81%
04.11.2011
// Add weighted value to convolution sum
13 convolutionSum += in.data[(y + ky) * in.width + (x + kx)] * kernel.data[ky * kernel.width + kx];
14 }
15 }
16 // Clamp values to {0 ...
We take a close look at how to integrate graphics processors into your parallel programs with OpenCL.
81%
11.05.2021
was:
# This is the configuration file to use NVBLAS Library
NVBLAS_LOGFILE nvblas.log
NVBLAS_CPU_BLAS_LIB /usr/lib/x86_64-linux-gnu/libopenblas.so.0
NVBLAS_GPU_LIST 0
NVBLAS
81%
17.02.2015
= ro.r.table(ro.r.cut(rep.df.rx2(1), [0, 0.9999, 1.0001, 2]))
14
15 label = lambda label, i: "%s %s %%" %(label, round((vals[i]*100)/num))
16 labels = [label("Ellipse", 0), label("Parabola", 1), label
81%
07.11.2011
, how can you get all the threads to work on a collated result – for example, to total the values in an array? reduction()
(Listing 2) handles this.
Listing 2: reduction()
01 a = 0 ; b = 0 ;
02 #pragma
81%
11.10.2016
_percent_local=psutil.cpu_percent(interval=interv,percpu=True);
52 cpu_percent.append(cpu_percent_local);
53 # end for
54
55 # Normalize epoch to beginning
56 epoch_list[:] = [x - epoch_list[0] for x in epoch_list];
57
58 # Plots
59
60 ... CPU utilization metrics tell you how well your applications are using your processing resources.
81%
11.04.2016
.1 #drop attempts to fool webserver to be insecure. You might want 1.0
#anti dos
BanOnFlooding = 10/1:15
KickOnBan = yes # close all connections for an IP that is banned
#MaxUrlLength = 500
80%
05.12.2019
, producing a 16-fold increase in data cache misses, up from 6 million to 100 million events. Note how the row-major approach delivered a near-perfect result, with D1 cache misses coming in under one percent
80%
09.12.2019
accelerations.
146 200 95.0 0.5 0.0 for i in range(0, d_num):
147 75150 29236.0 0.4 8.0 for j in range(0, p_num):
148 75000 57404.0 0.8 15
80%
30.01.2020
0.4 8.0 for j in range(0, p_num):
148 75000 57404.0 0.8 15.7 acc[i,j] = force[i,j]*rmass
149 # end
80%
17.02.2015
can refer to the entire process environment by means of the **environ variable; therefore:
(gdb) p &environ
$4 = ( *) 0xf7f83d64
(gdb) x/100s *environ
0xffffc815
