Authors: Uvis Senkans, Domenico Balsamo, Theodoros D. Verykios, Geoff V. Merrett
Contact: {us1n16, D.Balsamo, T.Verykios, gvm}@ecs.soton.ac.uk
Group: Electronic and Software Systems
Department: Electronics and Computer Science
Faculty: Physical Sciences and Engineering

Date of collection: August-September 2017

Each tab contains the dataset for each figure and table:

1: Figure 3: Output voltage (Vharv) at different speeds						 				
2: Figure 4: Output power (Pharv) at different speeds									
3: Figure 6: Calculation of speed using Vharv.					
4: Figure 7: Correlation between speed and ?t , showing line of best fit.
5: Figure 10: Operation of the the system at 8kph.					
6: Figure 11: Speed (a) and distance (b) profile over time comparison.
7: Figure 13: Minimum speed of operation for different capacitances.
8: Table 1: Task-specific time and energy requirements.				
9: Table 2: Threshold voltages and minimum speeds for 50µF.							
10: Table 3: Accuracy measurements at different speeds.								
							
Vharv: Voltage at the energy harvester
Vmcu: Voltage at the microcontroller

University of Southampton, UK