Sentence examples for harvesting tasks from inspiring English sources

Based on dynamic voltage and frequency scaling techniques, the proposed algorithm concentrates all disperse free time together to harvest energy by dynamically scheduling harvesting tasks and service tasks.

In this kind of systems, service tasks and energy harvesting tasks must be scheduled efficiently to keep the whole system working properly as long as possible.

Based on the dynamic voltage and frequency scaling techniques, the proposed algorithm concentrates all disperse free time together to harvest energy by dynamically scheduling harvesting tasks and service tasks.

In energy harvesting embedded systems, the system needs to harvest energy from the external environment during free or idle time and schedule service tasks and energy harvesting tasks to keep the whole system working properly as long as possible.

In energy harvesting embedded systems [10], one needs to schedule tasks between harvesting tasks with working tasks, and the aim is to keep the energy of embedded systems in a reasonable level, while providing normal working services at the same time.

The harvesting robot autonomously performed its harvesting task using a vision-based module.

The objectives of this research were to explore the changes in the low back biomechanical responses during a harvesting task as a function of different harvesting techniques/postures and to explore the effects of an ergonomic intervention designed to reduce the low back stress during this work activity.

Period-specific harvest tasks, biomass moisture content variations throughout the dynamic processing chain and concurrent ambient drying in storage processes have been captured analytically and integrated into the modelling framework.

The following steps describe the basic idea of our proposed energy harvesting aware task allocation heuristic: Step 1. Sort all the tasks based on LST from List Scheduling and CNPT in queue (mathcal {Q}) Step 2. Update the energy availability (mathcal {A}^{n}_{t}) of all nodes based on the predicted energy for the current slot Step 3.

First, the problem we address is energy harvesting aware task allocation at the network level, i.e., how to assign nodes in the network to the tasks from the task graph with precedence constraints.

If I wasn't doing any of those things, I was preparing for harvest with tasks like cleaning out storage barns or getting refrigeration units in shape.