Automated guided vehicle selection, a key concern in manufacturing environment is a complex, difficult task and requires extensive technical knowledge with systematic analysis. It is invaluable to justify the selected equipment before actual implementation of the same. This paper presents a logical procedure to select automated guided vehicle in manufacturing environment for a given application...

In recent years, automatic recognition of vehicle logos has become one of the important issues in modern cities. This is due to the unlimited increase of cars and transportation systems that make it impossible to be fully managed and monitored by human. In this research, an automatic real-time logo recognition system for moving cars is introduced based on histogram manipulation. In the proposed...

Abstract In order to solve the problem of AGV fault detection system’s complexion and low accuracy, a convolutional neural network (CNN) based on status monitoring diagnosis method for automatic guided vehicle (AGV) is proposed. Firstly, vibration signals core components are converted into two-dimensional (2D) images. Secondly, 2D images input convolution training. Finally, trained model used m...

In this paper, we discuss and investigate the advantages of an asynchronous display, called “image queue”, tested for an urban search and rescue foraging task. The image queue approach mines video data to present the operator with a relevant and comprehensive view of the environment by selecting a small number of images that together cover large portions of the area searched. This asynchronous ...

<p>Automated Guided Vehicle (AGV) is a type of vehicle that driverless and programmed to run on predetermined route transfer loads. Thus, the aim this work improve layout, operation, maintenance. results these objectives explain many are used in AGV systems for modern material handling due ability technology increase efficiency productivity system reduce human labor. Flow paths or layouts...

and Reference List Automated guided vehicle systems (AGVs) provide the flexibility and integration required for flexible manufacturing systems. Previous AGVS studies have attempted to reduce the controlling complexities commonly encountered in these systems. However, this has not been accomplished without additional resources (e.g., automated guided vehicles) and lower system flexibility. The p...

In recent years, a great deal of research has been focused on preventing deadlock in Flexible Manufacturing Systems. Policies based largely on Petri net models have been presented in the literature. Recently, a quite different approach has been developed based on supervisory control theory, and it has been adapted to solve the nonblocking maximally permissive control problem in various resource...

Architectural design plays a key role in software engineering. The software architecture is the backbone of the designed solution, it has the functional requirements of the system and satisfies the quality requirements. In our research, we put forward situated multiagent systems (situated MAS) as an approach to build distributed applications with demanding quality requirements such as flexibili...