A B C D E G H J K L M N O P R S T U V W Y Z
Author | Session | Start page | Title |
---|---|---|---|
A A B C D E G H J K L M N O P R S T U V W Y Z | |||
Aimtongkham, Phet | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Anuwongpinit, Thanavit | S9.3 | Internet of Things Based Practical Smart Environmental Monitoring System for Poultry Farm | |
Arampongsanuwat, Saowalak | S6.1 | Improving Defamation Detection Accuracy on Facebook Using Advanced Text Methods | |
S6.2 | Integrating Multimodal Deep Learning for Accurate Classification and Retrieval of the Motifs on the Centre of Sukhothai Ceramics | ||
Archevapanich, Tuanjai | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
S9.3 | Internet of Things Based Practical Smart Environmental Monitoring System for Poultry Farm | ||
Asavasuthirakul, Duangduen | S6.7 | Integrating RGB and DSM Data for Enhanced Building Segmentation in UAV Images | |
B A B C D E G H J K L M N O P R S T U V W Y Z | |||
Boodnon, Wutthiphong | S1.3 | Low-Cost Multispectral Acquisition Device Coupled with Machine Learning for Detecting Adulteration of Honey | |
Boonchoo, Thapana | S5.6 | A Robustness Study of Federated Learning for EEG-Based Eye State Classification | |
Boonrod, Thummarat | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | ||
V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | ||
Boontieaw, Warisara | S2.1 | A Mixed-Integer Linear Programming Approach for Efficient Operating Room Scheduling | |
Borattasuwan, Chayakun | S2.5 | Cybercrime Websites Report and Verification System Using Machine Learning Classification | |
Boriwan, Pornpimon | V1.3 | A Green and Unified Log Framework Incorporating Machine Learning and Multi-Objective Feature Selection | |
C A B C D E G H J K L M N O P R S T U V W Y Z | |||
Chaiaroon, Paweena | S6.4 | Digital Workforce Matching: a Machine Learning Model for Skill-Based Job Classification and Recommendation | |
Chaisiwamongkol, Ratikorn | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Chaisiwamongkol, Wichuda | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Chalarak, Nawarerk | S4.1 | Area Assessment of Psoriasis Lesions Based on Image Augmentation: a Study on Utilizing Standard Skin Disease Datasets to Address the Lack of Thai Skin Images | |
Chanbuala, Khathawut | V1.2 | Security Analysis and Mitigation Strategies for SSL Stripping and Keylogging Attacks: a Case Study of Thai Financial, Commercial, and Educational Web Platforms | |
Chaowalit, Orawan | S6.1 | Improving Defamation Detection Accuracy on Facebook Using Advanced Text Methods | |
S6.2 | Integrating Multimodal Deep Learning for Accurate Classification and Retrieval of the Motifs on the Centre of Sukhothai Ceramics | ||
Chaowalittawin, Vasutorn | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
Chen, Chi Han | S2.2 | Integration of Image Processing and Machine Learning Technologies in an Automated Wastewater Detection System for the Electroplating Industry | |
Chen, Hong | V2.5 | Determining Banana Properties Using Machine Learning Ripeness Features | |
Cheng, Rung-Shiang | S2.2 | Integration of Image Processing and Machine Learning Technologies in an Automated Wastewater Detection System for the Electroplating Industry | |
Chiang, Chen-Kuo | S1.1 | DPCT: Disentangling Personal Style and Content for Chinese Handwriting Generation with Transformer | |
Choothong, Warachanan | V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | |
Chothanom, Aniruth | V2.1 | Evaluating Model Performance for Sentiment Analysis on Game Reviews | |
Chotpornseema, Khaninnat | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | ||
Chottanom, Pinidchaya | V2.2 | A Comparative Study on Imputation Methods for Clustering with Missing Data | |
Chungnoi, Kittanut | S2.8 | BERT - Driven Course Analysis for Improved Academic Decision-Making | |
D A B C D E G H J K L M N O P R S T U V W Y Z | |||
