The phrase "a corresponding scheme" is correct and usable in written English.
It can be used when referring to a plan or system that is related or matches another concept or item.
Example: "The researchers developed a corresponding scheme to illustrate the relationship between the variables in their study."
Alternatives: "an associated plan" or "a matching framework".
Figure 1 shows a sample from a part-of hierarchy and the corresponding scheme, adopted for a collection of historic documents.
The concept has been presented in [9,10], along with preliminary performance results, under the name frequency spreading (FS -FBMC, but a rigorous analysis oFS -FBMCrresponding scheme is still missing.
A corresponding protective scheme related to breakwaters was put forward.
It is shown that finding an optimal number of reconfiguration levels and a corresponding reconfiguration scheme that minimizes the number of reconfiguration bits for a given algorithm can be done in polynomial time.
A theoretical model is presented, describing sound propagation in infinite two-dimensional planar silencers incorporating an arbitrary number of bulk-reacting, anisotropic, sound-absorbing splitters, with uniform mean flow in the gas flow passages; a corresponding computational scheme is also outlined.
They established a corresponding iterative scheme for the problem by using the monotone iterative technique.
This author obtained the existence of n symmetric positive solutions and established a corresponding iterative scheme by using a monotone iterative technique.
For each scenario, a corresponding transmission scheme to achieve the capacity or the best known achievable rate was designed, and the concept of proactive interference cancelation was proposed for strong and mixed interference scenarios.
In [4], Zhou and Ma obtained the existence of positive solutions and established a corresponding iterative scheme for the following third-order boundary value problem: left { textstylebegin{array}{l} (Phi_{p} u"))'(t)=q(t)f t,u(t)),quad 0leq t leq1, u(0)=sum_{i=1}^{m}alpha_{i}u(zeta_{i}),qquad u' eta)=0,qquad u"(1)=sum_{i=1}^{n}betheta_{i}thend{array}displaystylesplaystyle right.
