Although various methodologies have been developed for the ECU verification at the development phase, the ECU verification in the manufacturing phase has rarely been brought into focus.
The paper shall be considered under the following sections: "Model development" outlines the methods involved in developing the production of machines monitoring software; the validation and verification of the development system are enclosed in "Modelling concept for monitoring"; and finally, last section summarizes the conclusion of the work.
The validation and verification of the development system are enclosed in "Results and discussion" section.
Verification techniques, supporting the development process can not only increase safety, but also help to speed up the process.
Afterwards, the verification and validation phases of the fire field model dealt with and exhibit comparisons to analytical, manufactured or benchmark solutions for the verification phase and the development of a building-block approach for the validation phase.
The paper by P. Greisen et al. describes a testbed and verification environment for the development of new wireless transceivers, with the objective to streamline the design flow down to an ASIC implementation.
The development, verification, and validation of methods used by the authors for the characterization and analysis of the heterogeneous SOFC anode are discussed in this work [1,2].
This paper describes the development, verification and use of the first dual on-line electrochemical assay system for use with clinical microdialysis.
The development, verification, and validation of flight control software for aircraft is characterized by high demands on accuracy, reliability and efficiency.
The development, verification, and implementation stages of automatic code generation to implement over/under-power protection functions and MATLAB/Simulink active power filter control blocks are given in [4] and [5], respectively.
