The purpose of a task quitting system is to move resources to higher-demand areas; in the case of multi-agent task assignment, task quitting will help remove agents from tasks with unmet requirements to assist in tasks that are closer to meeting the requirements.
Purpose of study: A task force of North American spine Society (NASS), Council of Spine Societies (COSS) and American Academy of Orthopaedic Surgeons AAOSS) developed a patient-based outcomes assessment instrument for the cervical spine adapted from the NASS lumber spine outcomes instrument.
For this purpose, we designed a task paradigm to measure two different types of response conflicts using color-based and location-based conflict stimuli and measured the conflict adaptation effects associated with the two types of conflicts either independently (i.e., single conflict conditions) or simultaneously (i.e., a double-conflict condition).
The employee transporting problem differs in nature from HVRP by not considering the routing, thus a computational comparison with other methods in the literature will not serve any purpose and such a task was not undertaken.
For this purpose, we used a task sensible to both, SCA2 gene mutation [24] and cerebellar damage [25].
From an engineering point of view, the problem of coordinating a set of autonomous, mobile robots for the purpose of cooperatively performing a task has been studied extensively over the past decade.
The general wisdom, based on understanding of robots from the past decade, is that humans are good at high-level decision making and understanding the purpose and context for a task.
The hybrid kernel, one of those methods, executes a general purpose OS kernel as a task of real-time OS which can support those features with reasonable engineering effort.
I once went to a cabin in the middle of nowhere for purposes of focusing on a task.
The drop-landing task may then be useful for rehabilitation and strengthening purposes, and in providing a task in which loading can be controlled in examining metabolic responses to joint loading in human participants.
