The phrase "a multitude of parameters" is correct and usable in written English.
It can be used when discussing a large number of factors or variables that influence a situation or outcome.
Example: "In this experiment, we need to consider a multitude of parameters that could affect the results, such as temperature, pressure, and humidity."
Alternatives: "a variety of parameters" or "numerous parameters".
We conclude that the ORA depends on a multitude of parameters, assumptions and problem-specific features and, hence, ORA needs to be determined carefully prior to each investigation.
This global mechanism of coordination is characterized by a multitude of parameters which must be finely tuned to enhance the efficiency of the execution of cooperative tasks.
The main objective of this problem is to select POIs that match tourist preferences, taking into account a multitude of parameters and constraints while respecting the time available for sightseeing in a daily basis and integrating public transportation to travel between POIs (Tourist Trip Design Problem, TTDP).
When a task is received, we will run an offloading decision algorithm considering a multitude of parameters about the mobile device capabilities, user mobility, and network status.
Sustainable operation in ThinkHome is realized by intelligent control strategies that take into consideration a multitude of parameters ranging from building structure over weather forecast data to personalized user preferences.
The choice of a concrete machine learning classifier depends on a multitude of parameters, e.g., dataset size, feature space dimensionality, available computational resources, robustness against adversarial attacks, etc., and classifiers are tailored for different uses.
These two fundamental parameters are linked to a multitude of other parameters, such as the voxel size, the resin viscosity, the acceleration/deceleration rates, and reaction rates, all of which make it difficult to generalize about fabrication speed.
In addition to environmental factors, sleep and wakefulness in humans is affected by a multitude of physiological parameters as well.
This paper presents a sensitivity analysis on a numerical tidal stream turbine model where a multitude of input parameters' effect on the load output were determined.
The reason for this is that measurement equipment is expensive, difficult to obtain, and often inflexible when a multitude of transmission parameters are of interest.
Starting from a multitude of new parameters coming from the architecture, engineering and construction domain like materials, thermal properties, building layout and orientation, as well as miscellaneous external data, it also integrates conventional data in a unified way.
