As a preamble, this article complements the one entitled Image Enhancement: Super-Resolution with Deep Learning. In fact, we've already shown that in various industrial sectors, there's a definite interest in using super-resolution. Here, we'll focus on the process...
Tailor-made offices for Imasolia At the start of the new year, it's official: Imasolia is moving into its new offices! Ideally located in Vergèze (30 - Gard), we can now welcome our customers and suppliers more easily (direct access by train) and be even more efficient in our projects. Under construction since...
Imasolia, a Young Innovative Company! Our team is proud to announce that Imasolia has been awarded Young Innovative Company (JEI) status. This distinction, awarded by the French Ministry of Higher Education and Research, demonstrates that Imasolia is engaged in Research and Development. Find out more about JEI status...
We're hearing more and more about Photonics. But what is Photonics? Since 2015 and the Year of Light, the term Photonics has taken a new turn with a democratization of the word to the general public. In this article, we'll explain how Photonics...
In image processing, super-resolution refers to the process of improving spatial resolution, i.e. the level of detail in an image. The aim of this article is to present super-resolution based on Deep Learning, with a few useful applications and a simple example to visualize. What is super-resolution? The...
The use of Artificial Intelligence has been a big hit in science-fiction films, and it used to be something of a myth. But in recent years, the situation has changed. Artificial Intelligence has been thrust into the spotlight. What are the possibilities offered by the development of advanced algorithms for...
Optronic projects often require computing resources for analytical image processing or embedded AI. For these purposes, Jetson modules are ideal, providing a certain amount of computing power, using the Edge computing method. By coupling these platforms with the use of...
Object detection in computer vision uses Deep Learning, a family of machine learning models described in terms of layered neural networks. Generally speaking, all supervised learning models for detecting objects in an image are neural networks...
In this article, we present our development around automatic license plate recognition and its applications. Our solution provides invaluable information on vehicles such as cars, trucks and motorcycles. So you can improve your business capabilities, automate tasks and increase safety...
Designed for scientific and R&D applications, short-wave infrared (SWIR) cameras are often based on an InGaAs detector, generally with VGA resolution (640 x 512) optimized for the 0.9-1.7 µm waveband. Infrared is itself divided into several sub-domains: the very near infrared, the...