1. So they defined function f as kind of a traditional linear equation right over here.

2. ‘The TOP500 is a Biyearly competition that ranks 500 entries by sustained performance for a linear equation solver.’.

3. If for example and , then is a so-called absorbing state and is the (uniquely determined) solution of the linear equation system ().; If and , every probability solution solves the linear equation system ().; Now we give some examples for non-Aperiodic Markov chains

4. In the "Equation Solver-Panel" the coefficients of a linear equation system and the absolute elements are specified.

5. By incorporating the algebraic multigrid package as linear equation solver, computing times could be reduced by a factor of about 4.

6. In this paper we have treated the existence of generalized solution to the quasi-Linear equation with parabolic form and its properties of finite diffuse.

7. (They are the solution of a linear equation whose operator is the adjoint of the partial derivative of the process operator and whose right side is formed by the partial linearized objective functional.)

8. Constrain limits a value to a specified range.map effectively performs a linear equation computation to get a y value of the form y = m*x + b where m and b are derived from the last four arguments to the map function

9. ‘Various readers have written in to tell me that the set of studies was Biyearly until 1968, so the 1963, 1965, and 1967 issues don't exist.’ ‘The TOP500 is a Biyearly competition that ranks 500 entries by sustained performance for a linear equation solver.’

10. Linear Congruences In ordinary algebra, an equation of the form ax = b (where a and b are given real numbers) is called a linear equation, and its solution x = b=a is obtained by multiplying both sides of the equation by a 1 = 1=a