DSpace JSPUI

EFFICIENT EDGE AI FRAMEWORKFOR REAL-TIME IOT VISION SYSTEM USING DEEP LEARNING See

MACHINE LEARNING-BASED BIOMARKER EARLY DETECTION OF MENTAL HEALTH DISORDERS See

RELIABILITY AND RESILIENCE IN AI DRIVEN SYSTEMS: BENCHMARKING CAUSAL ESTIMATORS, PROFILING INFOSTEALER MALWARE, AND ADVANCING MULTILINGUAL SENTIMENT ANALYSIS See

EXPLAINABLE MULTIMODAL GENERATIVE AI FRAMEWORK FOR DISEASE DETECTION USING MEDICAL IMAGES AND CLINICAL REPORTS See

MULTI-VIEW USER SIMILARITY ANALYSIS ON TWITTER See

SKIN CANCER DETECTION USING DEEP LEARNING METHODS See

AMULTIMODAL CLINICAL DECISION SUPPORTSYSTEMUSING VISION-LANGUAGE MODELSANDRETRIEVAL-AUGMENTED GENERATION See

AUTOMATED SOFTWARE BUG TRIAGING AND DEVELOPER RECOMMENDATION USING CLASSICAL MACHINE LEARNING, DEEP LEARNING AND LLM-BASED APPROACHES See

EXPLAINABLE HYBRID FRAMEWORK FOR CREDIT CAR DFRAUD DETECTION USING TRANSFORMERS See

ANALYSIS AND DETECTION OF WIND TURBINE BLADE PERFORMANCE USING MACHINE LEARNING ALGORITHM See

LIGHT WEIGHT DEEP LEARNING FRAMEWORK FOR DEMENTIA STAGE IDENTIFICATION USING CORONAL MRI SCANS See

OPTIMIZING RETRIEVAL-AUGMENTED GENERATIONFOR AI-DRIVENHEALTHCARE PATENTS VIA HYBRID SPARSE-DENSE FUSION ANDCROSS-ENCODERRERANKING See

NOVEL EFFICIENT DEEP LEARNING ARCHITECTURES FOR MEDICAL IMAGE ANALYSIS See

HUMAN ACTIVITY RECOGNITION: A DUAL PERSPECTIVE ON DEEP LEARNING AND HEALTHCARE MONITORING See

HYBRID DEEP LEARNING APPROACHES FOR CYBER THREAT DETECTION IN NETWORK AND SOCIAL MEDIA See

LOW-LIGHT IMAGE ENHANCEMENT USING A CONVOLUTIONAL ATTENTION MECHANISM IN THEZERODCE FRAMEWORK See

A CONTROLLED STUDY OF PARAMETER-EFFICIENT FINE-TUNING IN COLD-START RECOMMENDATION See

COMPARATIVE EVALUATION OF TRANSFORMER-BASED GENERATIVE MODELS FOR ABSTRACTIVE TEXT SUMMARIZATION: A SYSTEMATIC REVIEW AND IMPLEMENTATION STUDY WITH FACTUAL CONSISTENCY ANALYSIS See

INFANT CRY DETECTION USING DEEPLEARN ING: EXPLORING DEEP LEARNING ARCHITECTURES AND OVERSAMPLING TECHNIQUES See