The phrase "algorithmic tasks" is correct and usable in written English.
It can be used when referring to tasks or problems that involve algorithms, particularly in fields like computer science, mathematics, or data analysis.
Example: "The research focused on optimizing algorithmic tasks to improve processing speed and efficiency."
Alternatives: "computational tasks" or "algorithmic operations".
So in some ways, these if-then motivators work poorly for creative, conceptual tasks, in part because they work so well for the more routine, algorithmic tasks.
So these characteristic motivators, these if-then rewards, they're really good for simple, straightforward, rule-based, what we might think of as algorithmic tasks, where you're just following a set of instructions.
The internet fundamentally changed the way we live, work, and play, and the nature of work itself has transitioned in large part from algorithmic tasks to heuristic ones that require critical thinking, problem-solving, creativity, and uninterrupted stretches of time to get into a state of flow.
Machines, on the other hand, do not suffer from boredom and can work on menial algorithmic tasks with high throughput and no error.
I predict that once we have automated algorithmic tasks for designing software, time will be freed for imagining new solutions and experiences, as we're currently seeing with the resurgence of VR and the emergence of 360 video content.
This is to say that Chinese students are very good at algorithmic tasks and at being micro-managed, but they are not equipped to display critical thinking skills or to work independently; b) Values and attitudes, habits and thinking that permit them to function well and effectively within a Chinese context.
Design of beam-slab layouts is considered a heuristic task rather than an algorithmic task since its process cannot be written as an algorithm.
The algorithmic task is to find a set of peaks.
This ensures that a problem has a well defined solution independently of any method for solving it, and that the task of modelling identification problems is separated from the algorithmic task of solving given problems.
As there are no industry-level systems for support of non-algorithmic tasks of FEM-based engineering analysis, such tasks are carried out by engineers on the basis of expert knowledge and experience.
First, however, there is a pragmatic motivation for eliminating algorithmic design tasks: Speed.
