This is analyzed by evaluating sensor data during casting.
We conducted several experiments to evaluate Sensor Guardian's effectiveness and performance.
In this section, we evaluate Sensor Guardian in several aspects, including its static instrumentation overhead and runtime control overhead.
To precisely measure the magnetic field, we need to accurately evaluate sensor element alignments in the spacecraft reference frame.
Soil samples from four depths were collected close to sensors at different times during the irrigation season to determine water content and evaluate sensor performance in the field.
Soil samples from 37.5 to 52.5 cm depth saved from the pits excavated for installing sensors in study site were used for evaluating sensor performance in the laboratory.
Four key parameters are usually used to evaluate sensor performance: sensor sensitivity, probability of correct detection, false positive rate, and response time.
Tests were run at different rotational speeds and bearing loads as well as different supplied oil flow rates to evaluate sensor performance in various operating conditions.
Examples include sensor networks, wherein data processing is distributed among the nodes [1]; ad hoc mesh networks, wherein nodes act as relays for each other [2]; and the laboratory testbeds used to evaluate sensor and mesh network protocols [3].
