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A Wireless Multimodality System-on-a-Chip with Time-Based Resolution Scaling Technique for Chronic Wound Monitoring
Shao Yung Lu
, Siang Sin Shan
, Shih Che Kuo
, Cheng Ze Shao
, Yung Hua Yeh
, I. Te Lin
, Shu Ping Lin
,
Yu-Te Liao
電機工程學系
研究成果
:
Conference contribution
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同行評審
17
引文 斯高帕斯(Scopus)
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Keyphrases
Wireless
100%
On-a-chip
100%
Time-based
100%
Bandages
100%
Scaling Technique
100%
Multi-modality Systems
100%
Chronic Wound Monitoring
100%
Resolution Scaling
100%
Chronic Wound Healing
100%
Inflammation
50%
Low Power Consumption
50%
Electrical Stimulation
50%
Uric Acid
50%
Wound Healing
50%
Temperature Index
50%
Glucose Monitoring
50%
Temperature Sensor
50%
DNA Sequencing
50%
Multimodality
50%
Electrochemical Sensor
50%
Biological Information
50%
C-reactive Protein
50%
Operational Range
50%
Healing Process
50%
Response Effects
50%
Current Stimulator
50%
Antibacterial Effect
50%
Neurochemistry
50%
Chronic Wounds
50%
Electrochemical Instrument
50%
Angiogenic Response
50%
Range Use
50%
Wound Monitoring
50%
Wound Healing Monitoring
50%
Scanning Methodology
50%
Healing Phases
50%
High Detection Resolution
50%
Engineering
Low Power Consumption
100%
Stimulator
100%
Thermal Sensor
100%
Electrochemical Sensor
100%
Healing Process
100%
Biological Property
100%
Computer Science
System on a Chip
100%
Scaling Technique
100%
Multimodality
100%
Low Power Consumption
33%
Information Pertaining
33%
Healing Process
33%
Material Science
DNA Sequencing
100%