Sentence examples for variable clock from inspiring English sources

Titan and Tödi use the AMD Opteron models 6274 and 6272 with a clock speed of 2.2 and 2.1 GHz respectively while Piz Daint uses an Intel Xeon E5-2670 with a variable clock speed ranging from 2.6 GHz up to 3.3 GHz (3.0 GHz with all cores active).

The translation of the data flow is more sophisticated since we have to consider the following issues: (1) data flow variables can be written by delayed and immediate assignments and (2) delayed assignments do not necessarily take place in the next instant, instead the value has to be kept until the next tick of the variables clock.

L is a finite set of locations; (l_{0}) is the initial location; (mathbbm {P}) is the finite set of parameters (delays); V is a finite set of real-valued variables (clocks); (Esubseteq L times C = (V, mathbbm {P}) times 2^{v} times L) is a finite set of edges.

All variables used in the design are global variables except for clock variables and otherwise specifically mentioned local variables.

However, we will extend the idea to refined clocks, where clocks do not generally tick in every instant, and store for each variable its clock.

However, our results from Experiment 3 do suggest that the temporal ventriloquism-like effects on mode switch latency and the previously demonstrated variable internal clock rates may both play a role.

However, both can use the same variables of clock C1, which generally have different values in different substeps.

The variable-rate clock is modeled by applying a scalar multiplier to each branch of the tree that alters the rates in Q s by some fixed amount.

We estimated time-dated phylogenetic trees by enforcing a variable-rates clock model that constrained all root-to-tip path lengths to have the same total time but allowed the average rates of sound evolution to vary throughout the tree.

Furthermore, after the introduction of a variable that varies clock pulse discharge, accuracy is immediately altered, but it then returns to the criterion time as clock can be recalibrated quickly.

Processor utilization and idle time analysis can be conducted by introducing a new TA with a single location with the stop-watch expression u t i l ′ == !i d l i n g && i d l e ′ == i d l i n g where util and idle are two new clock variables and idling a boolean variable that is set whenever a task is executing.