Like the title said, monitoring of Framerate Avg, Framerate Min, Framerate Max, Framerate 1% Low, Framerate 0.1% Low are not working / not monitoring any data for me. Is their something i'm missing that need to be activated or ? Thanks Last edited by a moderator: Aug 5, 2020 ...
The key thing on a RAM test is to monitor the 1% low, as opposed to the average frame rate. While the average FPS counts remain similar, the frame rate drops on the lower RAM system result in more stuttering and less smooth gameplay in some areas of the game....
when your frame rate is low, you may experience image stuttering or lag issues, which indicate your monitor can't keep up with the amount of data your gpu is sending to it. this can lead to jerkiness in animations and games, making them hard to play or watch. on the other hand, you...
All the support for old hardware not capable of running yolo8 has been removed, since yolo8 is the key to the very low false alert rate. I've tested it on Ubuntu 20.04 and 22.04, other Linux distributions with openvino and/or cuda support should work. New 5SEP2024: Ultralytics export...
It is common for OCC systems to feature a relatively low bit rate. The presented system has a bit rate of 24 bits per second for a 120 frames per second receiver, scaling down linearly with the frame rate. The bit rate is sufficient to assure short average detection times for modern appl...
Full-repeated Lissajous scanning often has a low frame rate, which is determined by the pattern repeat rate. In contrast, non-repeated Lissajous scanning provides a higher frame rate than the pattern repeat rate [26]. However, non-repeated scanning exacerbates the trade-off relationship between ...
Ultrasound vector Doppler techniques for three-dimensional (3-D) blood velocity measurements are currently limited by low temporal resolution and high computational cost. In this paper, an efficient 3-D high-frame-rate vector Doppler method, which estimates the displacements in the frequency domain, ...
Ultrasound vector Doppler techniques for three-dimensional (3-D) blood velocity measurements are currently limited by low temporal resolution and high computational cost. In this paper, an efficient 3-D high-frame-rate vector Doppler method, which estimates the displacements in the frequency domain, ...