ScholarWorks@Gyeongsang National University: Lee, Seong Jin

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Lee, Seong Jin (이성진)

IT공과대학 (소프트웨어공학과)

Research Area: 항공소프트웨어, 디지털 트윈, 시스템 최적화, Avionic Software, Digital Twin, System Optimization

Tel 0557721378
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Android:5||SVM:4||SSD:4||CART:3||Machine Learning:3||Smartphone:3||Health Management System:3||Hybrid Storage:2||Mobile Platform:2||Clustering:2||EdgeCPS:2||Concurrency error:2||Generative Adversarial Network:2||Line Arts Colorization:2||Digital Twin:2||machine learning:2||Tizen:2||RCU:2||MVRLU:2||Airborne Software:2||UAV (Unmanned Aerial Vehicle):2||Machine learning:2||onthefly repairing:2||Image Generation:2||airborne software:2||Journaling overhead:2||DOM tree and render tree:1||Data Augmentation:1||Database I/O usage:1||Deadlock:1||Deep learning:1||DeliverService:1||Disk I/O performance:1||Drone:1||EXT4 file system:1||Edge Cloud Computing:1||Embedded linux:1||Endtoend write amplification:1||F2FS:1||Fast boot:1||FieldProgrammable Gate Array (FPGA):1||Filesystem:1||Fire and Smoke Detection:1||Flash memories:1||Flight Path:1||Flight Plan:1||Forest Fire:1||Fractional Gaussian Noise:1||FractionalARIMA:1||Framework:1||Fsync() performance:1||GAN:1||GCS (Ground Control System):1||GOP ARIMA:1||GPU program:1||GPU 프로그램:1||Garbage Collection:1||Garbage collection:1||HDD:1||HSDPA:1||Hardware implementation:1||Hash functions:1||Hyperparameter Tuning:1||I/O Characteristics:1||I/O Workload Characterization:1||I/O analysis:1||I/O unit:1||IO analysis:1||IO trace utilities:1||IO workload characterization:1||Internet Services Classification:1||Kmeans clustering:1||Kalman filter:1||Kernel timer interrupt:1||LASER:1||LatencyAware Segment Relocation:1||Logstructured File System:1||Longrange Dependenc:1||MPEG:1||Massive Things:1||Memory Management:1||Memory leak:1||Mission Automation:1||Mobile Database:1||Mobile Web Browser:1||Modeling:1||Monitoring Forest Fire:1||Mtime update:1||NVM:1||Non Volatile Memory:1||NonTransfer Learning:1||Nonvolatile Memory:1||Nonvolatile Random Access Memory (NVRAM):1||OCT image:1||Oculomics:1||OntheFly Repairing:1||Onthefly Repairing:1||Onthefly repairing:1||Ophthalmic disease classification:1||Ophthalmology:1||Overprovisioning:1||Partitioning AI:1||Performance Evaluation:1||Persistent Object Store:1||Persistent heap:1||Persistent object:1||RAID:1||Random write:1||Realtime:1||Reliability:1||Replayer:1||SDOCT:1||SQLite:1||SQlite:1||Satellite:1||Secure Hash Algorithm (SHA):1||Selfsimilarity:1||Sequence patternMining:1||Solid state drive:1||Status Monitoring:1||Swapping:1||Synchronous write:1||Telecommand:1||Timer interrupt:1||Traffic Classification:1||Traffic classification:1||Trustworthy:1||UAV:1||Unmanned aerial vehicles:1||User Athentication:1||Webkit:1||Workload generator:1||Write amplification:1||YOLOV5:1||academic data:1||application launch time:1||atomicity violations:1||automatic colorization:1||big data:1||building thermal leakage detection:1||characterization:1||contour detection:1||crack inspection:1||deep learning:1||drones:1||dropout precision:1||dropout recall:1||energy audit:1||fault injection:1||fault robustness:1||fault tolerance:1||flight control software:1||framebased location identification:1||fundus images:1||health management:1||histogram equalization:1||hybrid method:1||hybrid storage:1||imbalanced data processing:1||index structure:1||internal parallelism:1||keyvalue store:1||line detection mode:1||line distribution generalization:1||lineart colorization:1||lockfree:1||locks:1||logical fault:1||loss function:1||manycore environment:1||manycore:1||mtime:1||multiversion concurrency control (MVCC):1||multimedia:1||network measurement:1||nonblocking synchronization technique:1||nonvolatile memory:1||nonstationary:1||operating system (OS):1||ophthalmology:1||page allocation scheme:1||parsing:1||pattern mining:1||persistency:1||physical fault:1||portability:1||power consumption measurement:1||principle component analysis:1||reliability:1||scene change detection:1||skip list:1||smart TV application:1||smartphone:1||software errors:1||software health management:1||synchronization:1||traffic prediction:1||unmanned aerial vehicle:1||variablebitrate (VBR):1||visual acuity:1||web platform:1||건전성 관리시스템:1||교착상태:1||논블록킹 동기화 기법:1||돔트리와 렌더트리:1||동시성 오류:1||메니코어:1||병행 프로그램:1||수행 중 수리:1||스마트 TV 애플리케이션:1||스킵리스트:1||시퀀스 패턴 마이닝:1||영속성:1||원자성 위배:1||웹 플랫폼:1||웹킷:1||인터넷 서비스 분류:1||자율수리:1||캐쉬 시뮬레이터:1||캐슁 알고리즘:1||파싱:1||판별 시스템:1||하이브리드 스토리지:1||3G:1||항공기 소프트웨어:1||Analysis:1||Analyzer:1||Anterior Chamber:1||Application classification:1||Application to Storage Write Amplification Factor:1||Artificial intelligence:1||Atomicity Violations:1||Atomicity violation:1||Automated onehot diagnosis:1||B plus tree:1||Browsers:1||CCSDS Protocol:1||CPS (CyberPhysical Systems):1||Cache Manager:1||Cache Simulator:1||Caching Algorithm:1||Cell Count:1||Code Generator:1||Compiler:1||Computation Offloading:1||Computer Vision:1||Concurrent program:1||Confidence inverval analysis:1||Cryptography:1||CyberPhysical System (CPS):1||

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