures.

An essential technical reference for professionals advancing their expertise in real-time embedded systems for aerospace and defence.

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