Sentence examples for equivalent of solving from inspiring English sources

No wonder my peers have no interest in studying literature; for them, English has been the equivalent of solving riddles in a complicated language they were never taught.

While GJE and SVD provide mathematically equivalent methods of solving for the steady state flux relations of metabolic networks, there is a difference in how the solutions are formed.

Computing the value for for a given value of is equivalent to solving the problem of allocating resources to the applications running in a particular workload; other workloads are considered only in the effect that they have in the search for.

Furthermore, the complexity of the second step in the algorithm in Section 4 is dominated by the computations required to compute the increment vector Δ x in Eq. (20), which is essentially equivalent to that of solving the positive definite linear system of equations mathbf{(A^{T}W^{-1}A Delta maT}W^{-1}A DeltaWb}.

Therefore, to solve problem (1.1) (respectively to approximate solutions of (1.1)) is equivalent to solving (resp. to approximate the solutions of) a fixed point problem which involves the operator ∇f.

Because the average power is added across different workloads in the stochastic allocation problem above, the allocation algorithm is equivalent to solving one instance of the NP-hard multidimensional multichoice knapsack problem (formally defined in [2]) which optimizes over every application and workload, choosing exactly one configuration for each application in every workload.

Lasso for multiple-trait association mapping in Equation (3) is equivalent to solving a set of K independent regressions for each trait with its own L1 penalty, and does not provide a mechanism to combine information across multiple traits such that the estimates reflect the potential relatedness in the regression coefficients for those correlated traits that are influenced by common SNPs.

This is equivalent to solving simultaneously any two of the equations x2 = ay, y2 = 2ax, and xy = 2a2, which correspond to two parabolas and a hyperbola, respectively.

Cryptographers have constructed several cryptographic schemes of this sort by starting with a "hard" mathematical problem such as factoring a number that is the product of two very large primes and attempting to make the cryptanalysis of the scheme be equivalent to solving the hard problem.

The algorithm is equivalent to solving the time evolution of the spatially inhomogeneous master equation.

Then, the updating rule in (5) is equivalent to solving (8) (the expression of the equation is unknown since the rewards, channel transition probabilities, as well as the strategies of other users, are all unknown) using Robbins-Monro algorithm [14], that is, (13).