This paper presents the Distributed Environment for Virtual and/or Real Experiments for Underwater Robots (DEVRE). This environment is composed of a set of processes running on a local area network composed of three sites: (1) the onboard AUV computer, (2) a Surface computer used as human machine interface (HMI) and (3) a computer used for simulating the vehicle dynamics and representing the vi...

It is clear that the surface electromyographic-based (sEMG) human-machine interface (HMI) shows a reduction in stability when the muscle fatigue occurs. This paper presents an improved incremental training algorithm that is based on online support vector machine (SVM). The continuous wavelet transform is used to study the changes of sEMG when muscle fatigue occurs, and then the improved online ...

The prediction of the auto-ignition delay time of fresh fuel in hot air is studied. This problem, encountered in many combustion systems, is in practice often calculated using a simple method, hereafter called homogeneous mixing ignition (HMI). This method however neglects transport effects and calculates local instead of global ignition properties. A second method is therefore studied called l...

The aim of this study was to compare the success two different Human Machine Interfaces (HMIs) in attracting drivers’ attention when they were engaged a Non-Driving-Related Task (NDRT) during SAE Level 3 driving. We also assessed value each on perceived safety and trust. A driving simulator experiment used investigate response non-safety-critical transition control five cut-in events (one hard;...

Abstract We study the holographic entanglement measures such as mutual information, HMI, and of purification, EoP, in a QCD model at finite temperature zero chemical potential. This can realize various types phase transitions including crossover, first order second transitions. use HMI EoP to probe structure this we find that critical they characterize model. Moreover obtain exponent using EoP.

In order to cope with re-configurability of manufacturing system, it is quintessential to test industrial control logic rapidly and easily in the design-time, and monitor operational behavior correctly in the run-time of automated manufacturing system. Proposed integrated model for virtual prototyping and operational monitoring of industrial control logic is to improve limitations of current la...

With the aim of developing an accurate pathological brain detection system, we proposed a novel automatic computer-aided diagnosis (CAD) to detect pathological brains from normal brains obtained by magnetic resonance imaging (MRI) scanning. The problem still remained a challenge for technicians and clinicians, since MR imaging generated an exceptionally large information dataset. A new two-step...

We present triboelectrification based, flexible, reusable, and skin-friendly dry biopotential electrode arrays as motion sensors for tracking muscle motion and human-machine interfacing (HMI). The independently addressable, self-powered sensor arrays have been utilized to record the electric output signals as a mapping figure to accurately identify the degrees of freedom as well as directions a...

Spoken dialogue based human-machine interfaces (HMI) are b ecoming more and more widely integrated in computer applications. Speech allows doing some task easier and faster. The combination with a more traditional means of inputs and outputs – i .e. the multimodality factor becom es more and m ore important allowing wider accessibility. It is important to model and design spoken language dialog...

In recent years, there are many naturalistic driving projects have been conducted, such as the 100-Car Project (Naturalistic Driving study in United State), EuroFOT(European Large-Scale Field Operational Tests on Vehicle Systems), SeMi- FOT(Sweden Michigan Naturalistic Field Operational Test and etc. However, those valuable naturalistic driving data hasn't been applied into Human-machine Intera...