The phrase "a generic algorithm" is correct and usable in written English.
It can be used when referring to a type of algorithm that is not specific to any particular problem or application, often used in computer science and mathematics.
Example: "In our research, we implemented a generic algorithm to solve various optimization problems efficiently."
Alternatives: "a general algorithm" or "a standard algorithm".
The main contribution of this work is a generic algorithm for generating third-order, fourth-order, and even higher-order explicit ghost-filling formulas to enforce nonlinear Robin boundary conditions in multiple dimensions.
A second such condition that uses the spanning active equality trees of a schedule leads to design a generic algorithm for the general case.
Then I discuss black box variational inference, a generic algorithm for approximating the posterior.
"What DeepMind is trying to do is build a generic algorithm that can do this for anything – anything you can do a test for.
A generic algorithm incorporating the IRP limiter is presented for high order finite volume type schemes.
Second, a generic algorithm to use the model from a synthesis point of view is presented.
A generic algorithm-based control system was developed and tested on a square membrane by Peng et al. [14, 15, 16, 17] and Wang et al. [18, 19, 20] investigated active flatness control of membrane structures under thermal and mechanical loads with SMA actuators.
The article presents a novel generic algorithm, which not only disables the heuristic approach of designing the ANN architecture but also allows the computationally expensive first principle model to determine the configuration of the ANN which can emulate it with maximum accuracy along with the size of training samples required.
Here, we develop a novel generic algorithm to determine the relative rate of translation in the ORFeome.
Besides, an improved generic algorithm, enhancing the capability of globally and efficiently searching optimal parameters, is developed.
Then, the class of Inside VMT problems is formally defined in Section 3.2, and in Section 3.3 an efficient generic algorithm for all Inside VMT problems is presented.
