- Factors indicating a person's health condition (Respiration rate, blood pressure, pulse, etc..)
- As various problems such as aging increase, the need for vital sign measurement increases
- Wearable devices have optimal conditions for continuous vital signs
- Existing devices can only measure simple vital sign
- Extracting factors highly correlated with vital signs from pulse signals
- The model with deep learning can measure high-accuracy vital signs with pulse signals only
- Online tilting control possible through self-produced back grinding setup
- 3D wafer shape measurement using LDV
- Measuring the distribution of force applied to the wafer using a force sensor
- Algorithm for calculating tilting angle compensation based on the shape of the wafer
Actin-Myosin based gripper
- Mimics muscle filament sliding for tension-contraction control
- Serpentine cable routing between actin block and myosin block
- Actin block travels 1/3 of the pulled cable length for force amplification
- Simultaneously tension all affected cables to maintain uniform grip
Actin-Myosin based gripper - poster