Asst.Prof.Dr. SANTI NURATCH

Work Affiliations

Strategic Research Themes

Publications

  

  

  

1 of 2

  

  

  

• ● Smart System for Reducing the Spread of Covid-19 ; Sneeyaporn Pengsook, Siritiwa Pangvuthiwanit, Wanchak Lenwari, et al.; 2024; Conference proceedings article
• ● IoT-Based Embedded Device Development and RealTime Analysis for Unexpected Operations of Motors; Teerapat Riyota; Panuthat Boonpramuk; Santi Nuratch; 2022; Conference proceedings article
• ● Embedded System Design and Development for Data Acquisition and IoT-based Control and Monitoring using Event-Driven Techniques; Raweenipha Jitaree, Santi Nuratch; 2021; Conference proceedings article
• ● IoT Device and Virtual Representation Application Design and Implementation for Physical World and Virtual World Real-time Synchronization; Marida Manothiang, Santi Nuratch; 2021; Conference proceedings article
• ● Design and Development of Cyber Physical System for Real-Time Web-based Visualization and Control of Robot Arm; Khrueangsakun S., Nuratch S., Boonpramuk P.; 2020; Conference proceedings article
• ● Design and Development of Cyber Physical System for Real-Time Web-based Visualization and Control of Robot Arm; Suwanan Khrueangsakun, Santi Nuratch, Panuthat Boonpramuk; 2020; Conference proceedings article
• ● Design and Implementation of Fully Automated Calibration System for Multiple Temperature-Controlled Enclosures Using Networked Measurement and Real-time Steady-State Detection Approaches; Jettana Tongbai, Santi Nuratch; 2020; Conference proceedings article
• ● Design and Implementation of Fully Automated Calibration System for Multiple Temperature-Controlled Enclosures Using Networked Measurement and Real-time Steady-State Detection Approaches; Tongbai J., Nuratch S.; 2020; Conference proceedings article
• ● Automatic Sampling Time Adaptation for Networked Digital Controller based-on Embedded System; Prempreechakun N., Nuratch S., Boonpramuk P.; 2019; Journal article
• ● Design and development of multiple protocols supported embedded gateway for industrial networked electrical metering systems; Charukwongsawat S., Nuratch S., Boonpramuk P.; 2019; Conference proceedings article
• ● The graphics and physics engines for rapid development of 3d web-based applications; Eamnapha N., Nuratch S., Lenwari W.; 2019; Conference proceedings article
• ● A serial Bootloader with IDE extension tools design and implementation technique based on rapid embedded firmware development for developers; Nuratch S.; 2018; Conference proceedings article
• ● Cyber-Physical system based real-time management for tapioca starch industry; Pimthong N., Koolpiruck D., Nuratch S., et al.; 2018; Conference proceedings article
• ● The IIoT devices to cloud gateway design and implementation based on microcontroller for real-time monitoring and control in automation systems; Nuratch S.; 2018; Conference proceedings article
• ● A universal microcontroller circuit and firmware design and implementation for iot-based real-Time measurement and control applications; Nuratch S.; 2017; Conference proceedings article
• ● Design and implementation of microcontroller-based platform-independent Real-time WebSocket Server for monitoring and control applications; Nuratch S.; 2017; Conference proceedings article
• ● Design and implementation technique of dead-time controlled PWMs based on 16-bit microcontroller with GUI tool for power switching controller; Nuratch S.; 2017; Conference proceedings article
• ● Embedded device and computer co-operative system design and implementation for industrial real-Time measurement and control applications; Nuratch S.; 2017; Conference proceedings article
• ● Microcontroller-based modbus master design and implementation for multiple networks and platforms using object-based design technique; Nuratch S.; 2017; Conference proceedings article
• ● Firmware design and development of MCU and Matlab-Simulink interfacing for real-time measurement, analysis and control applications; Nuratch S.; 2016; Conference proceedings article

Expertise