The phrase "a given workload" is correct and usable in written English.
It can be used when referring to a specific workload that has been assigned or is being discussed in a particular context.
Example: "In order to meet the project deadline, we need to assess a given workload and allocate resources accordingly."
Alternatives: "an assigned workload" or "a specified workload".
The glove would provide a muscle-assisting boost to reduce a given workload.
The main dependent measure was movement economy (i.e., oxygen consumption at a given workload).
For simulations of the water cluster systems, we obtain an average of over 50 times speedup for a given workload.
For a given system configuration, a system model estimates the cycles per instruction that the system would incur while running a given workload.
To this end, we developed an algorithm that uses a cost-based approach, which produces optimal column groupings for a given workload.
Secondly, we provide a multi-objective formalization of the materialized view selection problem, considering two non-functional requirements: query performance and energy consumption while executing a given workload.
Finally, how intensive is the need for security and privacy of sensitive business data in any given workload?
A hardware architecture evolved from the VHDL model of Temporal Difference RL algorithm is proposed in this paper, which can suggest the winner policy to be adopted for any given workload to achieve power savings.
Even as the workload changes, the value of we use to compute the optimal allocation of resources for any given workload stays the same, as it represents the optimal division of energy between the current workload and the future.
Interestingly, Roberts et al 25 observed that during treadmill testing, healthy and coronary artery disease (CAD) patients, at any given workload below AT, produced similar VO2 values.
This impact accounts for the direct influence of the signal probability of the internal nodes under the given workload as well as its indirect influence due to power consumption and temperature changes of the circuits.