Daungcharone, Kannika | S3.5 | Ubiquitous Collaborative Learning Applications: Driving Gender-Inclusive Success in Computer Education | |
S3.1 | A Comparative Study of Game-Based Learning and Collaborative Learning in Computer Programming: Impact on Motivation to Learn, Programming Skills, and Learning Achievement | ||
Distanont, Anyanitha | V2.7 | Using Machine Learning Techniques to Compare Classification Model Efficiency for Analyzing Library Usage Factors and Student Academic Performance | |
Dittakan, Kwankamon | S1.6 | An Analysis of Customer Segmentation in Restaurant Business Using RFM Analysis and K-Means Clustering | |
S2.7 | Fungus Detection in Peanuts from Smart Lens Imagery Using Convolutional Neural Network | ||
E A B C D E G H J K L M N O P R S T U V W Y Z | |||
Elenzano, Jayson | S9.4 | Development of Smart Technologies for Profitable Onion Production | |
G A B C D E G H J K L M N O P R S T U V W Y Z | |||
Gabr, Mohamed | V1.1 | Brain Tumor Segmentation Using K-Means Clustering and 3D Unsharp Masking Integrated with a 3D U-Net Architecture for Clinical Use | |
Gatchalee, Pagon | S5.3 | Intention Classification of Chinese Topics on Thai Facebook Pages Using Transformer Models with Emotional Features | |
Gulatee, Yuwanuch | V2.8 | Higher Education and Generative AI (ChatGPT) | |
H A B C D E G H J K L M N O P R S T U V W Y Z | |||
Hmokaew, Chaiwat | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
Hongma, Phumin | V2.8 | Higher Education and Generative AI (ChatGPT) | |
Hongma, Rawiworn | V2.8 | Higher Education and Generative AI (ChatGPT) | |
Hongwitayakorn, Apisake | S4.4 | Deep Learning-Based Cross-Domain Recommendation System for Matching Bakery Products with Appropriate Packaging | |
Horkaew, Paramate | S1.4 | Two-Step Textual Similarity-Based Approach for Predicting Suitable Production Line for a Newly Designed Product | |
Hsu, Heng-Cheng | S1.1 | DPCT: Disentangling Personal Style and Content for Chinese Handwriting Generation with Transformer | |
J A B C D E G H J K L M N O P R S T U V W Y Z | |||
Jabjone, Saisunee | S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | |
Jakawat, Wararat | S3.7 | Monitoring and Predicting Chemical Testing of Water Types: LIMS System | |
Janyoi, Pongsathon | S1.2 | Exploring Fine-Tuning of BERT for End-to-End Thai Aspect-Based Sentiment Analysis | |
Jareanpon, Chatklaw | V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | |
Jaroenruen, Yuttana | S2.4 | Development of Generative Chatbot Towards Thai Rice Knowledge Using Retrieval-Augmented Generation | |
Jarupadung, Somsri | S3.7 | Monitoring and Predicting Chemical Testing of Water Types: LIMS System | |
Jintapitak, Manissaward | S3.2 | The Enhancing System Thinking and Teamwork Through LEGO® SERIOUS PLAY®: a Case Study in Knowledge and Innovation Management | |
Jirakajornjaritkul, Chinnakorn | V1.5 | Evaluating Energy-Water Ratio Efficiency in Irrigation Area Agricultural Water Management | |
Jirattisak, Sumet | S4.1 | Area Assessment of Psoriasis Lesions Based on Image Augmentation: a Study on Utilizing Standard Skin Disease Datasets to Address the Lack of Thai Skin Images | |
Jitanan, Sutasinee | S6.7 | Integrating RGB and DSM Data for Enhanced Building Segmentation in UAV Images | |
Jitpattanakul, Anuchit | V2.6 | Inertial Sensor-Driven Deep Learning for Robust Driver Behavior Monitoring in Industrial Environments | |
K A B C D E G H J K L M N O P R S T U V W Y Z | |||
Kaewboonma, Nattapong | S2.4 | Development of Generative Chatbot Towards Thai Rice Knowledge Using Retrieval-Augmented Generation | |
Kaewkamol, Porntida | S3.3 | User-Centric Design Thinking Framework for Digital Transformation: Bridging the Digital Literacy Gap in Thai Manufacturing SMEs | |
Kaewyotha, Jakkrit | S1.2 | Exploring Fine-Tuning of BERT for End-to-End Thai Aspect-Based Sentiment Analysis | |
S6.5 | Multi-Scale Feature Aggregation and Attention (MSFAA) Model for Enhanced Facial Expression Recognition | ||
