Laser Triangulation for 3D Imaging
INTRODUCTION 3D imaging in machine vision is a rapidly developing technology that gives accurate images of three-dimensional objects for inspection, measurement etc. There are multiple ways to implement a 3D imaging system; it can be based on stereo imaging, time of...
Role of FPGA in Image Processing
INTRODUCTION FPGAs are ubiquitous in machine vision systems; they are a part of the camera, the framegrabber, and the image processing module. This is with good reason, as they offer many advantages when it comes to image processing. FPGAs offer vast parallel...
Designing a High-speed Machine Vision System
INTRODUCTION High-speed machine vision systems find applications in many different industries. These hard real-time applications have demanding cycle-time and high-resolution image processing requirements. The cameras, which have a resolution of up to 8k pixels,...
CameraLink IP for high speed, high bandwidth Image acquisition
Introduction CameraLink is the best suited interface standard for real time, low latency, high bandwidth applications. CameraLink enables transmission of high-resolution image data at high speeds for both line scan and area scan cameras. The interface has a...
Introducing FPGA Integrated Camera module from Falcon Series
We are proud to present YantraVision’ s newest range of products, the Falcon Series. The Falcon product portfolio consists of FPGA Integrated Machine Vision products that are used for high speed hard real-time applications with cycle time in microseconds. The FPGA...
Pynq – BNN for Fabric Texture Analysis on the EDGE – Part 3
Recap of the Business Case We develop High Speed Embedded Vision modules for use cases in the Textile Industries. These high-speed modules are built using our proprietary Image Signal Processors (ISP) that run on Zynq platform. One of the challenges that we face is to...
Pynq – BNN for Fabric Texture Analysis on the EDGE – Part 2
Recap of the Business Case We develop High Speed Embedded Vision modules for use cases in the Textile Industries. These high-speed modules are built using our proprietary Image Signal Processors (ISP) that run on Zynq platform. One of the challenges that we face is to...
Pynq – BNN for Fabric Texture Analysis on the EDGE – Part 1
This blog series is split into 3 parts – Part 1: Why Binary Neural Networks Part 2: Why PYNQ? Part 3: Pynq – BNN Implementation Introduction We develop High Speed Embedded Vision modules for use cases in the Textile Industries. These high-speed modules are...