: Includes processors (execution units), memory, buses (communication pathways), and devices (sensors/actuators).
Unlike general-purpose modeling languages like UML, AADL is specifically tailored for of non-functional properties. AADL Design-Patterns and Tools for Modelling and ... - HAL - HAL AADL models a system as a
AADL models a system as a hierarchy of interconnected components, each defined by its (external interface) and implementation (internal structure). Components are categorized into three primary families: Core Concepts and Structure : Includes processes, threads,
The is a standardized modeling language used primarily in the design and analysis of complex, safety-critical, real-time embedded systems. Originally developed as Meta-H and later standardized by SAE International (AS5506 series), AADL provides a formal framework to describe both the software and hardware components of a system and their interactions. Core Concepts and Structure Why AADL? Key Capabilities
: Includes processes, threads, thread groups, subprograms, and data. Threads represent the fundamental unit of concurrent execution.
: High-level components used to group software and hardware elements into a unified architectural unit. Why AADL? Key Capabilities