AbstractIn this paper, a review is given of some of the modern methods in the detection of knock in internal-combustion engines and some comparisons are made between these methods and the effectiveness of each one of them is indicated through a statement of the advantages and disadvantages of each method. In this way it will be possible to clarify how to deal with the original signal and the associated signal noise through some of the modern algorithms in the field of soft computing such as an Artificial Neural Network (ANN), Genetic Algorithms (GA), Wavelet Transform (WT), Fuzzy logic, Supported Vector Machine (SVM) and some statistical methods
AbstractIn the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibrationa...
Engine knock has long been a well recognized phenomenon in the automotive industry. Detecting engine...
In this work, a knock detection approach based on in-cylinder pressure principal component analysis ...
In this paper, a review is given of some of the modern methods in the detection of knock in internal...
AbstractIn this paper, a review is given of some of the modern methods in the detection of knock in ...
The paper presents an effective method of detecting the state of knock, using the wavelet analysis. ...
The paper describes an advanced approach solving the knock detection task. It is based on a twolevel...
Standard knock sensor signal processing typically consists of band-pass filtering followed by integr...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
In dual fuel engines operating on gas mode knock represents one of the major constraints on performa...
Abstract In the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibration...
AbstractIn the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibrationa...
This paper examines performance of the knock detection technique typically used in engine control sy...
AbstractIn the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibrationa...
Engine knock has long been a well recognized phenomenon in the automotive industry. Detecting engine...
In this work, a knock detection approach based on in-cylinder pressure principal component analysis ...
In this paper, a review is given of some of the modern methods in the detection of knock in internal...
AbstractIn this paper, a review is given of some of the modern methods in the detection of knock in ...
The paper presents an effective method of detecting the state of knock, using the wavelet analysis. ...
The paper describes an advanced approach solving the knock detection task. It is based on a twolevel...
Standard knock sensor signal processing typically consists of band-pass filtering followed by integr...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
Knock control systems based on engine block vibrations analysis are widely adopted in passenger car ...
In dual fuel engines operating on gas mode knock represents one of the major constraints on performa...
Abstract In the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibration...
AbstractIn the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibrationa...
This paper examines performance of the knock detection technique typically used in engine control sy...
AbstractIn the present work, the Discrete Wavelet Transform (DWT) has been applied on the vibrationa...
Engine knock has long been a well recognized phenomenon in the automotive industry. Detecting engine...
In this work, a knock detection approach based on in-cylinder pressure principal component analysis ...