ScholarWorks@Gachon: Cho, Young Im

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Cho, Young Im (조영임)

College of IT Convergence (Department of Computer Engineering)

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Tel 031-750-5800
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deep learning:19||Deep learning:9||classification:7||convolutional neural network:6||CNN:6||object detection:5||lightweight model:5||Smart City:5||medical imaging:4||Machine learning:4||machine learning:4||HVAC:4||speech emotion recognition:3||Deep Learning:3||face detection:3||convolutional neural networks:3||drone:3||generative adversarial network:3||Energy Efficiency:3||Localization:3||localization:3||generative adversarial networks:3||artificial intelligence:3||Mobile robot:3||UAV:3||LSTM:3||Convolutional Neural Networks:3||Smart Grid:3||Skin Cancer:3||Camera:2||YOLOv8:2||Image classification:2||Fire detection:2||reinforcement learning:2||remote sensing:2||Neural networks:2||Image processing:2||Rhipe:2||Action Recognition:2||fire:2||Image restoration:2||fire detection:2||Surveillance:2||Apache Spark:2||flame detection:2||medical image analysis:2||attention mechanism:2||SLAM:2||smart city:2||data augmentation:2||Artificial Intelligence:2||Classification:2||data preprocessing:2||modeling:2||Atmospheric visibility:2||MSCG:2||CCTV:2||MediaPipe:2||GRU:2||support vector machine:2||Energy Management:2||Attention Mechanism:2||Internet of Things:2||neural networks:2||drowsiness detection:2||optical character recognition:2||Convolution Neural Network:2||transfer learning:2||R:2||cervical cancer:2||Visibility:2||image fusion:2||emotion recognition:2||image processing:2||Multiagent systems:2||Multiagent technology:2||indoor:2||Smart city:2||YOLOv5:2||computer vision:2||wildfire detection:2||Gamma distribution:1||Gene:1||Ghosting Artifacts:1||Gradio web app:1||Granular computing:1||Grey model:1||HARMS:1||HSV:1||HVAC System:1||HVAC systems:1||HVAS:1||Haar cascade classifier:1||Hadoop:1||Hair damage:1||Hair damage detection:1||Heating:1||Heterogeneous robots:1||Homography, air view:1||Hyperparameter optimization:1||Hаdoop:1||IOT:1||IOWA dataset:1||Image Enhancement:1||Image compression:1||Image enhancement:1||Image preprocessing:1||Image representation:1||Immune enhancement:1||Immunesuppressor:1||Indoor:1||Indoor Microclimate:1||Indoor microclimate:1||Information competency:1||Initial jump:1||Inspired bases:1||Integrodifferential Boundary Value Problems:1||Internal Control:1||Intrusion detection:1||Join:1||KMeans Clustering:1||LTE:1||Laplacian of Gaussian filter:1||Lightweight modules:1||Lightweight model:1||Local Smart City Governance:1||Locust control:1||Logistic regression:1||LwXGBoost:1||M2M:1||MANETs:1||MFCC:1||MIMO:1||MRI:1||Machine Learning:1||Median Filter:1||Melanoma:1||Melanoma Classification:1||Microclimate control system:1||Mobile:1||Modified AlexNet:1||Molecular mechanism:1||Moving Shadow Detection:1||Multistep face recognition:1||Multiagents:1||NTRU:1||Naïve Bayes:1||Neural Network:1||Object classiﬁcation:1||Object extraction:1||ObjectBased Watermark:1||OneM2M:1||Optimization:1||Oracle DBMS:1||PID:1||PID Controller:1||PID controller:1||PID 컨트롤러:1||Pap test:1||Parkinson's disease detection:1||PbD:1||Pest control systems:1||Platform:1||Platycodon grandiflorus:1||Polarity detection:1||Poplar (Populus) disease detection:1||Posterior knowledge:1||Principal Component Analysis (PCA):1||Prior knowledge:1||Pulmonaria:1||Quotient space theory:1||RGBD:1||RHadoop:1||RHаdoop:1||RVM:1||Radio frequency:1||Random forests:1||Recognition:1||Region of interest:1||Reinforcement learning:1||Removal:1||Residual learning:1||RoBERTa:1||RoBERTa embeddings:1||Robot safety:1||SEM image:1||SVM:1||Scene text detection:1||Security:1||Selftaught learning:1||Sensors:1||Sentiment analysis:1||Sentiment classification:1||Shadow:1||Shadow mask:1||ShuffleNet:1||Singular Perturbed Problems:1||Smart Building:1||Smart City Act:1||Smart City Governance Framework:1||Smart Education System:1||Smart Energy:1||Smart Home:1||Smart Microgrid:1||Smart Society:1||Smart homes:1||Smart indoor environment:1||Smart platform:1||Smart recycling:1||Smoke detection:1||Sparse modeling:1||Spotify datasets (API):1||Streaming:1||Streаming:1||StyleGAN:1||Subquery:1||Superresolution:1||Surveillance system:1||Teacherstudent collaborative knowledge:1||Thermal Process:1||Thermal balance:1||Topic modeling:1||Training Algorithm:1||Tube Serialization:1||UNet architecture:1||UAV