Worst-case analysis of Dannenbring's algorithm for flow-shop scheduling. - Eugeniusz Nowicki; Czeslaw Smutnicki (Oper. Res. Lett., 1991)

New Results in the Worst-Case Analysis for Flow-Shop Scheduling. - Eugeniusz Nowicki; Czeslaw Smutnicki (Discret. Appl. Math., 1993)

An Approximation Algorithm for a Single-Machine Scheduling Problem with Release Times and Delivery Times. - Eugeniusz Nowicki; Czeslaw Smutnicki (Discret. Appl. Math., 1994)

The flow shop with parallel machines: A tabu search approach. - Eugeniusz Nowicki; Czeslaw Smutnicki (Eur. J. Oper. Res., 1998)

Some results of the worst-case analysis for flow shop scheduling. - Czeslaw Smutnicki (Eur. J. Oper. Res., 1998)

2D and 3D Representations of Solution Spaces for CO Problems. - Eugeniusz Nowicki; Czeslaw Smutnicki (International Conference on Computational Science, 2004)

Job-Shop Scheduling by GA. A New Crossover Operator. - Czeslaw Smutnicki; Adam Tynski (OR, 2005)

An Advanced Tabu Search Algorithm for the Job Shop Problem. - Eugeniusz Nowicki; Czeslaw Smutnicki (J. Sched., 2005)

Some aspects of scatter search in the flow-shop problem. - Eugeniusz Nowicki; Czeslaw Smutnicki (Eur. J. Oper. Res., 2006)

Minimizing Cycle Time of the Flow Line - Genetic Approach with Gene Expression. - Pawel Dabrowski; Jaroslaw Pempera; Czeslaw Smutnicki (ICANNGA (1), 2007)

Parallel Simulated Annealing for the Job Shop Scheduling Problem. - Wojciech Bozejko; Jaroslaw Pempera; Czeslaw Smutnicki (ICCS (1), 2009)

Parallel Calculating of the Goal Function in Metaheuristics Using GPU. - Wojciech Bozejko; Czeslaw Smutnicki; Mariusz Uchronski (ICCS (1), 2009)

Biomimetic Optimizers for Job Scheduling. - Czeslaw Smutnicki (EUROCAST (2), 2011)

Optimization Technologies for Hard Problems. - Czeslaw Smutnicki (Recent Advances in Intelligent Engineering Systems, 2012)

Optimizing Bicriteria Flow Shop Scheduling Problem By Simulated Annealing Algorithm. - Jaroslaw Pempera; Czeslaw Smutnicki; Dominik Zelazny (ICCS, 2013)

Parallel tabu search algorithm for the hybrid flow shop problem. - Wojciech Bozejko; Jaroslaw Pempera; Czeslaw Smutnicki (Comput. Ind. Eng., 2013)

On Underwater Vehicle Routing Problem. - Wojciech Bozejko; Szymon Jagiello; Michal Lower; Czeslaw Smutnicki (EUROCAST, 2015)

Parallel and Distributed Metaheuristics. - Czeslaw Smutnicki; Wojciech Bozejko (EUROCAST, 2015)

New features of the cyclic job shop scheduling problem. - Czeslaw Smutnicki (MMAR, 2015)

A new approach for multi-criteria scheduling. - Czeslaw Smutnicki; Jaroslaw Pempera; Jaroslaw Rudy; Dominik Zelazny (Comput. Ind. Eng., 2015)

Local Search Metaheuristics with Reduced Searching Diameter. - Wojciech Bozejko; Andrzej Gnatowski; Czeslaw Smutnicki; Mariusz Uchronski; Mieczyslaw Wodecki (EUROCAST (1), 2017)

Tabu Search and Solution Space Analyses. The Job Shop Case. - Czeslaw Smutnicki; Wojciech Bozejko (EUROCAST (1), 2017)

Big valley in scheduling problems landscape - Metaheuristics with reduced searching area. - Wojciech Bozejko; Czeslaw Smutnicki; Mariusz Uchronski; Mieczyslaw Wodecki (MMAR, 2017)

Minimizing cycle time in manufacturing systems with additional technological constraints. - Czeslaw Smutnicki (MMAR, 2017)

