ScholarWorks@Gyeongsang National University: Lee, Jung Hoon

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Lee, Jung Hoon (이정훈)

IT공과대학 (제어로봇공학과)

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Tel 0557721747
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Hybrid memory:7||NAND flash memory:6||Memory characteristics:5||저전력:4||cache memory:3||Lowpower:3||temporalspatial locality:3||Low Power:3||Buffer system:3||Flash memory:3||buffer system:3||Temporal locality:3||PCM(Phase Change Memory):2||Memory hierarchy:2||캐쉬 메모리:2||Page management method:2||Dual Cache:2||Mobile augmented reality:2||Location based service:2||발전시스템:2||버퍼 시스템:2||Smartphone:2||Low power:2||TLB:2||Low power design:2||시간적공간적 지역성:2||Temporalspatial Locality:2||Temporal/spatial locality:2||Handheld devices:2||Power Generation System:2||Cache memory:2||High Performance:2||낸드 플래시 메모리:2||low power consumption:2||Data Cache:2||DRAM:2||Fieldbus(필드버스):1||Filter mechanism:1||Floating Solar Power:1||Form Accuracy:1||Fuel cell:1||GRNN:1||Harvard vs von neumann architecture:1||High performance CPU:1||Highperformance:1||Human factors(인적요인):1||IR laser shooting:1||Image processing(영상처리):1||Inspection history management system:1||Inspection(검사):1||Instruction:1||L1 cache memory:1||L1 캐시 메모리:1||L2_cache:1||LRU algorithm:1||Linear motor(리니어 모터):1||Linear motor(리니어모터):1||Machine learning algorithm for worker predictive analysis:1||Main memory:1||Mapping table:1||Matlab Simulator:1||Memory Characteristics:1||Memory Hierarchy:1||Memory Management:1||Memory architecture:1||Memory management:1||Multimedia applications:1||Multiple page:1||NAND 플래시 메모리:1||NANDtype:1||NOR and NAND flash memory:1||NORtype:1||Newton interpolation(뉴튼보간):1||Nonvolatile memory:1||O&M:1||OPC UA:1||Open Platform Commnunications Unified Acrchitecture. CNC Grinding Machine:1||Operation and maintenance:1||Optical filter processing:1||Oval processing(타원가공):1||Page management:1||Page prefetching:1||Paging management:1||Parameter Monitoring:1||Performance:1||Performance Evaluation:1||Performance evaluation:1||Piston pin hole(피스톤 핀홀):1||Polynomial interpolation(다항식보간):1||Position synchronization(위치 동기화):1||Preventive maintenance(예방정비):1||Process Improvement:1||Profile Grinding:1||Profile processing(형상가공):1||Proof of Utkin’s theorem:1||Renewable Energy:1||Renewable Portfolio Standard:1||SLC and MLC:1||Security:1||Servo drive(서보 드라이브):1||Shipbuilding:1||Shooting training:1||Simulated shooting:1||Sliding mode control:1||Solar Power Generation Principle:1||Solar power plant:1||Solid state disk:1||TIB:1||Terminal sliding mode control(TSMC):1||Thermal Power Plant:1||Tilting unit(틸팅 유니트):1||Transformation method:1||Translation lookaside buffer:1||Translation lookaside buffer (TLB):1||Translation lookaside buffer:1||Ultrasonic sensor(초음파 센서):1||Variable structure system:1||Wayset associative:1||Wind power generator:1||XIP (execute in place):1||XiP(executeinplace):1||attemperator:1||bank structure:1||buffer memory:1||buffer or cache memory:1||cache structure:1||characteristics of instruction and data:1||data cache:1||diagonalization method:1||drum:1||dual structure:1||dynamic prefetching algorithm:1||embedded applications:1||embedded systems:1||filtering mechanism:1||flash memory:1||instruction characteristics:1||locality:1||low power:1||lowpower system:1||lowpower(저전력):1||media applications:1||memory:1||memory hierarchy:1||memory localities:1||modeling:1||multimedia:1||multimedia and general applications:1||performance evaluation:1||prefetching:1||proof of Ukin's Theorem:1||reheater:1||replacement policy:1||superheater:1||terminal sliding mode control:1||transformation method:1||validation:1||variable structure system:1||victim cache:1||write/eraser operation:1||경제성 평가:1||고성:1||고성능 데이터 캐시 메모리:1||공정개선:1||공학적 추정법:1||광학 필터 처리 분석:1||교체 정책:1||동적 메모리 접근 시간:1||동적 페칭 알고리즘:1||드론:1||매트랩 시뮬레이터:1||매핑 알고리즘(mapping algorithms):1||머신러닝 알고리즘을 이용한 작업자 예측분석:1||멀티 페이지.:1||메모리 계층구조:1||메모리 관리:1||메모리 관리 기법:1||메모리 특성:1||명령어:1||모의사격:1||뱅크 구조:1||보안:1||보일러시스템:1||부력체:1||사격 훈련:1||선박 건조:1||설계 최적화:1||성능 평가시뮬레이션:1||수상태양광:1||시간적공간적 지역성. 데이터 캐쉬:1||시간적/공간적 지역성:1||신재생에너지공급의무화제도:1||실증 연구:1||쓰기/지우기 연산:1||연료전지:1||원통연마기 개조:1||유지보수 비용:1||유지보수관리:1||이중 캐쉬:1||인공신경망:1||인공지능 기반의 안전관리:1||재생에너지:1||저전력 시스템:1||적외선 사격:1||점검이력 관리시스템:1||주소변환버퍼(TLB):1||친환경 소재:1||캠샤프트:1||케이블 경로 산출:1||케이블 절감:1||태양광 발전 원리:1||태양광 발전소:1||파라메터 모니터링:1||폐루프 제어:1||풍력발전기:1||플래시 메모리(flash memory):1||플래시 변환 계층(flash translation layer):1||형상 정밀도:1||형상연마:1||화력발전소:1||2D CAD Data Extraction:1||회피 알고리즘(recognition algorithm):1||2D CAD 데이터  추출:1||3Dmodeling:1||3D모델링:1||AI(인공지능):1||AIbased safety management:1||Aircraft(항공기):1||Airworthiness(감항성):1||Artificial Neural Network:1||Asymmetric piston(비대칭 피스톤):1||Average memory access time:1||Bank structure:1||Boiler Systems:1||Buoyancy Body:1||CNC 연삭기:1||Cable Reduction:1||Cable Routing Calculation:1||Camshaft:1||Closedloop Control:1||Cylindrical Grinder Retrofit:1||Damage(손상):1||Data cache memory:1||Design Optimization:1||Distributed clock(분산 시계):1||Dron:1||Drone(드론):1||Drones(드론):1||Dynamic access times:1||EcoFriendly Material:1||Economic rvaluation:1||Embedded memory platform:1||Empirical Research:1||Engineering estimation method:1||EtherCAT(이더캣):1||Fault(결함):1||Feedforward(피드포워드):1||

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