images:1||UAVbased monitoring:1||UC San Diego Resting State EEG dataset:1||UGV:1||UNet architecture:1||Ultrasound classification:1||VGG16:1||VPIC:1||VPM:1||Ventilation:1||Video Information:1||Video Processing:1||Video Surveillance:1||Video Synopsis:1||VisNet:1||Window function:1||YOLOV6:1||YOLOv4:1||YOLOv6:1||YOLOv7:1||ad hoc networks:1||adaptive generative prior fusion:1||adaptive rotational convolution:1||adaptive security systems:1||aerial robot:1||agricultural fire detection:1||agriculture:1||anomaly detection:1||antioxidants:1||asymptotic estimates:1||athletes:1||attention:1||attention feature map:1||attention mechanisms:1||automated diagnosis:1||automated essay scoring:1||autonomous systems:1||bidirectional long shortterm memory:1||big data analytics:1||biological activity:1||biomedical image analysis:1||blackhole attacks:1||blending features:1||blinking:1||blockchain security:1||blowfish algorithm:1||bone fracture detection:1||boundary functions:1||brain tumor:1||brain tumor segmentation:1||breast cancer detection:1||bushfire:1||capsule network:1||capsule networks:1||cardiovascular diagnostics:1||cervical cancer segmentation:1||classification assessment methods:1||color space:1||comfortableable:1||computational efficiency:1||computed tomography images:1||contextual security insights:1||contrast stretching:1||convolution neural network:1||convolutional networks:1||convolutional neural networks (CNNs):1||cooperation:1||copyright:1||coronary artery disease:1||crossmodal emotion recognition:1||crossmodal memory retrieval:1||crossmodal transformer:1||cryptobotics:1||cryptocurrency risk management:1||cryptocurrency security:1||custom loss function:1||cyberphysical systems:1||cyberattack:1||data analysis:1||data integrity:1||data model:1||data privacy:1||deep convolutional neural networks (DCNN):1||deep metric learning:1||deeplearning:1||deepfake generation:1||diagnosis:1||dietary assessment:1||digital images:1||dilated convolution:1||distillation:1||distributed ledgers:1||distributed processing:1||dynamic scenes:1||dynamic sign language (DSL):1||edge computing:1||electric vehicles:1||electroencephalogram signals:1||embedding:1||embeddingbased security:1||embeddings in security:1||emerging threats in cryptocurrency:1||encoderdecoder:1||encoding methods:1||encryption:1||endoscopic image:1||energy consumption:1||environmental monitoring:1||expert systems:1||explainable ai:1||eye appearance:1||eye closure detection:1||eye tracking:1||face and hair segmentation:1||face fusion:1||face manipulation techniques:1||face recognition:1||facial expression detection:1||facial feature analysis:1||facial mask:1||facial recognition:1||feature extraction:1||ff:1||fire and smoke detection:1||fire detection systems:1||fire image dataset:1||firelike lights:1||forest environment:1||forest fire:1||forest fire and smoke segmentation:1||forgery detection:1||fully convolutional network:1||gaze estimation:1||generative adversarial networks (GANs):1||genetic syndrome:1||ghost shuffle convolution:1||global consistency loss:1||global information competency education:1||graphic user interface:1||ground robot:1||hairstyle:1||hand gesture:1||hand landmarks:1||handcrafted features:1||harmony search algorithm:1||heterogeneous systems:1||hiding capacity of images:1||highfrequency detail recovery:1||homography:1||humanaligned evaluation:1||hyperparameter optimization:1||image:1||image and video captioning:1||image blending:1||image classification:1||image colorization:1||image enhancement:1||image generation:1||image recognition:1||image segmentation:1||improved particle swarm optimization:1||instance segmentation:1||integration:1||integrity protection:1||intelligent system:1||intrusion detection system:1||inverse kinematics:1||landmark vectors application:1||landmarks:1||large language models (LLMs):1||lightweight:1||lightweight architectures:1||lightweight deep learning:1||lightweight neural networks:1||lightweight realtime systems:1||lightweight vision transformer:1||lithiumion batteries:1||local LLM implementation:1||logistic classification algorithm:1||long shortterm memory:1||longitudinal data analysis:1||low cost sensor:1||lungworts:1||machine learning in cybersecurity:1||maritime safety:1||median filter:1||medical image:1||medical image augmentation:1||medical image denoising:1||medical image segmentation:1||microclimate control system:1||mobile device:1||mobile robot:1||model speed optimization:1||monocular depth estimation (MDE):1||morphological