Furthermore, they are easily implemented and consume less time and memory, compared to existing filters.
The control diet/wortmannin-treated group showed a significant decrease in memory compared to all other groups.
The resulting fluid mechanics computations are very fast and they consume a small amount of memory, compared to a reference solver or a linear system resolution.
The CT groups reported greater perceived helpfulness with improving memory compared to the EFMT group, even though both groups demonstrated similar improvements in working memory during the study period.
Here, we used reaction times and EEG time-series decoding to test the hypothesis that the information flow is reversed when an event is reconstructed from memory, compared to when the same event is initially being perceived.
RumEnKF reduces the used memory compared to the EnKF when the number of ensemble members is greater than half the number of state variables.
An application to the Karhunen Loeve decomposition in the three-dimensional physical space is also presented that shows savings of three orders of magnitude in time and memory compared to a direct solver.
The experimental results illustrate that due to the use of heuristic, on-the-fly search K⁎ can use less time and memory compared to the most efficient k-shortest-paths algorithms known so far.
Here, the main aim is to find the best method which is very robust and fast and requires less computational resources and memory compared to similar approaches and is precise enough for robot soccer games and technical challenges.
For a specified accuracy, ϵ, the method scales as O(N) in both time and memory compared to the direct method with complexity O N2), which allows the solution of larger problems with given resources.
In our study, magnesium chloride dose-dependently enhanced memory compared to controls (significantly increased latency to enter a dark compartment previously paired with an aversive stimulus) when tested 48 h later as compared to controls.
