This paper presents a model-based control scheme to the cold-start speed control in spark
ignition (SI) engines. The multi-variable control algorithm is developed with the purpose of …

Car electronics and digital processing technology have been used to improve the efficiency
and performance of engines for decades, yet the main focus is still on static or pseudo-static …

The joint research committee of JSAE and SICE on automotive control and modeling was
established to evolve the automotive control in 2010. It has decided to develop three …

The main objective of this paper is to present the design and experimental validations of a
model‐based control scheme, which aims at smooth and fast response for spark ignition (SI) …

This paper considers discrete-time periodic linear systems and their Floquet transformations,
by which the periodic systems can be equivalently transformed to time-invariant ones. When …

This paper introduces the benchmark problem of starting speed control for internal
combustion (IC) engines that targets to develop control strategies to improve the transient …

This paper considers discrete-time Floquet transformations, by which a discrete-time
periodic linear system can be transformed to a time-invariant one. The previous researches …

As an internal combustion engine, automotive gasoline engines involve nonlinearities and
stochastic characteristics that are usually difficult to handle in modeling and control. To …

The main objective of this paper is to present a model-based starting control scheme and the
experimental validations for the spark ignition (SI) engines. The control scheme targets …

This paper considers when a discrete-time periodic non-homogeneous system can be
transformed to a time-invariant one by using regular linear map**s of state variables …