ScholarWorks@Soongsil University: Hong, Jiman

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Hong, Jiman (홍지만)

College of Information Technology (School of Computer Science and Engineering)

Research Area: 운영체제, 사물인터넷, 시스템보안, Operating Systems, Internet of Things, System Security

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IoT:6||wireless sensor networks:6||QoS:5||Machine learning:4||Android:4||Hadoop:4||BitBLT:3||Fairness:3||안드로이드:3||Sensor operating system:3||Clustering routing protocols:2||Spiking Neural Networks:2||CFS:2||sensor network:2||MapReduce:2||무선 센서 네트워크:2||sensor operating systems:2||Raster operation (ROP):2||CUDA:2||Steganography:2||stack overflow:2||Autonomic machine learning platform:2||Object Recognition:2||Flash memory:2||GPGPU:2||LCD device driver:2||Depth image:2||빠른 부팅:2||Linux:2||Performance Evaluation:2||hierarchical routing:2||Scheduling:2||3DTV:2||Sensor Operating Systems:2||센서 운영체제:2||low power routing:2||Load balancing:2||소프트웨어 버스마크:2||Platform:2||파일 시스템:2||공정성:2||기계학습:2||Similarity comparison:2||스케줄링:2||Software Birthmark:2||Distributed Memory System:2||플랫폼:2||Faulttolerant scheme:2||Power Management System:2||Energy efficiency:2||뉴로모픽 아키텍처:2||3D:2||Wireless sensor networks:2||Xen:2||YAFFS2:2||DIBR:2||Software birthmark:2||Proportional share scheduling:2||Neuromorphic Architecture:2||Software watermarking:2||리눅스:2||Edge Detector:1||Embedded software:1||Energy Consumption Analysis:1||Energy Management System:1||Energy aware routing:1||Energyefficiency:1||FPGA Hardware:1||FPGA 하드웨어:1||Face Image:1||Face Region:1||Facial Component:1||Fast Booting:1||Fast booting:1||Fault Tolerance:1||Fault Tolerant Modeling:1||Fault tolerance:1||Feature information:1||File Backup:1||File System:1||File system:1||Filtering system:1||Fingerprinting:1||Flooding:1||Framework:1||HDFS:1||Hadoop Cluster:1||Heterogeneous clusters:1||Hibernation:1||Hierarchical Clustering:1||HoleFilling:1||HotCold:1||HotCold data:1||Humanoid:1||Hypercall:1||I:1||I/O performance:1||I/O 응답성:1||IEC61850:1||Illegal App:1||Image registration:1||Indoor locating:1||Indoor location tracing:1||Inference Time:1||Infiniband:1||Installation Log:1||Installation Log Management Tool:1||Intelligent IoT:1||Intelligent Robots:1||Interactive object audio system:1||Internet of Things (IoT):1||Interrupt:1||IoT Computing Environment:1||IoT gateway:1||IoT 컴퓨팅 환경:1||Key management:1||Keyvalue store:1||KnowledgeBased System:1||LCD 디바이스 드라이버:1||Licensing:1||Linux KVM:1||Linux Kernel:1||Log Analysis:1||Logging:1||Lossless audio coding:1||MSA:1||Malware Detection:1||Malware classification:1||Malware database:1||Maritime route extraction:1||Maritime traffic representation:1||Memory Management:1||Migration:1||Mobile Adhoc Network:1||Mobile Cloud Computing:1||Mobile application:1||Mobile inspector:1||Mobility:1||Mount Time:1||Multithreading:1||Multiple Wireless Network:1||NAND플래시 메모리:1||NCKPT:1||Netowrk bandwidth:1||Network Bandwidth:1||Network Interface Selection:1||Network lifetime:1||Network scheduling(네트워크 스케줄링):1||Neural