Several differences with An energy- efficient multi-objective optimization for flexible job-ship scheduling problem(Handi Mokhtari and Aliakbar Hasani)
● Considering several machine status (shutdown, turn on, turn off, idle, processing, preventive maintenace)
● Concept of energy price is different, 'time of use concept' is used in current problem
● Difference in algorithm
Research Progress in this week
● Coding 'Improving' part is done
● Confirmed optimal solution in current job size
Current problem of paper
● Method of 'Improving' algorithm(?) is checking all of feasible possibility, so no other solution comes out through this algorithm, but only optimal solution.
● This problem is from complexity of current environment.
Works for next week
● Joining existing code and 'improving' code together and check out the performance of the algorithm in large size problem
● Review literatures about energy price and classify it.
for TL;DR - contribution
Several differences with An energy- efficient multi-objective optimization for flexible job-ship scheduling problem(Handi Mokhtari and Aliakbar Hasani)
● Considering several machine status (shutdown, turn on, turn off, idle, processing, preventive maintenace)
● Concept of energy price is different, 'time of use concept' is used in current problem
● Difference in algorithm
Research Progress in this week
● Coding 'Improving' part is done
● Confirmed optimal solution in current job size
Current problem of paper
● Method of 'Improving' algorithm(?) is checking all of feasible possibility, so no other solution comes out through this algorithm, but only optimal solution.
● This problem is from complexity of current environment.
Works for next week
● Joining existing code and 'improving' code together and check out the performance of the algorithm in large size problem
● Review literatures about energy price and classify it.