Kannikaklang, Nikorn | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Kanphakdee, Nattharat | S7.3 | Unveiling Prime Investment Opportunities in Raw Land: a Data-Driven GIS Approach to Price Prediction and Cost Comparison in Phra Nakhon Si Ayutthaya | |
Kanraweekultana, Natratanon | S6.4 | Digital Workforce Matching: a Machine Learning Model for Skill-Based Job Classification and Recommendation | |
V2.7 | Using Machine Learning Techniques to Compare Classification Model Efficiency for Analyzing Library Usage Factors and Student Academic Performance | ||
Kantanet, Yeunyong | S5.7 | Enhancing a Temporal Fusion Transformer Using GRU-LSTM Encoder-Decoder for Effective Solar Generation Forecasting | |
Khajohnsaksumeth, Nathnarong | S6.3 | Facility Location Problem with Balancing Facility Workloads and Probabilistic Customer Demands | |
Khamphroh, Aphi | V2.8 | Higher Education and Generative AI (ChatGPT) | |
Khankasikam, Krisda | V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | |
Khantichaimongkol, Vitthawin | S2.8 | BERT - Driven Course Analysis for Improved Academic Decision-Making | |
Khiewwan, Kanokwan | S6.7 | Integrating RGB and DSM Data for Enhanced Building Segmentation in UAV Images | |
Khongmalai, Orapan | V2.7 | Using Machine Learning Techniques to Compare Classification Model Efficiency for Analyzing Library Usage Factors and Student Academic Performance | |
Khruahong, Sanya | S5.1 | Diagnosis of Mango Leaves Diseases Using Deep Learning Techniques | |
Kitsiranuwat, Satanat | S7.2 | Identifying Key Factors for Multiclass Classification of Bird Sounds Based on Wav2Vec Model | |
Klinla-Or, Tharathep | S9.1 | Verifiable Credential Wallet for Digital Transcripts | |
Kloysawat, Noppanan | S2.3 | A Comparative Study on Electricity Consumption Predictive Models of Electronic Manufacturing in Thailand | |
Koatborom, Phetngam | S1.7 | Machine Learning Predictions for Mean-Absolute Deviation Optimization in Stock Portfolios | |
Kongcharoen, Chaknarin | S8.4 | The Use of Marketing Technology in Stock Firm Based on Insourcing and Outsourcing Strategy | |
Kravenkit, Satit | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Krungseanmuang, Woranidtha | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
Kumyaito, Nattapon | S5.7 | Enhancing a Temporal Fusion Transformer Using GRU-LSTM Encoder-Decoder for Effective Solar Generation Forecasting | |
Kuntitan, Pitikan | S6.1 | Improving Defamation Detection Accuracy on Facebook Using Advanced Text Methods | |
S6.2 | Integrating Multimodal Deep Learning for Accurate Classification and Retrieval of the Motifs on the Centre of Sukhothai Ceramics | ||
L A B C D E G H J K L M N O P R S T U V W Y Z | |||
Lang, Rathana | S8.2 | Ontology-Based Food Recommendations for Tourists Exploring and Navigating Cambodian Cuisine | |
Lapcharoensuk, Ravipat | S1.3 | Low-Cost Multispectral Acquisition Device Coupled with Machine Learning for Detecting Adulteration of Honey | |
Lawpanom, Rit | S6.5 | Multi-Scale Feature Aggregation and Attention (MSFAA) Model for Enhanced Facial Expression Recognition | |
Lin, Adam | S2.2 | Integration of Image Processing and Machine Learning Technologies in an Automated Wastewater Detection System for the Electroplating Industry | |
Luaphol, Bancha | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | ||
V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | ||
Lunvongsa, Thayanont | S1.3 | Low-Cost Multispectral Acquisition Device Coupled with Machine Learning for Detecting Adulteration of Honey | |
M A B C D E G H J K L M N O P R S T U V W Y Z | |||
Maneewong, Apichaya | S2.5 | Cybercrime Websites Report and Verification System Using Machine Learning Classification | |
Manthawornsiri, Chananont | S9.3 | Internet of Things Based Practical Smart Environmental Monitoring System for Poultry Farm | |
Manucham, Natthapumin | V2.1 | Evaluating Model Performance for Sentiment Analysis on Game Reviews | |