Cyclic Scheduling in Interlaced and Non-Interlaced Mode. - Czeslaw Smutnicki (MMAR, 2018)

Open shop cyclic scheduling. - Jaroslaw Pempera; Czeslaw Smutnicki (Eur. J. Oper. Res., 2018)

Visualization of Solution Spaces for the Needs of Metaheuristics. - Czeslaw Smutnicki (EUROCAST (1), 2019)

Cyclic Scheduling of Lots with Setup Times. - Czeslaw Smutnicki (MMAR, 2019)

Competence-Oriented Recruitment of a Project Team Robust to Disruptions. - Eryk Szwarc; Izabela Nielsen; Czeslaw Smutnicki; Grzegorz Bocewicz (ACIIDS (2), 2020)

Milk-run Routing and Scheduling Subject to Fuzzy Pickup and Delivery Time Constraints: An Ordered Fuzzy Numbers Approach. - Grzegorz Bocewicz; Zbigniew Banaszak; Katarzyna Rudnik; Marcin Witczak; Czeslaw Smutnicki; Jaroslaw Wikarek (FUZZ-IEEE, 2020)

Simulation Versus an Ordered-Fuzzy-Numbers-Driven Approach to the Multi-depot Vehicle Cyclic Routing and Scheduling Problem. - Grzegorz Bocewicz; Zbigniew Banaszak; Czeslaw Smutnicki; Katarzyna Rudnik; Marcin Witczak; Robert Wójcik (ICCS (2), 2020)

Out-Plant Milk-Run-Driven Mission Planning Subject to Dynamic Changes of Date and Place Delivery. - Grzegorz Bocewicz; Izabela Nielsen; Czeslaw Smutnicki; Zbigniew Banaszak (ICCS (1), 2021)

Periodic Distributed Delivery Routes Planning Subject to Uncertainty of Travel Parameters. - Katarzyna Rudnik; Grzegorz Bocewicz; Czeslaw Smutnicki; Jaroslaw Pempera; Zbigniew Banaszczak (ICCCI, 2021)

Job Shop Scheduling with Transport by Automated Guided Vehicles. - Czeslaw Smutnicki; Jaroslaw Pempera (SOCO, 2021)

Competence-oriented project team planning - university case study. - Eryk Szwarc; Izabela Nielsen; Czeslaw Smutnicki; Grzegorz Bocewicz; Zbigniew Banaszak; Jakub Bilski (J. Inf. Telecommun., 2021)

An ordered-fuzzy-numbers-driven approach to the milk-run routing and scheduling problem. - Grzegorz Bocewicz; Zbigniew Banaszak; Katarzyna Rudnik; Czeslaw Smutnicki; Marcin Witczak; Robert Wójcik (J. Comput. Sci., 2021)

Cyclic flow-shop scheduling with no-wait constraints and missing operations. - Czeslaw Smutnicki; Jaroslaw Pempera; Grzegorz Bocewicz; Zbigniew Banaszak (Eur. J. Oper. Res., 2022)

Periodic distributed delivery routes planning subject to operation uncertainty of vehicles travelling in a convoy. - Grzegorz Bocewicz; Peter Nielsen; Czeslaw Smutnicki; Jaroslaw Pempera; Zbigniew Antoni Banaszak (J. Inf. Telecommun., 2022)

Metaheuristic-Based Lagrangian Relaxation for Total Weighted Tardiness Minimization. - Czeslaw Smutnicki; Jaroslaw Rudy; Radoslaw Idzikowski; Wojciech Bozejko (PCC (2), 2023)

New ideas in Lagrangian relaxation for a scheduling problem with the weighted tardiness criterion. - Jaroslaw Rudy; Radoslaw Idzikowski; Czeslaw Smutnicki; Zbigniew Banaszak; Grzegorz Bocewicz (Int. J. Appl. Math. Comput. Sci., 2024)

Optimal Solving of a Scheduling Problem Using Quantum Annealing Metaheuristics on the D-Wave Quantum Solver. - Wojciech Bozejko; Ryszard Klempous; Jaroslaw Pempera; Jerzy W. Rozenblit; Czeslaw Smutnicki; Mariusz Uchronski; Mieczyslaw Wodecki (IEEE Trans. Syst. Man Cybern. Syst., 2025)