Sentence examples for heavy computational load from inspiring English sources
The phrase "heavy computational load" is grammatically correct and can be used in written English
You can use it to describe a situation where a computer or system is under a lot of strain due to a large amount of processing or calculations. Example: "The simulation required a heavy computational load, causing the computer to run at full capacity for several hours."
However, the method in [29] suffers from the problem of heavy computational load to compute huge warping matrices, while the methods in [30, 33] suffer from the extensive memory burden problem to store huge warping matrices.
However, the LCMV filter suffers from the heavy computational load and slow convergence speed.
In addition, heavy computational load hinders realtime processing in CNC system.
This hybrid electrothermal simulation minimizes the heavy computational load of MC simulations but still incorporates the detailed energy transport processes at different length scales.
This paper demonstrates how we were able to calculate the space-averaged property of flows with coarse meshes without a heavy computational load.
As a consequence, in case of rapid sampling, complicated process dynamics and/or high demands on closed-loop performance, satisfactory approximation of the control signal requires a very large number of forward shift operators, and leads to poorly numerically conditioned solutions and heavy computational load when implemented on-line.
SkateBLAST is derived from ViroBLAST (14), with a customized interface for job submissions to a UD high-performance computing cluster during heavy computational loads such as during Annotation Workshops.
Previous research studies on autonomous aerial combat often have limitations due to overly simplifying assumptions, heavy computational loads, and limited scalability.
Unlike type-2 fuzzy sets use an extra type reduction operation to find the output, the proposed RPFNN does not require heavy computational loading.
However, when using GA in complex optimization problems, e.g., like those arising in engineering, the high dimensional space of solutions and the expensiveness of fitness functions produce heavy computational loads.
However, the disparity estimation is another challenging task, requiring heavy computational loads.
