For reduction of engine‐out emissions and improvement of fuel economy, closed‐loop
control of the combustion process has been explored and documented by many …

Estimation of combustion phasing and power production is essential to ensuring proper
combustion and load control. However, archetypal control-oriented physics-based …

The intelligent control technology of marine diesel engine is to introduce artificial
intelligence algorithms into the field of marine diesel engine control to improve the control …

Extremum seeking (ES) is a model-free optimization method that has been successfully
applied to the automotive engine calibration. However, the slow convergence speed of ES …

This article proposes a method for fuel minimisation of a Diesel engine with constrained NO
x emission in actual driving mission. Specifically, the methodology involves three …

In this article, a pressure sensor data-driven optimization by using extremum seeking (ES)
technique is applied to optimize the combustion phase in a diesel engine. In particular, a …

Conventional control-oriented physics-based models can be leveraged for combustion
phasing control in modern diesel engines, but very accurate models often require significant …

In this work, an online calibration mechanism is proposed for the combustion phase in a
diesel engine. In particular, a simplified event-based engine model, of which the output …

船舶柴油机智能控制技术是将人工智能算法引入到船舶柴油机控制领域, 提高复杂时变非线性
系统的控制性能. 重点针对基于智能控制算法设计的柴油机子系统控制器研究和基于非线性模型 …

Partially premixed combustion (PPC) is a hybrid combustion of Homogeneous Charge
Compression Ignition (HCCI) and Diesel Combustion (DC), which has a great potential in …