ScholarWorks@Soongsil University: Shin, Donghwa

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Shin, Donghwa (신동화)

College of Information Technology (Department of Smart Systems Software)

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Batteries:2||SRAM:2||battery:2||Battery:2||LPDDR2NVM:2||EEPROM:2||Battery swelling detection system:1||Battery thermal management systems:1||Batterybackup:1||Bitaliasing:1||CCCV charge:1||Cadence:1||Cadence control:1||Capacitance:1||Cell balancing:1||Charge time:1||Clamps:1||Compact model coefficient:1||Compressed framebuffer:1||Cost breakeven period:1||Counter:1||Dynamic battery model:1||Electric bicycle:1||Energy harvesting:1||Energy management:1||Fieldprogrammable gate array (FPGA):1||Flash memory:1||Fuel cellsupercapacitor hybrid:1||Fuel economy:1||GPS:1||Hamming distance:1||Hybrid power:1||Hybrid power system:1||Hybrid power systems:1||Idle period insertion:1||Internal mutual pulse heating:1||Leadacid battery:1||Liion battery:1||Lithium ion battery:1||Memristor:1||Mutual pulse heating:1||Nonvolatile:1||Nonvolatile counter:1||Pedalassisted electric bicycle:1||Performance metrics:1||Phasechange memory:1||Physically unclonable function:1||Powerassisted:1||Prototypes:1||Revolutions per minute (rpm):1||Simultaneous temperature and SOC balancing:1||Super capacitor:1||Supercapacitors:1||Swelling:1||Swelling detection:1||Swelling pattern:1||Thermal model:1||Voltage control:1||address phase skipping:1||aging:1||battery life:1||battery management systems:1||celltocell variability:1||charge management:1||conformal wearable battery:1||digital fingerprint:1||display controller:1||energyaware design:1||erasesuspend method:1||external regulation for buck converter:1||forced convection cooling:1||hitandmiss control scheme:1||hybrid power source:1||hybrid power systems:1||hybridarchitecture:1||internal combustion vehicle:1||laptop:1||liquid crystal display (LCD):1||lithium battery:1||main memory:1||onchip framebuffer cache (FBC):1||phase change memory:1||phone service:1||physical unclonable function:1||power cell array:1||poweraware systems:1||prefetch:1||proactive management:1||reconfigurable switch network:1||reconfiguration:1||reducedcapacityadapter:1||regenerative braking:1||row buffer:1||saliency:1||service quality:1||smartphone:1||solid oxide fuel cell (SOFC):1||supercapacitor:1||supercapacitor (SC):1||supercapacitors:1||systemlevel implementation:1||systemlevel power model:1||thermal management:1||thermoelectric generators (TEGs):1||Aging:1||true random number generator:1||Aging management:1||Battery backup:1||Battery cell grouping:1||Battery heating:1||Battery preheating:1||

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Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

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