Timing Analysis plug-in Sample Clauses

Timing Analysis plug-in. In the Modeling Analysis Workbench, a dedicated plugin will be provided to perform timing analysis. It will be based on an adaptation of an existing plugin called Optimum, developed by CEA List. This plugin is intended for XXXXX models. It takes as input: 1) a description of a software component architecture, each component features operations that can be executed and depending on their allocation to hardware elements require various communication mechanisms to interact with one another – inter-variable communication is assumed when two components are on the same node for instance; 2) software allocation to an hardware architecture (Nodes and buses) whose performance are quantified with some parameters such as processor speed; 3) a list of execution scenarios describing the flow of execution across parts of the software component architecture – each computation or communication steps feature worst-case execution time, each scenario features a timing constraint, typically a deadline for the completion of the flow; 4) a scheduling policy chosen and an allocation of computation and communication steps to tasks on each node – one can use a one-to-one mapping or different schemes, resulting in different loads for each task and hence for each node. The plugin provides an RMA schedulability analysis, which tells whether the list of scenarios as described are schedulable, i.e. deadlines are met or not – a parameter showing how much the system is over- or under-loaded is provided. The description of the above elements are expected to be made with XXXXX constructs (e.g RTUnits for the components, saComputationStep for steps, etc.) To analyze an EAST-ADL model, additional information will then have to be added manually by a user, at least in the first version of the plugin provided, typically the software allocation which is different from the function allocation, the tasks at the level of nodes and the scenarios. In later versions, it is intended to reduce this as much as possible – 1) using a XXXXX-based implementation of EAST-ADL profile, i.e. some EAST-ADL elements will be de facto XXXXX elements; 2) providing some automation for the generation of missing parts. Key points for the analysis • Availability of modeling support for time analysis in MAENAD Modelling Workbenches (Papyrus, MetaEdit+,SystemWeaver) • Effectiveness of automatic generation mechanism for the missing modelling elements • Effectiveness/correctness of the results of the automated analysis. • Su...
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