The phrase "a time efficient implementation" is correct and usable in written English.
It can be used when discussing a method or process that effectively utilizes time to achieve a desired outcome.
Example: "The new software update provides a time efficient implementation that significantly reduces processing time."
Alternatives: "a time-saving solution" or "an efficient use of time".
In this section, we derive a discrete-time efficient implementation of the linear multicarrier system.
For the growing market of electric two-wheelers (e-scooters) especially in China, the paper presents an implementation of a time efficient powertrain model.
Our implementation of Dijkstra's algorithm in C++uses the adjacency list representation to store the vertices in V− S. The overall running time for an efficient implementation of Dijkstra's algorithm on a general graph is O(e log v) where v is the number of nodes and e is the number of arcs.
Moreover, it is a time-efficient procedure.
It is the result of a systematic construction of a fast algorithm for an efficient implementation of the complete time domain aliasing cancellation (TDAC) analysis/synthesis MDCT/MDST filter banks.
They seem to have reached a certain maturity due to a strong political commitment and an efficient implementation strategy: adapted time and pacing, enough resources for follow-up and monitoring, quality of the CLTS tools (facilitation, certification and celebration).
Furthermore, it is outlined that the chosen structure of the estimation scheme allows for a very efficient implementation in real-time hardware.
By discretizing this time-continuous functional in time by means of implicit integration schemes a numerically efficient implementation is proposed.
Since this multiscale approach appeared to be extremely demanding as far as computing times are considered, an efficient implementation of the model on heterogeneous hardware architectures was prepared.
We describe a concept of an efficient implementation of MIMO signal processing using FPGAs and DSPs.
