16%
03.04.2019
in Table 3 that you can nest parallel regions. The first parallel region will use N
threads (N
cores), and the second parallel region (the nested parallel region) will use N
threads for each thread
16%
26.01.2025
Flow 2.9.2 and Keras 2.9.0. The TensorFlow version is a bit old; 2.16.1 is the latest as of this writing, but I already had it installed. My Keras is also a bit old. I think Keras 3.6 is the latest, and my
16%
14.11.2013
-persistent-net-generator.rules
openSUSE, Red Hat 6
* /etc/udev/rules.d/70-persistent-net.rules* No net generator rules since 12.3. Instead, the biosdevname package is used to identify the NICs
16%
19.05.2014
the 2010 time frame. This corresponds to about version 2.2 of SSHFS, which is from 2008. SSHFS is now up to version 2.5, which was released on January 14, 2014; however, testing I’ve done hasn’t revealed any
16%
15.08.2016
for production, since kernel 2.6.24. In container solutions, network namespaces allow individual containers exclusive access to virtual network resources, and each container can be assigned a separate network
16%
12.03.2014
important data structure in NumPy is the N
-dimensional array, ndarray
. In a one-dimensional case, ndarrays
are vectors. Unlike Python lists, the size of NumPy arrays is immutable; its elements
16%
20.03.2014
.
The most important data structure in NumPy is the N
-dimensional array, ndarray. In a one-dimensional case, ndarrays are vectors. Unlike Python lists, the size of NumPy arrays is immutable; its elements
16%
22.12.2017
as Python modules with tools such as SWIG [6], Pyfort [7], and F2PY [8]. Writing parallel functions in Python is very difficult, but it's fairly straightforward in C and Fortran with the use of a variety
16%
08.06.2021
properties:
CPU: Intel(R) Core(TM) i5-10300H CPU @2.50GHz
Processor base frequency: 2.5GHz
Max turbo frequency: 4.5GHz
Cache: 8MB
Four cores (eight with hyperthread)
45W thermal design
16%
17.02.2015
translates into a huge address that it is undoubtedly out of the process address space. The following line computes this address using the GNU Project debugger (gdb):
(gdb) printf "0x%x\n",(j-i)+&vacf
0xd
