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From Delphi
During the production controller and software development process, one critical step is the controller and software verification. There are various ways to perform this verification. One of the commonly used methods is to utilize an HIL (hardware-in-the-loop) test bench to emulate powertrain hardware for development and validation of powertrain controllers and software. A key piece of an HIL bench is the plant dynamics model used to emulate the external environment of a modern controller, such as engine (ECM), transmission (TCM) or powertrain controller (PCM), so that the algorithms and their software implementation can be exercised to confirm the desired results. Products & Services
Product and component testing services is the evaluation of a finished product or component through performance in electrical, life, environmental exposure, dynamic, ergonomic or other specialized tests. Also testing to standards such as UL 489, CE or MIL-STD 810.
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This paper presents a hardware-in-the-loop (HIL) test bench for the validation of production transmission controls software, with a focus on a closed-loop vehicle drive-train model incorporating a...
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4.1 Introduction
Chapter 3 discussed general dynamic system simulation techniques, many of which are applicable to both non-real-time simulations and real-time simulations. This chapter focuses on...
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Calibration of engine management systems requires considerable engineering resources during the development of modern engines. Traditional calibration methods use a combination of engine dynamometer...
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Overview
This chapter provides an overview of several software tools for simulation model development, non-real-time simulation, and HIL simulation. Like other software products, these tools undergo...
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18.1. INTRODUCTION
For about the past 10 years, researchers in the traditionally distinct fields of
control theory and computer science verification have proposed models,
along with...
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