The phrase "a time grid" is correct and usable in written English.
It can be used to refer to a structured representation of time, often in the context of scheduling or planning.
Example: "The project manager created a time grid to visualize the timeline of tasks and deadlines."
Alternatives: "a timeline" or "a schedule".
The result, considered now simply as an arbitrary function on a time grid, is the starting point for further optimization with a gradient-based method that can quickly converge to high fidelities.
In order to compute the VA for the basis swap numerically, we worked under the spot martingale measure Open image in new window using a space grid consisting of 105 paths and a time grid with n=200 steps of step size h.
This process is repeated along a time grid from t = 0 to t = t final.
We discretize the exponential distribution of the random variable τ by defining a time grid 0 = τ 0 < τ 1 < ⋯ < τ n < t f.
Since time-encoding sampling is an asynchronous process, time points are not sampled on a uniform time grid.
In the case of a dense time grid, e.g. imposed by high production speed of the equipment, an excessively large number of decision variables and constraints are needed.
As control functions, constraints and multiple shooting variables are discretized on a common time grid, the Hessian of the Lagrangian is block structured for linearly coupled point constraints r ⋅.
However, Bilgen and Günther (2010) have shown that stock receipts can be modelled by introducing an auxiliary time grid and by use of additional binary variables which indicate whether a production activity is completed up to a particular point in time.
Multistep methods are classically constructed by specially designed difference operators on an equidistant time grid.
Here an equidistant time grid with △ t = t i + 1 − t i is used.
Finally, we recalculated the dependencies on an equidistant time grid common for all beams.
