Hybrid LAE-CMOS Force-Sensing System Employing TFT-Based Compressed Sensing for Scalability of Tactile Sensing Skins

Keyphrases

• Thin-film Transistors 100%
• Large-area Electronics 100%
• Sensing Skin 100%
• Compressed Sensing 100%
• Force-sensing System 100%
• Transistor-based 100%
• Tactile Sensing 100%
• Hybrid System 66%
• Number of Sensors 66%
• CMOS IC 66%
• Sparsity 33%
• Level-set 33%
• Force Sensor 33%
• Sensing Applications 33%
• Sensor Array 33%
• Active Matrix 33%
• Silicon CMOS 33%
• ZnO TFT 33%
• Matrix Approach 33%
• High-throughput Computation 33%
• Transistor Switch 33%
• Signal Sparsity 33%
• Sensing Performance 33%
• J-frames 33%
• Sequential Scan 33%
• Sensing Range 33%
• Acquisition Error 33%
• Computational Control 33%

Engineering

• Sensing System 100%
• Compressed Sensing 100%
• Thin film transistors 100%
• tactile sensing 100%
• Sparsity 66%
• Sensing Application 33%
• Sensor Array 33%
• Level Set 33%

Computer Science

• Compressed Sensing 100%
• Transistor 100%
• Sparsity 66%
• High Performance Computing 33%
• Matrix Approach 33%
• force sensor 33%