Exact(2)
Latencies Cost (cycles) Time ( s) (48 MHz) 90 1.873 Etask-to-etask switch Call etask_manager to run the nextetask.
Primitive In Out Cost (cycles) Max Min 95 Time ( s) (48 MHz) Max Minin 1.977 : is the data length (byte),, ( = the buffer length 2); In the IN primitive, the maximal value is the execution time of reading bytes from the thread tuple when a message is ready; the minimal value is the execution time of calling thread_scheduler when no data is available.
Similar(58)
In this paper, we empirically profile three algorithms for the Shortest Negative Cost Cycle (SNCC) problem.
This problem will henceforth be referred to as the Shortest Negative Cost Cycle problem (SNCC).
SNCC is closely related to the problem of checking whether a directed, weighted graph contains a negative cost cycle (NCCD).
This paper is concerned with the problem of checking whether a network with positive and negative costs on its arcs contains a negative cost cycle.
In addition, a long-term view requires making the correct technology choices, to benefit from the consumer cost cycle and to ensure a continuous migration pathway.
The latter results demonstrate that applying the VP chart improves the cost cycle in comparison to the chart with fixed parameters.
life cost cycle.
Then, G′contains no negative cost cycle.
Thus, G f contains no negative cost cycle.
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