Sentence examples for engine control design from inspiring English sources

This contribution presents the application of fast neural net models for engine control design purposes.

Practical problems of optimal engine control design and implementation are considered.

The proposed methodology is aimed to support the engine control design for common-rail Diesel engines with multiple injections, where the large number of control parameters requires a large experimental tuning effort.

However, this superior task adaptability can only be demonstrated through proper combined engine control schedule design.

This paper describes how a 0D engine model can improve the engine control law design for a turbocharged Diesel engine fitted with HP and LP EGR systems.

One objective of this paper is to illuminate fuel economy and emission improvement mechanisms of variable cam timing systems and analyze their effects on engine control system design.

The choice of these categories is based upon the type of engine control system designed to meet Euro 2 [Category II], Euro 3 [Category III], Euro 4 [Category IV], and Euro 5 [Category V] emissions standards [72, 73].

These insights provide a basis to develop engine control and aftertreatment design strategies to avoid severe aging modes and determine how often to actively intervene to regenerate the catalyst.

Existing engine control systems are designed for conventional single mass flywheel (SMF) systems.

Nonlinear multivariable controllers designed as scheduled linear H∞-controllers is used for engine control and the system is designed with multiple control modes to be able to get a more optimal control strategy.

In this paper, we describe the energy management control of vehicle AC system coupled with vehicle engine through an intelligent control design.