Zhuang Ouyang
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View article: Enhancing Driver Fatigue Monitoring: A Hybrid Human–Machine Intelligence Framework with Adaptive Real-time Feedback
Enhancing Driver Fatigue Monitoring: A Hybrid Human–Machine Intelligence Framework with Adaptive Real-time Feedback Open
View article: Segmentation of Oral Mucosal Cell Sampling Images Based on Enhanced Deeplabv3+ Algorithm
Segmentation of Oral Mucosal Cell Sampling Images Based on Enhanced Deeplabv3+ Algorithm Open
View article: Multi-objective Slime Mold Algorithm: A Slime Mold Approach Using Multi-objective Optimization for Parallel Hybrid Power System
Multi-objective Slime Mold Algorithm: A Slime Mold Approach Using Multi-objective Optimization for Parallel Hybrid Power System Open
Owing to the importance of the fuel economy and emission performance of parallel hybrid electric vehicles (PHEVs), parallel hybrid systems are a critical research topic in the vehicle industry.However, previous research has endeavored to r…
View article: Feasibility of Approximate Model Optimization for Lightweight Design of Vehicle Body Structure Based on Sequential Quadratic Programming Algorithm
Feasibility of Approximate Model Optimization for Lightweight Design of Vehicle Body Structure Based on Sequential Quadratic Programming Algorithm Open
View article: Research on a Real-Time Driver Fatigue Detection Algorithm Based on Facial Video Sequences
Research on a Real-Time Driver Fatigue Detection Algorithm Based on Facial Video Sequences Open
The research on driver fatigue detection is of great significance to improve driving safety. This paper proposes a real-time comprehensive driver fatigue detection algorithm based on facial landmarks to improve the detection accuracy, whic…
View article: Indicator-Free Argentometric Titration for Distance-Based Detection of Chloride Using Microfluidic Paper-Based Analytical Devices
Indicator-Free Argentometric Titration for Distance-Based Detection of Chloride Using Microfluidic Paper-Based Analytical Devices Open
We described an indicator-free argentometric titration strategy using a microfluidic paper-based analytical device. This strategy was based on the formation of insoluble silver salts by reactions occurring between analytes and titrant (Ag<…
View article: Instrument-free detection of polyphenols with a thread-based analytical device
Instrument-free detection of polyphenols with a thread-based analytical device Open
We described an instrument-free method for quantitative analysis of the total content of tea polyphenols by measurement of the length of a coloured band. Polyphenols react with ferrous ions to form a colourless ferrous-polyphenols complex …
View article: Supplementary material from "Instrument-free detection of polyphenols with a thread-based analytical device"
Supplementary material from "Instrument-free detection of polyphenols with a thread-based analytical device" Open
We described an instrument-free method for quantitative analysis of the total content of tea polyphenols by measurement of the length of a coloured band. Polyphenols react with ferrous ions to form a colourless ferrous-polyphenols complex …