ScholarWorks@Korea University: CHO, HYEON JOONG

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CHO, HYEON JOONG (조현중)

Graduate School (Department of Computer and Information Science)

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Tel 044-860-1374
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multiprocessors:4||scheduling:4||Realtime systems:3||realtime systems:3||Task analysis:2||flow network problem:2||NVML:2||Pose estimation:2||multicores:2||실시간 스케쥴링:2||realtime scheduling:2||Scheduling:2||performance evaluation:2||Multimedia:2||Hand pose estimation:2||energyaware algorithm:2||WebCL:2||Multiprocessor systems:2||maximum flow problem:2||Realtime scheduling:2||트랜스포머:2||멀티미디어:2||minimum cost flow problem:2||wearable device:1||Earliest Deadline First schedulability:1||recently published algorithms:1||microcontroller unit:1||text entry:1||touch typing:1||Mobile edge computing system:1||powerefficient realtime scheduling:1||aggressive conservative lowpower work demand analysiswithmultigranularity algorithm:1||Infotainment System:1||Guaranteed dynamic priority assignment:1||약경성 실시간성:1||Realtime Scheduling:1||Weakly Hard Rrealtime Constraints:1||Fuzzy vault:1||Information security:1||multiplier theorem:1||(m, k)firm deadline:1||Theory:1||Real time:1||Cloud computing:1||Neural networks:1||Temporal sign segmentation:1||Visual Attention:1||Sign Language Translation:1||flow networks:1||Schedules:1||optimisation:1||realtime tasks:1||Eyesfree:1||hand drift:1||virtual reality:1||Standalone Hybrid Power Generation System:1||Power Generation System:1||resource allocation:1||power consumption minimisation:1||dynamic voltage scaling technique:1||Media Oriented System Transport(MOST):1||공중 포인팅 디바이스:1||target tracking:1||Resource Reservation:1||Static or Dynamic Voltage Scaling:1||Correlation attack:1||quorum:1||realtime:1||Time utility function:1||Realtime:1||garbage collection:1||time series data:1||OBD data analysis:1||optimal scheduling:1||pattern image segmentation:1||Semantics:1||Interpolation:1||Data models:1||Unsupervised learning:1||컨볼루전 트랜스포머:1||Processor scheduling:1||directed acyclic graph:1||hands:1||cloud service:1||Implicitdeadline sporadic tasks:1||tradeoff analysis:1||CON algorithm:1||power metre:1||Network Architecture:1||MOST150:1||Premium Express Bus:1||Visual Programming Language:1||로봇 프로그래밍:1||Dynamic Voltage Scaling:1||correlation coefficient:1||egocentric view:1||rotation estimation:1||data augmentation:1||LipVoice Synchronization:1||hand gesture recognition:1||motion recognition:1||intercorrelation matching:1||IMU sensor:1||Flow networks:1||multiprocessing systems:1||earliest deadline first scheduling:1||parallel task:1||convex optimisation theory:1||media service:1||multigranularity resource reservation:1||multimedia services:1||energyrestricted mobile devices:1||Human Machine Interface(HMI):1||Invehicle optical network:1||target prediction:1||sensor networks:1||asynchronous wakeup:1||wireless sensor networks:1||Time/utility function:1||Statistical assurance:1||Connected vehicle data:1||Feature extraction:1||wearable sensors:1||Pipelines:1||fabric defect detection:1||입술음성 동기화:1||수어 번역:1||Convolutional Transformer:1||linear programming:1||Optimal scheduling:1||scheduling algorithms:1||traditional tasks:1||data simplification:1||bus:1||Fluid scheduling:1||image compression:1||power aware computing:1||Remote Control:1||동적 전압 조절:1||Secret distribution:1||Experimentation:1||Utility accrual:1||dynamic power management:1||Sensors:1||feature learning:1||Computer vision:1||Transformer:1||Program processors:1||decomposition algorithm:1||Dynamic power management:1||multiprocessor unit:1||virtual keyboard:1||3D point cloud:1||fractal bubble algorithm:1||SCADA (Supervisory Control and Data Acquisition) System:1||biometric recognition:1||multimedia computing:1||qualityofmultimedia services:1||lpWDAMGAGG:1||Linux operating system:1||Robot Programming:1||비주얼 프로그래밍 언어:1||Midair Pointing Devices:1||원격제어:1||(m,k)firm deadline:1||Realtime Scheduliing:1||difference set:1||Optimality:1||utility accrual criteria:1||lockfree:1||synchronization:1||time/utility functions:1||Geometry:1||vision inspection:1||Training data:1||semantic learning:1||Temporal action segmentation:1||HUD:1||processor scheduling:1||directed graphs:1||multiscale reduction:1||IEC61850:1||Mixedcriticality:1||Multiprocessors:1||energy consumption:1||image transmission:1||Linux:1||rate monotonic scheduling policy:1||프로파일러:1||Profiler:1||Hand Gesture Recognition:1||핸드 제스처 인식:1||sleep scheduling:1||Multigranularity:1||자원 예약:1||Performance:1||stereo vision:1||Threedimensional displays:1||Cameras:1||Pattern recognition:1||subtasks:1||DAG tasks:1||vehicular network system:1||WaveOffshore Wind:1||Multicorebased handheld device:1||QoMS:1||mobile devices:1||MEP(MOST Ethernet Packets):1||InVehicle Multimedia System:1||Energy efficiency:1||다중 세분화:1||정적/동적 전압 조절:1||Wakeup scheduling:1||guaranteed dynamic priority assignment:1||realtime computing:1||segmentation reference point:1||Changepoint detection:1||시각적 어텐션:1||MultiModal Transformer:1||

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