The phrase "assuming time" is correct and usable in written English.
It can be used when discussing hypothetical situations or conditions that depend on the passage of time.
Example: "Assuming time allows, we can complete the project by the end of the week."
Alternatives: "if time permits" or "given enough time".
Assuming time off for good behaviour.
Then, based on this seed, it will randomly generate a sequence of subcarriers and transmit according to that sequence on consecutive time slots (assuming time is slotted).
The protocol analyzed so far was simple and basic in nature, assuming time synchronization will not be an issue since the system is centralized with the coordinator able to synchronize all other readers through their Wireless LAN interfaces.
Second, we formulate the cross-layer design problem as a linear optimization problem to minimize the power cost of the whole network, using the minimum per-hop power cost determined in the first step as input and assuming time division multiple access (TDMA) at the MAC layer.
On the basis of the background described above, we first modeled the 3D viscoelastic crustal structure (rheology structure) of Japanese islands and then conducted a 3D finite-element-method (FEM) simulation under boundary conditions of steady-state EW compression assuming time scales of a few decades to a few thousand years.
In the forward calculations done in the WSINV3DMT, a second-order Maxwell's equation is solved for the electric field assuming time dependence e−iωt as (3) where µ is the magnetic permeability, ω is the angular frequency (ω = 2π/T; T is the period), σ is the conductivity, and is the electric field at frequency ω and position r.
Many researchers developed models by assuming time-dependent demand as linear, quadratic or exponential.
Assuming time-invariant first-order dynamics (Hill's Equations) leads to a simple linear quadratic tracking problem, thus allowing the co-state trajectories to be estimated.
We derive the relation between the contour deformation and the 3D motion components, assuming time-varying focal length and principal point.
It was possible to model the sorption curves by assuming time-dependent solute-surface-concentration conditions, similar to those used to describe simple s-shaped sorption.
In Figure 10, we show the average maximum achievable rate (Shannon capacity [23]) assuming time-variant frequency-selective fading and additive white Gaussian noise.