Network:1||Neuromorphic computing:1||Neuromorphic porcessor:1||NoSQL:1||Nonlinear optimization:1||O virtualization:1||Object Detection:1||Open source hardware:1||Optimal routing framework:1||Packet scheduling:1||Pagelevel Incremental Checkpointing:1||Parallel computing:1||Partitioning:1||Patient monitor:1||Performance:1||Performance evaluation:1||Personal step detection:1||Piracy and security:1||Power Consumption:1||Power Consumption Information:1||Power Generation System:1||Priority:1||Proactive Routing:1||Profiling:1||Proportionalshare scheduling algorithm:1||QoS(QoS):1||Quality of Service:1||RAID:1||RDMA:1||Reactive Routing:1||Real time dibr:1||Realtime task:1||Realtime DIBR:1||Reflection:1||Remote procedure call:1||Route prediction:1||Routing Protocol:1||SCADA (Supervisory Control and Data Acquisition) System:1||SSDS caching:1||Scalefree:1||Scene description:1||Secure deletion:1||Sensor Networks:1||Sensor operating systems:1||Similarity Measurement:1||Similarity measurement:1||Smart City:1||Smart mobile devices:1||Smart parking framework:1||Smart transportation:1||Smartphone:1||Software Security:1||Software design:1||Software piracy and software theft detection:1||Source Code Piracy:1||Source code piracy:1||Spiking neural networks:1||Split:1||Standalone Hybrid Power Generation System:1||Standby Power:1||StarCraft:1||Step detection:1||Storage System:1||Strategy Decision:1||Stratification:1||Suspicious Branch Statements:1||Task scheduling:1||Thread Stack Management:1||Trustzone:1||User Identification:1||User Tracking:1||User intervention:1||User securitysensitive data:1||VDI:1||VMI:1||Virtual Machine Monitor:1||Virtual machine scheduler:1||Virtualization:1||Virtualization(가상화):1||Watermarks:1||WaveOffshore Wind:1||Weight distribution:1||WiFi finger printing:1||WiFi fingerprinting:1||WiFi 핑거프린팅:1||WiMedia:1||Wireless Sensor Networks:1||analysis evation:1||and recovery facility:1||android security:1||anomaly detection:1||authentication:1||backward error recovery:1||biosignal monitoring device:1||checkpointing:1||client:1||clustering protocol:1||clustering routing protocols:1||contents authoring:1||continuous time Markov chain:1||cooperative threads:1||debugging:1||drone:1||dynamic reconfiguration:1||dynamic reprogramming:1||embedded systems:1||emulator environment detection:1||energy efficiency:1||fairness:1||fast boot:1||function inlining:1||hibernation:1||industrial control:1||industrial mobile devices:1||intelligent web service:1||locationbased cultural contents:1||machine learning:1||malware family classification:1||malware label:1||memory efficiency:1||memory external fragmentation:1||mobile devices:1||network lifetime:1||network simulator:1||neuromorphic:1||operating system:1||operating systems:1||optimization:1||platform design:1||programming:1||proportional share scheduling algorithm:1||realtime and reliable communication:1||realtime systems:1||record&:1||rendezvous node:1||replay tool:1||scheduler:1||scheduling overhead:1||security:1||sensor networks:1||sharedstack:1||simulation