Computer science Cs 102 Brian is working at his dream workplace with N-1 of his friends! Like any dream workplace, this one also hasdream work conditions. To ensure absolute happiness of the employees, there are the following rules at thecompany:Each worker works on exactly one day! You heard it right: no more, no less.On each day, at most one worker may work. This provides the perfect work conditions: no crowd, justthe work and you.Every worker has a deadline; let's denote the deadline of the i-th worker by di. (This means that theday on which the i-th worker works must not be later than day di; the days are numbered startingfrom 1.) You thought there weren't any limitations, eh?However, sooner or later, all dream workplaces have to fall. The CLO (Brianland Labour Office) demands thatthere should be exactly C ways to schedule the work such that the above conditions are fulfilled. Twoscheduling's are different if there is an employee that works at different days in these scheduling.Brian is asking for your help, since he can't spare any workdays at this company. You should find a sequence ofemployees' deadlines d1

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his dream workplace with N-1 of his friends! Like any dream workplace, this a ons. To ensure absolute happiness of the employees, there are the following er works on exactly one day! You heard it right: no more, no less. ay, at most one worker may work. This provides the perfect work conditions: nd you. ker has a deadline; let's denote the deadline of the i-th worker by di. (This mea ich the i-th worker works must not be later than day di: the days are numbere

his dream workplace with N-1 of his friends! Like any dream workplace, this a ons. To ensure absolute happiness of the employees, there are the following er works on exactly one day! You heard it right: no more, no less. ay, at most one worker may work. This provides the perfect work conditions: nd you. ker has a deadline; let's denote the deadline of the i-th worker by di. (This mea ich the i-th worker works must not be later than day di: the days are numbere

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter8: Network Models

Section8.2: Shortest-path Problems

Problem 8P

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