If you want to distribute multiple processes the goal is to minimize proccessing time. You need to define what do you want to minimize. Usually it is a nearest neighbor or a geometry function or 2d function f(x)=y. A recursion isn't such a function but you can look into a gray code for example to traverse a function f(x)=y. It can help you to difference between the left and right bit.

If you want to distribute multiple processes the goal is to minimize proccessing time. You need to define what do you want to minimize. Usually it is a nearest neighbor or a geometry function or 2d function f(x)=y. A recursion isn't such a function but you can look into a gray code for example to traverse a function f(x)=y. It can help you to difference between the left and the right bit.

If you want to distribute multiple processes the goal is to minimize proccessing time. You need to define what do you want to minimize. Usually it is a nearest neighbor or a geometry function or 2d function f(x)=y. A recursion isn't such a function but you can look into a gray code for example to traverse a function f(x)=y. It can help you to difference between left and right bit.

If you want to distribute multiple processes the goal is to minimize proccessing time. You need to define what do you want to minimize. Usually it is a nearest neighbor or a geometry function or 2d function f(x)=y. A recursion isn't such a function but you can look into a gray code for example to traverse a function f(x)=y. It can help you to difference between the left and right bit.