Generalize your algorithm such that it can find the optimal execution of N programs on M available computers where (M
In the model of network effects that we covered in Chapter 17 there was only one product. Now let’s ask what might happen if there are two competing products which both have network effects. Assume that for each product: (a) If no one is expected to use the product, then no one places a positive value on the product. (b) If one-half of the consumers are expected to use the product, then exactly one-half of the consumers would buy the product.
August 7, 2017Discuss Environmental Social Policies in the UAE .
August 7, 2017Generalize your algorithm such that it can find the optimal execution of N programs on M available computers where (M
We need to execute in an optimal manner (in the fastest time) 3 programs on two available computers; we assume that these three programs have different sizes expressed in machine code instructions and the two computers have also different computing capacities expressed in machines code instructions per second.
1.Design then code in Java (or C or C++) an algorithm that can find the optimal execution of these three programs on these two available computers.
2.Generalize your algorithm such that it can find the optimal execution of N programs on M available computers where (M<N).
