The phrase "a very efficient implementation" is correct and usable in written English.
You can use it when describing a method or process that operates effectively and optimally, often in a technical or business context.
Example: "The new software update includes a very efficient implementation of the algorithm, significantly improving processing speed."
Alternatives: "an extremely effective execution" or "a highly productive application".
Furthermore, it is outlined that the chosen structure of the estimation scheme allows for a very efficient implementation in real-time hardware.
First, the regularity of the simplicial partition allows a very efficient implementation of the control law on digital circuits, with computation performed in tens of nanoseconds.
Our video gateway architecture lends itself to a very efficient implementation, while maintaining a high degree of flexibility in the range of input and output formats that it can process.
Through model analysis---the counterpart of binding-time analysis in the use of partial evaluation for general purpose software, the tool can discover the static parts in the model including data types, buffer sizes, parameter values, model structures and execution schedules, etc. and then exploit the already known information to reach a very efficient implementation.
We present an optimal reconstruction algorithm for our ZL scheme, that not only minimizes the reconstruction error rate but also yields a very efficient implementation of the verification.
A four-level wavelet decomposition is performed via libit with its very efficient implementation of a lifting step factorization using a Daubechies 9/7 biorthogonal wavelet [21].
An important advantage of the new architecture is that it has a homogeneous structure so that it is suitable for very efficient implementation using programmable devices.
This paper presents the very efficient implementation of embedded system used for synchronisation between colour camera module and LCD display module.
In this paper, we describe a framework for language interoperability that is expressive enough to support very efficient implementations of a wide range of different foreign-interface policies.
This algorithm has led to a very efficient parallel implementation of a well-benchmarked 1-dimensional PIC code.
It also has a very efficient Matlab implementation, since the solution of the matrix equation is a built-in function; thus its attributes become even more pronounced in a Matlab setting.
