Development Of Image Processing System Research Articles

Development of image processing system to learn by deep learning

Development of image processing system to learn by deep learning

Development of Digital Image Processing System Based on MATLAB

Digital image processing is a technology that using computer to process images through a certain algorithm. It has been widely used in many areas of engineering and military. The system which is fit for the researching and teaching plays a very important role in the fields of scientific research and education. This paper discusses the development of image processing system and image processing technique in MATLAB. In practice, the operation of the system is convenient its interface is beautiful and its vision is very good.

Hydrocyclone underflow monitoring using image processing methods

Until a few years ago there has been little development of image processing systems in the minerals industry, mainly owing to the computational demands of image recognition and interpretation. Due to rapid progress in computer technology at present however, image processing systems are increasingly being investigated in order to solve complex process engineering problems. In this investigation videographic analysis of the hydrocyclone underflow discharge is applied primarily as a diagnostic tool to assess the performance of the classifier. The discharge spray angle is a visual parameter which immediately identifies normal (umbrella profile discharge) or anomalous (roping discharge) operation, and can be directly interpreted to characterise internal flow properties such as pressure drop. Also, this information can be applied to estimate the feed stream particle concentration and ultimately the hydrocyclone's cut size and can serve as a basis for considerable improvement in the on-line control of mineral processing circuits as a whole.

A study of distributed environment for three‐dimensional image processing using extended server‐client model

AbstractOne method for constructing a distributed image processing environment for three‐dimensional digital images is examined. VISUAL, which is proposed here, is based on an extended client/server model. Specifically, an image processing system is constructed from one server that manages the images and clients that correspond to the processing units in a series of image processes. VISUAL offers a platform where multiple client processes cooperate and operate under a server. In this paper, the basic overview, design objectives, and implementation are explained. In addition, the effectiveness of more efficient development of image processing systems by distributed functions and program hiding is demonstrated.