Search Results for "penetration testing linux"

See original code here: https://github.com/jakeret/tf_unet Currently this project is based on Tensorflow 1.13 code base and there are no plans to transfer to TF version 2. The primary improvements to this code base include a training and evaluation framework, along with a fusion based approach to detection, combining a number of models (currently hard coded to two trained models) along with Sum Threshold as an additional "expert." Additional work is being done to add custom layers to...

...We are do NOT responsible for the loss of data from your computer during installation of the distribution, as well as during its testing or/and using! ********************************************************************************** ************************* Do you need any help? ************************* 1. Forum https://groups.google.com/forum/#!forum/astronomy-linux 2. New open project “Astronomy Linux” https://www.cloudynights.com/topic/ 3. FB group https://www.facebook.com/astronomylinux/

...We are do NOT responsible for the loss of data from your computer during installation of the distribution, as well as during its testing or/and using! ********************************************************************************** ************************* Do you need any help? ************************* 1. Forum https://groups.google.com/forum/#!forum/astronomy-linux 2. New open project “Astronomy Linux” https://www.cloudynights.com/topic/ 3. FB group https://www.facebook.com/astronomylinux/

This driver allows to connect OpenCV videoCapture devices (cameras or avi files) as INDI CCD devices. In addition to standard CCD features, it supports streaming with stream rate division, together with a real-time histogram display. It also proposes simultaneous AVI recording at full FPS using available codecs. Record file names may be dynamically generated. It is aimed at planetary imaging in INDI and at testing various OpenCV image algorithms.

The GALPROP program (http://galprop.stanford.edu) computes cosmic-ray propagation numerically. To obtain manifestly accurate solutions an explicit method is now available to replace the Crank-Nicolson operator-splitting method. This can be implemented in the public version of GALPROP with the update provided here. Instructions: replace the four files propel.cc, propel_diagnostics, Galdef.cc and Galdef.h and rebuild the executable. Add solution_method and solution_convergence to the galdef...