就是说咱们用了一个叫做excess scaling的技巧来把预流推进非饱和推流的次数从 优化到了 。基本思路是把拥有足够大超额流的节点往足够小超额流点推流,并保持这些超额流不要变得太大,咱们把这种算法叫做excess scaling algorithm(超额增量算法?) 本算法进行 次scaling,在每次迭代中,我们定义主导超额流算子Δ为2的幂,是...
adding water to the water tank with a bucket to control the height of the water level. If you simply use the proportional control algorithm, assuming比例P系数is 0.5 (equivalent to两桶水的容量equal to一缸水的容量), we start to simulate the water addition experiment: ...
Given the demand , we try to evaluate the system reliability that the maximum flow of the network is not less than . A simple algorithm is proposed firstly to generate all lower boundary points for , and then the system reliability can be calculated in terms of such points. One computer ...
rgb2grayVersion ssim string 'INTEGER' SSIM grayscale algorithm. Valid options are ORIGINAL or INTEGER k1 ssim number 0.01 SSIM first stability constant (see ssim.pdf) k2 ssim number 0.03 SSIM second stability constant (see ssim.pdf) windowSize ssim integer 11 Window size for the SSIM map (see...
Often, precipitation forecasts associated with land-falling tropical cyclones are based on a simple algorithm where the maximum 24-h precipitation (in inches) is forecast by 100/v, where v (in mph) is the translational speed of the cyclone. This algorithm, however, provides little insight as ...
The algorithm is easy to implement and has a high potential for saving cut computations under the assumption that a local change in the underlying graph does rarely affect the global cut structure. We document the good practicability of our approach in a brief experiment on real world data....
instance, it is known that EDF is a suboptimal scheduling algorithm for even LL tasks on multiprocessor platforms [10]. However, optimal scheduling approaches for LL task systems have been developed =-=[13, 6, 20]-=-. Since LL tasks are a subclass of sporadic task systems, the non-...
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2.1.990 Section 17.7.5, Algorithm 2.1.991 Section 17.7.6, Key Derivation 2.1.992 Section 17.7.7, Relax-NG Schema Suffix 2.1.993 Section Appendix E, Accessibility Guidelines (Non Normative) 2.1.994 Section Appendix E.1, Title, Description and Caption of Graphical Elements 2.1.995 Section A...
TRAVEO™ T1G MCU family S6J3360/S6J3370 features 32-bit RISC microcontrollers with an Arm® Cortex®- R5F core and operates up to 132 MHz. These microcontrollers come with optimized performance, maximum 2MB...