פריטים דומים: HYBRID AI MODEL INTEGRATING DEEP LEARNING AND FUZZY LOGIC FOR TOMATO LEAF DISEASE DETECTION AND SEVERITY ESTIMATION /
- Fuzzy sets and fuzzy logic : theory and applications /
- Fuzzy sets and fuzzy logic : theory and applications /
- LEAF DISEASE DETECTION BASED ON GENERATIVE ADVERSARIAL NETWORK /
- Introduction to fuzzy sets and fuzzy logic /
- Fuzzy logic with engineering applications /
- Fuzzy logic for embedded systems applications /
נושא: Computer Science and Engineering
- USER SESSION BASED AUTOMATED TEST CASE GENERATION USING NEUMATIC ALGORITHM /
- ROBUST OBJECT SEGMENTATION USING MODIFICATION OF CLASSICAL SPLIT AND MERGE ALGORITHM /
- A CLOUD-BASED MODEL FOR DEVELOPING E-COMMERCE APPLICATIONS IN CONTEXT OF BANGLADESH /
- CLOUD BASED APPLICATION SERVER FOR UNIVERSITIES : A NEW APPROACH /
- OPTIMIZING DIVIDE AND CONQUER BASED ALGORITHMS : THE CASE OF HEAPSORT /
- CLUSTERING AND ANT COLONY BASED ROUTING PROTOCOL FOR WIRELESS SENSOR NETWORKS /
נושא: This Thesis Paper of CSE in M.Sc Program.
- DIABETIC RETINOPATHY STAGE DETECTION USING RETINAL FUNDUS IMAGES THROUGH ENSEMBLE LEARNING APPROACH/
- BANGLA HATE SPEECH DETECTION ON SOCIAL MEDIA USING MACHINE LEARNING MODEL/
- MULTI-CLASS BREAST CANCER DETECTION USING DEEP LEARNING AND QUANTUM ANNEALING-BASED HYPERPARAMETER OPTIMIZATION /
- DETECTING THE FETAL HEALTH CONDITION USING FEDERATED LEARNING APPROACH WITH INCENTIVE-BASED REWARDS SYSTEM /
- RETINAL VESSEL SEGMENTATION USING MODIFIED U-NET MODEL /
- DESIGN AND DEVELOPMENT OF A MINI INTERACTIVE EDUCATIONAL TOOL FOR KIDS /
מחבר: Islam, Md Hasibul
מחבר: Supervised by Fernaz Narin Nur
- HYBRID AI MODEL INTEGRATING DEEP LEARNING AND FUZZY LOGIC FOR TOMATO LEAF DISEASE DETECTION AND SEVERITY ESTIMATION /
- ADAPTIVE AND AGGREGATED MODEL FUSION FOR FEDERATED INTRUSION DETECTION IN HETEROGENEOUS EDGE NETWORKS /
- DEVELOPMENT OF A CNN-MODEL BASED SYSTEM FOR RECOGNITION OF BANGLA HANDWRITTEN TEXT /
- ENSEMBLE LEARNING IN CYBERBULLYING DETECTION USING TRANSFORMER MODELS: A MULTILINGUAL AND EXPLAINABLE AI APPROACH /