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RSS Dataset for Sensing Underground Root Tubers
- Citation Author(s):
- Submitted by:
- Tao Wang
- Last updated:
- Sat, 08/31/2024 - 06:53
- DOI:
- 10.21227/9a7s-2d46
- Data Format:
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Abstract
This dataset is designed for the reconstruction of images of underground potato tubers using received signal strength (RSS) measurements collected by a ZigBee wireless sensor network. It includes RSS data from sensing areas of various sizes, environments with different layouts, and soils with varying moisture levels. The measurements were obtained from 9 potato tubers of differing sizes and shapes, which were buried in two distinct positions within the sensing area.
This dataset is designed for the reconstruction of images of underground potato tubers using received signal strength (RSS) measurements collected by a ZigBee wireless sensor network. It includes RSS data from sensing areas of various sizes, environments with different layouts, and soils with varying moisture levels. The measurements were obtained from 9 potato tubers of differing sizes and shapes, which were buried in two distinct positions within the sensing area. The folder structure for this dataset is as follows:
"Soil_Hall_7_10" : RSS measurements are collected in a hall and the moisture level of the soil is 7.10%.
"Soil_Hall_11_2": RSS measurements are collected in a hall and the moisture level of the soil is 11.20%.
"Soil_MeetingRoom_7_10": RSS measurements are collected in a meeting room and the moisture level of the soil is 7.10%.
"DemoCodes": Codes used to demonstrate the ground truth.
"GroundTruth": Ground truth of underground potato tubers.
"SensorData": RSS measurements.
"40_40": The sensing area with the size of 40cm × 40cm.
"60_60": The sensing area with the size of 60cm × 60cm.
"S1_P1": RSS measurements collected from tuber 1 and position 1. Similarly, "Sk_Pj" represents the RSS file collected from the k-th tuber at the j-th position.
Comments
good dataset