Meesumrarn, Thiraphat | V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | |
Mekruksavanich, Sakorn | V2.6 | Inertial Sensor-Driven Deep Learning for Robust Driver Behavior Monitoring in Industrial Environments | |
Meteepatipan, Arisman | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Morita, Fuka | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
Mueangkhot, Thanyalak | S8.4 | The Use of Marketing Technology in Stock Firm Based on Insourcing and Outsourcing Strategy | |
Muhamad, Putsadee | S3.7 | Monitoring and Predicting Chemical Testing of Water Types: LIMS System | |
Mungklachaiya, Sujitranan | S4.5 | Enhancing Natural Attraction Scene Classification with Attention Mechanism: Attention-X | |
Mungklachaiya, Sujitranan | S4.6 | Ensembled-Features Deep Learning for Soil pH Classification: Addressing Intra-Class Similarity with GLCM and Neural Networks | |
Musikasuwan, Salang | S1.6 | An Analysis of Customer Segmentation in Restaurant Business Using RFM Analysis and K-Means Clustering | |
S2.3 | A Comparative Study on Electricity Consumption Predictive Models of Electronic Manufacturing in Thailand | ||
S4.3 | Trend Analysis and Prediction of Maximum Temperature in Southern Thailand | ||
N A B C D E G H J K L M N O P R S T U V W Y Z | |||
Nakvachiratrakul, Chantra | S1.4 | Two-Step Textual Similarity-Based Approach for Predicting Suitable Production Line for a Newly Designed Product | |
Namahoot, Chakkrit | S8.3 | Optimizing Diabetes Prediction: Integrating Machine Learning and SHAP for Enhanced Model Accuracy | |
S8.2 | Ontology-Based Food Recommendations for Tourists Exploring and Navigating Cambodian Cuisine | ||
Namahoot, Kanokkarn | S8.3 | Optimizing Diabetes Prediction: Integrating Machine Learning and SHAP for Enhanced Model Accuracy | |
Neuda, John Alvin | S9.4 | Development of Smart Technologies for Profitable Onion Production | |
Niramitranon, Jitti | S9.2 | Cloud-Based Face Recognition Service Optimization by Object Tracking | |
Noamna, Somkeit | S3.3 | User-Centric Design Thinking Framework for Digital Transformation: Bridging the Digital Literacy Gap in Thai Manufacturing SMEs | |
Nopnapaporn, Undaman | S4.4 | Deep Learning-Based Cross-Domain Recommendation System for Matching Bakery Products with Appropriate Packaging | |
Noppakhun, Pawichaya | S4.3 | Trend Analysis and Prediction of Maximum Temperature in Southern Thailand | |
O A B C D E G H J K L M N O P R S T U V W Y Z | |||
Okafor, Emmanuel | S2.6 | Framework for Intent Knowledge Extraction in Product Review Analysis | |
S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | ||
Orkphol, Korawit | S5.2 | Deep Learning-Driven Accent Classification and CNN-Based Speech Signal Analysis | |
P A B C D E G H J K L M N O P R S T U V W Y Z | |||
Padungwech, Wasin | S2.1 | A Mixed-Integer Linear Programming Approach for Efficient Operating Room Scheduling | |
S6.3 | Facility Location Problem with Balancing Facility Workloads and Probabilistic Customer Demands | ||
Paisarnsrisomsuk, Sarun | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Panawong, Jirapong | S2.4 | Development of Generative Chatbot Towards Thai Rice Knowledge Using Retrieval-Augmented Generation | |
Panichkitkosolkul, Wararit | S8.5 | Confidence Intervals for the XRani Distribution Parameter in Analyzing PM2.5 Concentrations in Bangkok, Thailand | |
Pannurat, Natthapon | S5.2 | Deep Learning-Driven Accent Classification and CNN-Based Speech Signal Analysis | |
Panpho, Phakakorn | S5.8 | A Classification Good and Bad Cocoons by Processing Audio and Images Using Artificial Intelligence | |
Panyavaraporn, Jantana | S1.4 | Two-Step Textual Similarity-Based Approach for Predicting Suitable Production Line for a Newly Designed Product | |
Parlikad, Ajith Kumar | S1.5 | An Approach for Enhanced Decision-Making in Multi-Objective Maintenance Planning for Integrated Railway Systems | |