framework:1||smartphones:1||stack analysis:1||uPAN:1||virtual machine I/O:1||virtual protocol stacks:1||virtualization:1||weight distribution:1||wireless industrial sensor networks:1||wireless network interface selection:1||wireless sensor network:1||가상머신 I/O:1||가상머신 모니터:1||가상화:1||개인정보 보호:1||걸음검출:1||검사점과 복구:1||결함 허용:1||결함허용 기법:1||계층적 라우팅:1||계층적 클러스터링:1||계층화:1||공유 스택:1||기록 및 재실행 도구:1||깊이영상:1||네트워크 대역폭:1||네트워크 수명:1||네트워크 인터페이스 선택:1||뉴로모픽:1||다중 무선 네트워크:1||대기 전력:1||데이터 전송:1||데이터분류:1||동적 메모리 관리:1||디버깅:1||딥러닝:1||라우팅 프로토콜:1||래스터 연산:1||로깅:1||리눅스 커널:1||리액티브 라우팅:1||리플렉션:1||마운트 시간:1||멀티 쓰레딩:1||모바일 애드혹 네트워크:1||무선 센서 운영체제:1||바이너리 비교:1||백업:1||베이스보드 관리 컨트롤러:1||베이스보드 매니지먼트 컨트롤러:1||병렬컴퓨팅:1||보안:1||복수배열독립디스크:1||부하 분산:1||분산메모리시스템:1||분산컴퓨팅:1||분석 회피:1||블록 재배치:1||비례 지분 스케줄링 알고리즘:1||비례지분 스케줄링:1||빌드 오더:1||사물인식:1||사물인터넷:1||사용자 편의:1||생체 신호 감시 장치:1||성능평가:1||센서 네트워크:1||센서 운영 체제:1||센서네트워크:1||소비전력 정보:1||소스 코드 도용:1||소프트웨어 보안:1||소프트웨어 워터마킹:1||스마트폰:1||스케줄러:1||스케줄링 오버헤드:1||스타크래프트:1||스택 분석:1||스택 오버플로우:1||스테가노그래피:1||스파이킹 뉴럴 네트워크:1||스파이킹 신경망:1||신경망:1||실내측위:1||실시간 태스크:1||쓰레드 스택 관리:1||악성 앱:1||악성 앱 레이블:1||악성 앱 패밀리 분류:1||악성코드 탐지:1||안드로이드 보안:1||안드로이드 애플리케이션 분석:1||안드로이드 앱 실행 로그:1||안전 삭제:1||압축:1||에너지 관리 시스템:1||에너지 분석:1||에뮬레이터 환경 탐지:1||에지검출기:1||오픈소스 하드웨어:1||우선순위:1||유비쿼터스:1||유사도 측정:1||의심스러운 분기문:1||이동성:1||인공지능:1||인터럽트:1||임베디드 소프트웨어:1||자동 검출:1||자동 차단:1||장치 식별 알고리즘:1||장치 특성 추출:1||저장장치:1||저전력 라우팅:1||적응적 클러스터링:1||전략 결정:1||전력 관리 시스템:1||전력소비량:1||전원 관리 시스템:1||지능형 IoT:1||지분 분포:1||체크포인팅:1||최적화:1||추론 시간:1||클라이언트:1||클러스터 기반 라우팅 프로토콜:1||클러스터링:1||키 관리:1||트러스트존:1||페이지 기반 점진적 검사점:1||프레임워크:1||프로그래밍:1||프로액티브 라우팅:1||프로파일링:1||플래시 메모리:1||플러딩:1||하둡:1||하둡 클러스터:1||하이버네이션:1||2D graphics engine:1||핫콜드:1||AIS:1||API rerun:1||API 재실행:1||ARM Trustzone:1||Adaptive Clustering:1||Android App Execution Log:1||Android application:1||Android application analysis:1||Android malware:1||Android mawlare:1||Application modules:1||Artificial Intelligence:1||Augmented execution:1||Automatic Cutoff:1||Automatic Detection:1||Autonomic level:1||BMC (Baseboard Management Controller):1||Backup:1||Backup System. Region based Backup:1||Backup Technique:1||Baseboard Management Controller:1||Baseboard management controller (BMC):1||Behaviour:1||Binary Comparison:1||Block Relocation:1||Bridge:1||Buildorder:1||Checkpoint:1||Checkpoint and Recovery:1||Checkpointing:1||Cloud Computing:1||Cloud environment:1||Cloud phone:1||Cloud servers:1||Cluster head replacement:1||Cluster head selection:1||Cluster management framework:1||Clustering:1||Clustering protocols:1||Component:1||Compression:1||Contextawareness:1||Convolutional Neural Network:1||Copyright infringement:1||Copyright protecting:1||Copyright protection:1||Data Classification:1||Data Transmission:1||Data collecting:1||Data compression:1||Deep Learning:1||Depthimage:1||Device Feature Extraction:1||Device Identification Algorithm:1||Distributed computing:1||Dynamic analysis:1||Dynamic code updating:1||Dynamic memory management:1||Dynamic reconfiguration:1||Edge Computing server:1||

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