However, recent investigations using multiple tasks have failed to replicate the bilingual advantage, challenging the consistency of a bilingual cognitive advantage (Kousaie & Phillips, 2012a; Kousaie & Phillips, 2012b; Paap & Greenberg, 2013; Prior, 2012; von Bastian, Souza, & Gade, 2016).
Various CADe systems for multiple clinical tasks have already been developed in an attempt to address this challenge.
Recently, various computer-aided detection (CAD) systems for multiple clinical tasks have been developed, such as CAD for lung cancer [ 14], pulmonary embolism [ 15], breast cancer [ 16], colon cancer [ 17], liver cancer [ 18], prostate cancer [ 19] and coronary artery stenoses [ 20].
Santos et al. [ 20] have demonstrated that workforce issues may affect coding quality at times when coders may have to perform multiple tasks and have tight deadlines for their work.
Recent experiments have demonstrated an electrophysiological marker of VWM encoding and maintenance, the contralateral delay activity (CDA), which has been shown in multiple tasks that have both explicit and implicit memory demands.
This paper addresses the control of multitasking DES that allow for dealing with liveness properties in the case where multiple classes of tasks have to be independently completed by the system.
While multiple tasks may have the same disambiguation matrices, this approach provides constraints on connectivity which may reduce the complexity of task design.
This study explored how tradeoffs between multiple tasks may have contributed to the evolution of ammonoid shell morphology.
By including multiple tasks, we have been able to interpret the function of the areas where activation is higher in bilinguals than monolinguals.
Sometimes tasks have multiple steps that can be accomplished at different times.
In the heterogeneous environment considered in this study, tasks arrive randomly, tasks are independent (i.e., no inter-task communication), and tasks have priorities and multiple soft deadlines.