Permpool, Norapattra | S3.6 | Implementing Levenshtein Edit Distance Algorithm in DNA Profiles Direct Matching | |
Petchrompo, Sanyapong | S2.1 | A Mixed-Integer Linear Programming Approach for Efficient Operating Room Scheduling | |
S1.5 | An Approach for Enhanced Decision-Making in Multi-Objective Maintenance Planning for Integrated Railway Systems | ||
Phalee, Waraporn | S5.8 | A Classification Good and Bad Cocoons by Processing Audio and Images Using Artificial Intelligence | |
Phansomboon, Sayun | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
Phaphan, Wikanda | V2.6 | Inertial Sensor-Driven Deep Learning for Robust Driver Behavior Monitoring in Industrial Environments | |
Phimbaotham, Thosang | S6.6 | Clustering of ESTS Test Scores for Students in the Faculty of Science and Technology at Loei Rajabhat University | |
Phoka, Thanathorn | V1.3 | A Green and Unified Log Framework Incorporating Machine Learning and Multi-Objective Feature Selection | |
Phonsuk, Angsana | S8.1 | The Development of E-Learning Lessons Using Augmented Reality | |
Phoophuangpairoj, Rong | V2.5 | Determining Banana Properties Using Machine Learning Ripeness Features | |
Phothisonothai, Montri | S5.2 | Deep Learning-Driven Accent Classification and CNN-Based Speech Signal Analysis | |
Pichai, Supailin | S6.6 | Clustering of ESTS Test Scores for Students in the Faculty of Science and Technology at Loei Rajabhat University | |
Plirdpring, Phakharach | S8.1 | The Development of E-Learning Lessons Using Augmented Reality | |
Pongsatorn, Punoi | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Pramote, On-Uma | S5.8 | A Classification Good and Bad Cocoons by Processing Audio and Images Using Artificial Intelligence | |
Prisan, Pheeraphat | S2.5 | Cybercrime Websites Report and Verification System Using Machine Learning Classification | |
Promboonruang, Suksun | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | ||
V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | ||
Prompitak, Kamontorn | S1.6 | An Analysis of Customer Segmentation in Restaurant Business Using RFM Analysis and K-Means Clustering | |
Promrit, Nuttachot | S6.4 | Digital Workforce Matching: a Machine Learning Model for Skill-Based Job Classification and Recommendation | |
S5.3 | Intention Classification of Chinese Topics on Thai Facebook Pages Using Transformer Models with Emotional Features | ||
S4.4 | Deep Learning-Based Cross-Domain Recommendation System for Matching Bakery Products with Appropriate Packaging | ||
Puangpronpitag, Darunee | V1.2 | Security Analysis and Mitigation Strategies for SSL Stripping and Keylogging Attacks: a Case Study of Thai Financial, Commercial, and Educational Web Platforms | |
Puangpronpitag, Egachai | V1.2 | Security Analysis and Mitigation Strategies for SSL Stripping and Keylogging Attacks: a Case Study of Thai Financial, Commercial, and Educational Web Platforms | |
Puangpronpitag, Somnuk | V1.2 | Security Analysis and Mitigation Strategies for SSL Stripping and Keylogging Attacks: a Case Study of Thai Financial, Commercial, and Educational Web Platforms | |
Punriboon, Chatchai | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Purahong, Boonchana | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
S9.3 | Internet of Things Based Practical Smart Environmental Monitoring System for Poultry Farm | ||
Puthikulsakhon, Anucha | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
Putthividhya, Wanida | S5.6 | A Robustness Study of Federated Learning for EEG-Based Eye State Classification | |
R A B C D E G H J K L M N O P R S T U V W Y Z | |||
Raquel, Michael | S9.4 | Development of Smart Technologies for Profitable Onion Production | |
Rassameeroj, Ittipon | S2.5 | Cybercrime Websites Report and Verification System Using Machine Learning Classification | |
S9.1 | Verifiable Credential Wallet for Digital Transcripts | ||
Ratchatawetchakul, Kamonwan | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | ||
