Did you mean: q=constraint positive variable
Vangelis Th. Paschos. positive variable X] , which cannot exceed a given ... Q My,' [5.36] I," 2 Ky;Note that, as the variable yj can only have values {0, 1}, then either we have X]- = 0 when yj = 0 from [5.35] ... constraints on 0——1 variables.
... positive variable and t is either a nonvariable term or another positive variable . Negative resolution is applied to negative queries . In such a negative query , an irreducible atom formulates a disequality constraint ... Q and labeled arcs ...
... Positive-Negative Resource Consumption-Production Nicolas Beldiceanu and ... variable duration and heights. The resource function is no more constant but ... q)) for computing all the cumulated resource profiles where q is the number ...
... constraint if Q is positive ; concentration of recharge water if Q is negative ( M / L3 ) = volume of water ( L3 ) ... variable ( L ) = over achievement positive variable ( L ) = under achievement positive variable ( L ) number of rows ...
... positive variable for xi and use it inverse as a variable for x i+1. The last variable is either 0.75 (when n is odd) or multiplied by 0.75 (if n is even). ii. Mutation: is a unary operator (r = 1) defined by Ω1(x)=(x1 ,...,q×x i,..., 1 q ...
... variables. *Values of each individual variable should be non-negative. Otherwise it might cause problems for GAMS to reach solutions positive variable Q(i,j); equations sumsquare balance Objective function z Constraints to equalize same ...
... constraints would be of the form : Q ( k , n ) ≤ Q ( k , n ) k = 1 , 2 , ... Ms n = 1 , 2 , N • ( 14 ) where Q ( k , n ) = appropriated right at supply . well k during pumping period n [ L3 / T ] . Again the decision variables would be ...
... positive variable with a power-law tail exponent a (Eq. 46) generates a new random variable having no finite moment of positive order q ... constraints than its Fourier counterpart, but it is, on the contrary, surprising that it has been ...
... constraints would be of the form : Q ( k , n ) ≤ Q ( k , n ) k = 1 , 2 , . . . Ms n = 1 , 2 , N • . ( 14 ) where Q ( k , n ) = appropriated right at supply well k during pumping period n [ L3 / T ] . S Again the decision variables ...
... constraints ( 12 ) and ( 13 ) are related to the given well configuration , the location ... variable trans- missivity . The success of the containment strategy is ... Q ( k , n ) ≤ Q ( k , n ) k = n = 1 , 2 , . . . Ms 1 , 2 , N • • ( 14 ) ...