"complementary tasks" is correct and usable in written English.
You can use it to refer to tasks that work together in a complementary way to achieve a particular goal or objective. For example, "The project was completed in record time due to the team effectively distributing complementary tasks among its members."
Suppose the work force consists of low-ability individuals (burger flippers) and high-ability individuals (entrepreneurs), who perform complementary tasks.
As the share of tasks completed by labour falls, any given technological change is more likely to appear to be labour-substituting, since the share of workers that could potentially benefit from the change as a result of working on complementary tasks keeps dropping.We don't want to force workers out of the labour force.
Despite that, reusing a task often involves reusing complementary tasks.
Therefore, we regard them as complementary tasks rather than focusing on their recognition.
Organisation of labour force in two shifts with complementary tasks brought economical and time benefits.
The complementary tasks of measurement plus observation constitute a modern, consistent, and extended version of the basic metrological structures and needs.
Since in the discussion we will return to this sensor evolution scenario in a broader context, we briefly conclude the section by mentioning the results from [57] concerning the complementary task of evolving actuators which maximize empowerment for a fixed sensor.
Forming a model description language, the MCL is combined with a complementary task execution language (TEL), which describes how the input from the MCL will be used to generate a desired output.
For example, since "scientists rarely do investigations where the solution is assured within an hour or so" (McComas, p. 8), activities can be expanded in time and space beyond the classroom by assigning daily or weekly observations or by distributing complementary research tasks to different and distant groups (networking).
We have performed a broad assessment of the state-of-the-art performance of existing tools for extraction of genetic variants from the published biomedical literature, considering and comparing five publicly available extraction tools on two complementary evaluation tasks.
This analysis is complementary to task activation maps because it describes regions that follow the temporal sequence of information processing rather than the regions that engage simultaneously.
