PhotoScan makes heavy use of the central processor (CPU) in a computer to run many of the calculations involved in turning still images into a 3D model or map. Different steps in that process utilize the CPU in various ways, though, so we are looking at how several Intel and AMD processors compare in this application.
I attended the Microsoft Build 2018 developers conference this week and really enjoyed it. I wanted to share my “big picture” feelings about it and some of the things that stood out to me. I’m not going to give you a “reporters” view or repeat press-release items. This is just my personal impression of the conference.
David McFarland, Head of Data Science at RentPath uses Puget Systems DIGITS box for Deep Learning and GPU-accelerated computation
I have been qualifying a 4 GPU workstation for Machine Learning and HPC use. The last confirmation testing I wanted to do was running it with TensorFlow benchmarks on 4 NVIDIA Titan V GPU’s. I have that systems up and running and the multi-GPU scaling looks very good.
PhotoScan makes use of both the CPU and GPUs (video cards) in a computer, during different steps of the photogrammetry workflow. One of the configuration options within this program also allows the CPU to be utilized during steps that are primarily performed on the GPU – and it is enabled by default. However, we have found in our testing that this option usually hampers performance more than it helps!
PhotoScan makes use of the video cards in a computer to assist with the computation of certain steps. As such, both the model of video card used and the number of GPUs present in a system can have an impact on the amount of time those steps take. In this article, we take a look at how multiple GeForce GTX 1080 Ti cards scale in performance across a few different CPU platforms.
Joel Beasley talks with Jon Bach, the Founder of Puget Systems. They discuss crafting company culture, why they are a computer company with no computers on their homepage, and Jon gives some advice to young entrepreneurs looking to break into the startup world.
Windows Update 1803 launched this week, and one specific change may catch some users off-guard.
We have recently found an issue with Premiere Pro 2018 version 12.1.X with ProRes footage causing up to 35% longer export times and a 50% drop in live playback performance with both ProRes 422 HQ and ProRes 4444 footage. Unfortunately, currently the only fix appears to be rolling back to version 12.0.1 of Premiere Pro 2018.
Microsoft generously wrote in the ability to install a FEW Linux distros but unfortunately, it doesn’t work right out of the box. In the guide I will discuss how to install the WSL and get the distros installed.
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