Finally, we formulate a definition for finding a control for cancer cells with limited damaging effect on normal cells.
As an application, we use Bκ-embeddings to formulate a robust method for finding all roots of a univariate polynomial without factorizing or deflating the polynomial.
With this theorem we can now formulate a first algorithm for finding ⪯ Q u -robust solutions for Q = C, Q = C ∖ { 0 }, Q = int C, respectively.
Authors use the popular "keyhole" antenna model, and formulate a mixed integer program for finding the optimal antenna configurations under various setups of path probability with various auxiliary constraints, node degree, and k-connectivity.
The problem is formulated as finding a min max solution of a value function.
For a given nonlinear operator A : H → H, the following classical variational inequality problem is formulated as finding a point x* ∈ C such that A x *, x - x * ≥ 0, ∀ x ∈ C. (1.1).
"Now, how can we take these findings and formulate a policy response that's quick enough and big enough?" While drafts of the panel's reports are written by panels of scientists, the language is reviewed and often altered by delegates from 130 governments who meet before their final approval and release.
Based on our findings, we formulate a hypothesis that overexpression of TPM3 activates Snail expression, which will repress E-cadherin expression and confer migration or invasion potentials to HCC cells during hepatocarcinogenesis.
Based on our findings, we formulate a hypothesis that overexpression of TPM3 activates Snail mediated EMT, which will repress E-cadherin expression and that it confers migration or invasion potentials to HCC cells during hepatocarcinogenesis.
The split feasibility problem is formulated as finding a point x ¯ satisfying x ¯ ∈ K and A x ¯ ∈ D, (1.1).
A special case If N = M = 1, then the multiple-sets split feasibility problem is reduced to the split feasibility problem which is formulated as finding a point x with the property x ∈ C and A x ∈ Q.