V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | ||
Ratchatawetchakul, Yongyut | V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | |
Rattanatamrong, Prapaporn | S5.6 | A Robustness Study of Federated Learning for EEG-Based Eye State Classification | |
S7.2 | Identifying Key Factors for Multiclass Classification of Bird Sounds Based on Wav2Vec Model | ||
Rico, Amy Lizbeth | S9.4 | Development of Smart Technologies for Profitable Onion Production | |
Rodjanadid, Benjawan | S1.7 | Machine Learning Predictions for Mean-Absolute Deviation Optimization in Stock Portfolios | |
Rojarath, Artitayaporn | S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | |
S2.6 | Framework for Intent Knowledge Extraction in Product Review Analysis | ||
V1.8 | Sentiment Analysis of Product and Service Reviews: a Systematic Literature Review of Techniques, Challenges, and Future Trends | ||
V2.1 | Evaluating Model Performance for Sentiment Analysis on Game Reviews | ||
Ronran, Chirawan | S4.2 | Enhancing BERT with High-Quality and Underrepresented Data for Improved Sentiment Analysis Accuracy | |
Ruangrajitpakorn, Taneth | S2.4 | Development of Generative Chatbot Towards Thai Rice Knowledge Using Retrieval-Augmented Generation | |
Ruanmanee, Sorapong | S9.2 | Cloud-Based Face Recognition Service Optimization by Object Tracking | |
S A B C D E G H J K L M N O P R S T U V W Y Z | |||
Sa-nga-ngam, Prush | S3.6 | Implementing Levenshtein Edit Distance Algorithm in DNA Profiles Direct Matching | |
Saardmuang, Benyapha | S5.1 | Diagnosis of Mango Leaves Diseases Using Deep Learning Techniques | |
Sabkam, Apimook | S5.4 | Ensemble Machine Learning-Based PM2.5 Modeling Using Hotspot Counts (0-1000 Km) Reflecting Chiang Mai, Thailand's Extreme Pollution | |
Saelim, Rattikan | S4.3 | Trend Analysis and Prediction of Maximum Temperature in Southern Thailand | |
Saenphon, Thirachit | V2.3 | Enhancing Audience Experience in Traditional Thai Long-Boat Racing Through Semi-Automated Competition Ranking for Streaming (SACRS) | |
Sakunrasrisuay, Chinapat | S7.4 | Automatic Corn Field Detection Using Unmanned Aerial Vehicle and Transfer Learning Based Approach | |
Salaiwarakul, Anongporn | S4.6 | Ensembled-Features Deep Learning for Soil pH Classification: Addressing Intra-Class Similarity with GLCM and Neural Networks | |
S4.5 | Enhancing Natural Attraction Scene Classification with Attention Mechanism: Attention-X | ||
Salmingo, Rene | S5.5 | Comparative Analysis of Feature Extraction Methods for Motor Imagery Classification in Brain-Computer Interfaces Using K-Nearest Neighbor | |
Samutrak, Phairoj | V1.5 | Evaluating Energy-Water Ratio Efficiency in Irrigation Area Agricultural Water Management | |
Sanchana, Wiraiwan | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
Sangkatip, Worawith | S2.6 | Framework for Intent Knowledge Extraction in Product Review Analysis | |
Sathaporn, Posathip | V2.9 | Banana Quality Classification Using Lightweight CNN Model with Microservice Integration System | |
Silapasuphakornwong, Piyarat | V2.3 | Enhancing Audience Experience in Traditional Thai Long-Boat Racing Through Semi-Automated Competition Ranking for Streaming (SACRS) | |
Singsaro, Soraya | S3.7 | Monitoring and Predicting Chemical Testing of Water Types: LIMS System | |
Sirivadhanakul, Thitiwan | S7.2 | Identifying Key Factors for Multiclass Classification of Bird Sounds Based on Wav2Vec Model | |
Siriwallop, Dulachat | S6.6 | Clustering of ESTS Test Scores for Students in the Faculty of Science and Technology at Loei Rajabhat University | |
Sitdhisanguan, Karanya | S6.4 | Digital Workforce Matching: a Machine Learning Model for Skill-Based Job Classification and Recommendation | |
Sitorus, Agustami | S1.3 | Low-Cost Multispectral Acquisition Device Coupled with Machine Learning for Detecting Adulteration of Honey | |
Sittijuk, Pramote | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
