The phrase "achieves approximate" is not correct in standard written English as it lacks clarity and completeness.
It could be used in contexts where you are discussing a process or method that reaches a close estimation or result, but it needs additional context to be meaningful.
Example: "The algorithm achieves approximate results in predicting user behavior, allowing for better-targeted marketing strategies."
Alternatives: "reaches an estimate" or "attains a close approximation."
The purified chromosomes were embedded in agarose miniplugs to achieve approximate concentrations of 1 million chromosomes per 40 μl volume before being treated with proteinase K as described previously61.
The problem which confronted Congress was not the setting of quotas abstractly considered but so to fix their amount as to achieve approximate justice in the shares allotted to each area and the persons within it.
IB kernels are derived from a set of postulates designed to achieve approximate grid translational invariance, interpolation accuracy and computational efficiency.
The Method of Multiple Scales (MMS) is applied to the second order to achieve approximate steady-state solutions of these equations.
In this note, by assuming that at each time instant, the unknown input can be approximated by a polynomial over a local time interval, a finite-time observer is proposed to achieve approximate joint state and input estimation.
By comparing the simulation results of two learning stabilizers and the model-based balance controller, it is demonstrated that the designed stabilizer can achieve approximate success rate of the ideal model-based balance controller and exert all the driving ability of the robot under the large disturbance condition of ±30° inclination of the platform.
Hence, we could achieve approximate workload balance among all processors by sacrificing the task scheduling masters' computation power.
Because of the NP-hardness, we then propose a greedy algorithm to achieve approximate solution for problem Eq. (3), which involves two steps.
In this paper, we have achieved approximate solutions of the fractional cable equation that involve two Riemann-Liouville fractional derivatives by means of the homotopy analysis method.
The local data density per unit area was determined, and data were then weighted accordingly in order to achieve approximate uniform spatial representation in the inversion.
