The development of onboard sensors in combination with internet connectivity provides a
better driving experience, which fuels the growth of automotive market. The ever growing …

A study was conducted to develop an accurate simulation tool with a small computer
resource footprint for engine design. The modelling approach uses artificial neural networks …

Engine manufacturers are constantly striving to find new and improved techniques for the
monitoring and control of motor-vehicle engines. The aim is to achieve reduced exhaust …

Ion current sensors have been considered for the feedback electronic control of gasoline
and diesel engines and for onboard vehicles powered by both engines, while operating on …

The emerging Variable Valve Timing (VVT) technology complicates the estimation of air flow
rate because both intake and exhaust valve timings significantly affect engine's gas …

This study investigates the effects of engine speed, load, ignition timing and excess air
coefficient on the ionization current and presents an artificial neural network model to predict …

This paper presents various methods of misfire detection in engines equipped with
OBDIIlEOBD systems both beingalready in mass production and those still under …

The cycle-to-cycle and cylinder-to-cylinder variations that occur in a spark ignited engine
create the opportunity for monitoring combustion in real time to provide useful benefits for …

The introduction of inexpensive cylinder pressure sensors provides new opportunities for
precise engine control. This paper presents a control strategy of spark advance and air-fuel …

The ionization sensor is an electrical probe for diagnostics in internal combustion engines.
The combustion process affects the electrical properties of the gas in the cylinder. Thus the …