Sittiwa, Ekkawit | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | ||
Songmuang, Pokpong | S2.8 | BERT - Driven Course Analysis for Improved Academic Decision-Making | |
Songpan, Wararat | S2.6 | Framework for Intent Knowledge Extraction in Product Review Analysis | |
S6.5 | Multi-Scale Feature Aggregation and Attention (MSFAA) Model for Enhanced Facial Expression Recognition | ||
V1.8 | Sentiment Analysis of Product and Service Reviews: a Systematic Literature Review of Techniques, Challenges, and Future Trends | ||
V2.1 | Evaluating Model Performance for Sentiment Analysis on Game Reviews | ||
Sonthipak, Withoon | V1.6 | Modeling to Measure the Diffusion Distance of Particulate Matter 2.5 from Combustion of Agricultural Areas | |
Srijiranon, Krittakom | S4.1 | Area Assessment of Psoriasis Lesions Based on Image Augmentation: a Study on Utilizing Standard Skin Disease Datasets to Address the Lack of Thai Skin Images | |
Srikongpan, Weerapat | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Srimora, Pamica | S5.6 | A Robustness Study of Federated Learning for EEG-Based Eye State Classification | |
Srisaengchan, Nantanee | S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | |
Srisane, Rachasee | V1.8 | Sentiment Analysis of Product and Service Reviews: a Systematic Literature Review of Techniques, Challenges, and Future Trends | |
Srisawat, Chutiphon | S5.8 | A Classification Good and Bad Cocoons by Processing Audio and Images Using Artificial Intelligence | |
Suchaiya, Sasithorn | S9.2 | Cloud-Based Face Recognition Service Optimization by Object Tracking | |
Suntisakoonwong, Phanchay | S1.3 | Low-Cost Multispectral Acquisition Device Coupled with Machine Learning for Detecting Adulteration of Honey | |
Surinta, Olarik | S2.6 | Framework for Intent Knowledge Extraction in Product Review Analysis | |
S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | ||
V1.8 | Sentiment Analysis of Product and Service Reviews: a Systematic Literature Review of Techniques, Challenges, and Future Trends | ||
V2.6 | Inertial Sensor-Driven Deep Learning for Robust Driver Behavior Monitoring in Industrial Environments | ||
T A B C D E G H J K L M N O P R S T U V W Y Z | |||
Tanantong, Kitiya | S4.1 | Area Assessment of Psoriasis Lesions Based on Image Augmentation: a Study on Utilizing Standard Skin Disease Datasets to Address the Lack of Thai Skin Images | |
Tanantong, Tanatorn | S4.1 | Area Assessment of Psoriasis Lesions Based on Image Augmentation: a Study on Utilizing Standard Skin Disease Datasets to Address the Lack of Thai Skin Images | |
Tangprasert, Kwankhao | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Telib, Abdelrahman | V1.1 | Brain Tumor Segmentation Using K-Means Clustering and 3D Unsharp Masking Integrated with a 3D U-Net Architecture for Clinical Use | |
Tetiwat, Orasa | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
Thaenthong, Jirawat | S2.7 | Fungus Detection in Peanuts from Smart Lens Imagery Using Convolutional Neural Network | |
Thanyaphongphat, Jirapipat | S3.3 | User-Centric Design Thinking Framework for Digital Transformation: Bridging the Digital Literacy Gap in Thai Manufacturing SMEs | |
Thienanantakul, Thitima | V2.7 | Using Machine Learning Techniques to Compare Classification Model Efficiency for Analyzing Library Usage Factors and Student Academic Performance | |
Thongkam, Saichon | V1.5 | Evaluating Energy-Water Ratio Efficiency in Irrigation Area Agricultural Water Management | |
Thongkoo, Krittawaya | S3.1 | A Comparative Study of Game-Based Learning and Collaborative Learning in Computer Programming: Impact on Motivation to Learn, Programming Skills, and Learning Achievement | |
S3.5 | Ubiquitous Collaborative Learning Applications: Driving Gender-Inclusive Success in Computer Education | ||
Thonglek, Kundjanasith | S5.6 | A Robustness Study of Federated Learning for EEG-Based Eye State Classification | |
