@InProceedings{Kashansky2021b, author = {Vladislav Kashansky and Radu Prodan and Gleb Radchenko}, booktitle = {9th International Conference "Distributed Computing and Grid Technologies in Science and Education"}, title = {{Some aspects of the workflow scheduling in the computing continuum systems}}, year = {2021}, month = {dec}, pages = {106--110}, publisher = {Crossref}, abstract = {Contemporary computing systems are commonly characterized in terms of data-intensive workflows, that are managed by utilizing large number of heterogeneous computing and storage elements interconnected through complex communication topologies. As the scale of the system grows and workloads become more heterogeneous in both inner structure and the arrival patterns, scheduling problem becomes exponentially harder, requiring problem-specifc heuristics. Despite several decades of the active research on it, one issue that still requires effort is to enable efficient workflows scheduling in such complex environments, while preserving robustness of the results. Moreover, recent research trend coined under term "computing continuum" prescribes convergence of the multi-scale computational systems with complex spatio-temporal dynamics and diverse sets of the management policies. This paper contributes with the set of recommendations and brief analysis for the existing scheduling algorithms.}, doi = {10.54546/mlit.2021.29.45.001}, keywords = {scheduling, algorithms, brief review, workflows}, url = {http://ceur-ws.org/Vol-3041/} }