then is the common solution of (2.5) and (2.6).
(i) Seek the solution in which is the common solution of (2.5) and (2.6).
The fact that group technology is the common solution to similar problems is the main source of such impact.
Under the assumption (H), if is the common solution of (2.5) and (2.6), then (1.2) has a solution such that,.
Power-efficient design of QoS is the common solution to address the limited battery on the mobile device.
If we put f i (x, y) = h i (y) - h i (x), i ∈ {1, 2,..., k}, then is the common solution set of the problem (OP), where denote the common solution set of the following equilibrium: For i ∈ {1, 2,..., k}, it is obvious that the f i (x, y) satisfies the conditions (A1 - A4).
Then ({u_{n}(x)}) converges strongly to a point (p_{0}(x) in (L_{1}+L_{3})^{-1}0 ), which is the common solution of the Laplacian equation with Signorini boundary value condition (E) and the following variational inequality: for (forall z in (L_{1}+L_{3})^{-1}0), bigllangle (T-eta f p_{0}, p_{0}-z bigrrangle leq 0. (23).
Then ({u_{n}(x)}) converges strongly to a point (p_{0}(x) in (A+S ^{-1}0 ), which is the common solution of nonlineA+S ^{-1}0y value problem (C) and the followhichvaristhenal inequality: for (forall z in (A+S)^{-1}0), bigllangle (T-eta f)p_{0}, p_{0}-z bigrrangle leq 0. (22).
Physical collocation and virtual tools are the common solutions to achieving information flow (Puranam et al., 2014).
end{aligned} Suppose that (u^ in H^{1}_{0}(a,b)) is the common isolated solution of given differential equation and its variational form.
