|
Author  |
Title |
Year |
Publication |
Volume |
Pages |
Links |
|
Alvarez-Miranda, E.; Pereira, J. |
On the complexity of assembly line balancing problems |
2019 |
Computers & Operations Research |
108 |
182-186 |
|
|
Alvarez-Miranda, E.; Pereira, J. |
Designing and constructing networks under uncertainty in the construction stage: Definition and exact algorithmic approach |
2017 |
Computers & Operations Research |
81 |
178-191 |
|
|
Alvarez-Miranda, E.; Pereira, J.; Vila, M. |
Analysis of the simple assembly line balancing problem complexity |
2023 |
Computers & Operations Research |
159 |
106323 |
|
|
Averbakh, I.; Pereira, J |
Tree optimization based heuristics and metaheuristics in network construction problems |
2021 |
Computers & Operations Research |
128 |
105190 |
|
|
Lagos, F.; Boland, N.; Savelsbergh, M. |
Dynamic discretization discovery for solving the Continuous Time Inventory Routing Problem with Out-and-Back Routes |
2022 |
Computers & Operations Research |
141 |
105686 |
|
|
Lespay, H.; Suchan, K. |
Territory Design for the Multi-Period Vehicle Routing Problem with Time Windows |
2022 |
Computers & Operations Research |
145 |
105866 |
|
|
Pereira, J. |
The robust (minmax regret) assembly line worker assignment and balancing problem |
2018 |
Computers & Operations Research |
93 |
27-40 |
|
|
Pereira, J. |
The robust (minmax regret) single machine scheduling with interval processing times and total weighted completion time objective |
2016 |
Computers & Operations Research |
66 |
141-152 |
|
|
Pereira, J.; Ritt, M.; Vasquez, O.C. |
A memetic algorithm for the cost-oriented robotic assembly line balancing problem |
2018 |
Computers & Operations Research |
99 |
249-261 |
|
|
Rezakhah, M.; Moreno, E.; Newman, A. |
Practical performance of an open pit mine scheduling model considering blending and stockpiling |
2020 |
Computers & Operations Research |
115 |
12 pp |
|
|
Wanke, P.; Ewbank, H.; Leiva, V.; Rojas, F. |
Inventory management for new products with triangularly distributed demand and lead-time |
2016 |
Computers & Operations Research |
69 |
97-108 |
|