Tipprasert, Suda | S1.8 | Optimizing Firewall Log File Classification with Multilayer Perceptron Neural Networks | |
Tongman, Sasiporn | V2.2 | A Comparative Study on Imputation Methods for Clustering with Missing Data | |
Tonsing, Manote | S4.2 | Enhancing BERT with High-Quality and Underrepresented Data for Improved Sentiment Analysis Accuracy | |
Tosawat, Vachirapon | S8.3 | Optimizing Diabetes Prediction: Integrating Machine Learning and SHAP for Enhanced Model Accuracy | |
Tummawat, Montakarn | V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | |
V1.7 | The Last Intensity for Optimization Thresholding and Automatic Detection of Specular Reflections | ||
U A B C D E G H J K L M N O P R S T U V W Y Z | |||
Unankard, Sayan | S4.2 | Enhancing BERT with High-Quality and Underrepresented Data for Improved Sentiment Analysis Accuracy | |
Unarat, Wantipa | V2.8 | Higher Education and Generative AI (ChatGPT) | |
Uypatchawong, Surasit | S2.8 | BERT - Driven Course Analysis for Improved Academic Decision-Making | |
V A B C D E G H J K L M N O P R S T U V W Y Z | |||
Vongtavee, Rachan | V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | |
Vongtavee, Siri-orn | V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design | |
W A B C D E G H J K L M N O P R S T U V W Y Z | |||
Waijanya, Sajjaporn | S6.4 | Digital Workforce Matching: a Machine Learning Model for Skill-Based Job Classification and Recommendation | |
S5.3 | Intention Classification of Chinese Topics on Thai Facebook Pages Using Transformer Models with Emotional Features | ||
S4.4 | Deep Learning-Based Cross-Domain Recommendation System for Matching Bakery Products with Appropriate Packaging | ||
Watjanapron, Patipan | S6.2 | Integrating Multimodal Deep Learning for Accurate Classification and Retrieval of the Motifs on the Centre of Sukhothai Ceramics | |
S6.1 | Improving Defamation Detection Accuracy on Facebook Using Advanced Text Methods | ||
Wattanakitrungroj, Niwan | V2.2 | A Comparative Study on Imputation Methods for Clustering with Missing Data | |
Wattanapongsakorn, Naruemon | S1.5 | An Approach for Enhanced Decision-Making in Multi-Objective Maintenance Planning for Integrated Railway Systems | |
Werukanjana, Phornvipa | S3.6 | Implementing Levenshtein Edit Distance Algorithm in DNA Profiles Direct Matching | |
Wiratchotisatian, Pitchaya | S7.1 | An Artificial Intelligence-Based Bone Age Assessment for Thai Children | |
Witayakiattilerd, Wichai | S7.3 | Unveiling Prime Investment Opportunities in Raw Land: a Data-Driven GIS Approach to Price Prediction and Cost Comparison in Phra Nakhon Si Ayutthaya | |
Wongnim, Chonnakarn | S5.1 | Diagnosis of Mango Leaves Diseases Using Deep Learning Techniques | |
Wongsathan, Rati | S5.4 | Ensemble Machine Learning-Based PM2.5 Modeling Using Hotspot Counts (0-1000 Km) Reflecting Chiang Mai, Thailand's Extreme Pollution | |
Wongsupha, Udom | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
Worra-arj, Phasskorn | S3.4 | Enhanced Natural Language Processing with an Ontology-Based Framework for a Criteria-Based Ethical Review System Prototype for Human Research Projects | |
Wu, Jia-Chun | S2.2 | Integration of Image Processing and Machine Learning Technologies in an Automated Wastewater Detection System for the Electroplating Industry | |
Wunnasri, Warunya | S1.2 | Exploring Fine-Tuning of BERT for End-to-End Thai Aspect-Based Sentiment Analysis | |
Y A B C D E G H J K L M N O P R S T U V W Y Z | |||
Yodmongkol, Pitipong | S3.2 | The Enhancing System Thinking and Teamwork Through LEGO® SERIOUS PLAY®: a Case Study in Knowledge and Innovation Management | |
Z A B C D E G H J K L M N O P R S T U V W Y Z | |||
Zatun, Patcharin | V2.4 | Enhancing Sustainable Agriculture: Detection of Plant Leaf Diseases Using YOLO-Based Object Detection | |
V1.4 | Community Identity Through the Use of Isan Thong Towards 2D Media Design |