The phrase "algorithm reliability" is correct and usable in written English.
It can be used when discussing the dependability or trustworthiness of algorithms in various contexts, such as technology, data analysis, or software development.
Example: "The algorithm reliability is crucial for ensuring accurate predictions in machine learning models."
Alternatives: "algorithm dependability" or "algorithm trustworthiness".
The algorithm reliability and efficiency is assessed through some test cases, and by reproducing some optimal transfer trajectories: a full three-dimensional, minimum time Mars mission, an optimal transfer to Jupiter, and finally an injection into a circular Moon orbit.
The obtained results and analyses demonstrate that this multi-objective method presented in this paper operates very well in terms of convergence speed, global optimality, solution accuracy, and algorithm reliability.
In this section, the new tracking algorithm, Reliability Multi-Hypothesis Tracking (RMHT), is described in detail.
In the future, they also will need to pay attention to key issues such as risk management, trading algorithm reliability, platform robustness, trading strategies and record tracking, and market transparency.
The present study tested this algorithm reliability.
To compare the algorithms reliability metrics were calculated and contrasted.
In order to generate reliable and robust Pareto-optimal solutions, the combination of genetic algorithm with reliability assessment loop based on the performance measure approach is applied as the second stage.
Implications of the power management algorithm on reliability is discussed.
An algorithm for reliability optimization, monitoring and forecast is also introduced.
Several approaches involving sampling techniques, surrogate model, multiobjective optimization algorithm and reliability analysis are introduced and applied.
Performance and sensitivity to the parameters harmony memory size (HMS), harmony memory consideration rate (HMCR) and pitch adjusting rate (PAR) are determined based on the algorithm apparent reliability.
