Figure 11 presents the effect of the number of ambiguities obtained from RSS fingerprints on the performance of the positioning algorithm.
The performance of the positioning system is mainly affected by two sources which include thermal mechanical deformation and the natural frequency of connection frame.
Simulations of the performance of the positioning scheme, its sensitivity to different errors, and the importance of the appearance of the trajectory are studied in Section 3. The paper ends with conclusions.
Both experiments show that the proposed scheme is excellent in designing GNSS/PLs system which is helpful for improving the performance of the positioning system and reducing the cost.
Furthermore, miss-scanned samples will extend the interval between two successive observations, which decreases the performance of the positioning algorithms based on time series, for instance, hidden Markov model.
To design and evaluate the performance of the system, the position assignment rate (PAR) metric for a given AE class is defined as the quotient between the number of correct decisions and the total number of occurrences of that class in the testing database.
For a certain number of CNs, the geometry plays a vital part in the performance of the cooperative positioning system.
The performance of the precision positioning table was predicted by changing the parameters of mass ratio and stiffness of spring.
The performance of the acoustic positioning system, which enables the spatial reconstruction of the ANTARES detector with a precision of about 10 cm, is verified.
The proposed method is used to measure the TDOA measurements at several sites in Seoul, in order to verify the performance of the proposed positioning method.