biometrics:1||motion descriptors:1||multibranch generative prior integration network:1||multiinput deep learning:1||multimodal imaging:1||multiscale feature aggregation:1||multiscale feature fusion:1||multiscale transformer decoder:1||music trend:1||national ICT competency model:1||natural language processing (NLP):1||natural scene images:1||networked robots:1||neural ODE temporal localization:1||nonlocal neural networks:1||nuclei segmentation:1||oriented object detection:1||parallel computing:1||parameter tuning:1||phytochemicals:1||polyp:1||postquantum cryptography:1||power spectral density:1||precision agriculture:1||precision medical imaging:1||prediction of diseases:1||proactive threat mitigation:1||project success:1||pseudolabeling:1||python:1||quantitative security metrics:1||radio channel:1||radiographic analysis:1||rare diseases:1||realtime classification:1||realtime detection:1||realtime diagnostics:1||realtime fire detection:1||realtime imaging:1||realtime processing:1||realtime threat detection:1||recognition:1||recommendation system:1||residual learning:1||rotational invariance:1||routing protocols:1||satellite image superresolution:1||satellite imagery:1||scale ambiguity:1||segmentation:1||segmentation mask:1||selfattention routing mechanism:1||selfsupervised learning:1||semisupervised learning:1||sequenceaware:1||ship fire dataset:1||shipboard fire detection:1||ships:1||shuffling:1||sign language:1||singular perturbation:1||skin cancer detection:1||small parameter:1||smart contract security:1||smart home:1||smart system:1||smoke detection:1||smoke detectors:1||social media cybersecurity:1||software development methodologies:1||software middleware:1||spectral filter:1||spectrogram:1||sports medicine:1||state of health:1||statistical data:1||stochastic network:1||streaming decoder:1||streaming dense video captioning:1||superresolution:1||surveillance camera:1||synthetic medical data:1||synthetic medical tabular data:1||teacherstudent network:1||temperature control:1||text recognition:1||texttospeech synthesizer:1||thermal imaging:1||thermography device:1||threat detection:1||tracklets:1||transaction monitoring:1||transformer:1||transformers in image processing:1||tumor boundary detection:1||tunnel fire detection:1||tunnel safety:1||type 2 diabetes:1||urban surveillance:1||vector database:1||video abstraction:1||visibility:1||vision transformers:1||visionlanguage models:1||visual descriptors:1||visually impaired:1||watermark:1||watermarking:1||whale optimization:1||wildfire management:1||wildfire smoke detection:1||wireless capsule endoscopy (WCE):1||yawning detection:1||“PoplarDisease” dataset:1||결함탐지:1||고스트 이미지:1||데이터허브:1||디지털 전환:1||딥 러닝:1||딥러닝:1||라이트웨이 모듈:1||마이크로클라이메트 제어시스템:1||머신러닝:1||미디언필터:1||미적분 경계값 문제:1||백프로파게이션:1||비디오 프로세싱:1||색깔정보:1||셔플넷:1||스마트도시:1||스마트도시 거버넌스 프레임워크:1||스마트도시법:1||신경회로망:1||에너지 소모:1||온도제어:1||움직이는 그림자 감지:1||이미지 강화:1||인공지능:1||주의 메커니즘:1||지역 스마트도시 거버넌스:1||컨볼루션 신경망:1||특이성 교란 문제:1||플랫폼:1||학습 알고리즘:1||ּ 스마트시티:1||행동 인식:1||1D CNN:1||3G:1||4 DOF robotic arm:1||4G:1||AI in agriculture:1||AIdriven security solutions:1||Activation Functions:1||Agent:1||Agent architecture:1||Agent based modeling:1||Agent scenarios:1||Agile Software Development:1||Air conditioning system:1||Alzheimer's disease:1||Anoto digital pen:1||Artificial intelligence:1||Asymptotic expansion:1||Asymptotics:1||Autonomous systems:1||BERT:1||BILSTM:1||Back Propagation:1||Base station:1||BiFormer:1||Big Dаtа:1||Big data:1||Boundary layer:1||CCTV cameras:1||Cancer:1||Capsule networks:1||Cervical cancer:1||Color Information:1||Coltrol:1||Comfort level:1||Convolution neural network:1||Convolutional neural lietivorks:1||Costbased transformation:1||DCT:1||DETR model:1||DPO:1||DSL46:1||DWT:1||Damaged cuticle layers:1||Data Hub:1||Data Mining:1||Data analysis:1||Data models:1||Deep convolutional neural network:1||Defect detection:1||Dictionary learning:1||Digital Pen:1||Digital Transformation:1||Dilated convolution:1||Diseases:1||Distributed Computing:1||Dot pattern:1||Dotpattern:1||Dynamic routing:1||EELAN:1||Eboard:1||EPS:1||EU:1||Ecosystems:1||Edge detection:1||Educational Materials:1||EfficientNetV2:1||Energy consumption:1||Extra trees classifier:1||FPGA machine learning:1||Face detection:1||Face recognition:1||Fast Fourier transform:1||Firelike lights:1||Fog:1||Food recognition:1||Forensics:1||Fuzzy logic:1||GAN:1||GDPR:1||GUI:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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