Automatic Guidance Vehicle using Modularised Instruction Cards

In this respect, modularity of instruction cards can be employed. This gives the AGV an adaptable and flexible technology. Technology should be in a position to personalise the operating of AGVs concerning the activities and locations within a facility. Small-scale firms have a lot of unpredictable challenges, and therefore, they need to have settings of their production and processes change at their convenience. It is easy to AGV behavioural changes with modularised instruction cards in use. The adaptability of the AGV can, therefore be made according to the industrial requirement in time using unique instruction cards in use for the said process. This adaptability will enable small-scale organizations to have their automation implemented in stages and in a cost-effective manner. That is will ensure that firms with fewer resources enjoy sustainable production. This paper, therefore seeks to enhance the GPS navigation using RFID technology. Indoor interference impairs the accuracy and reliability of a GPS signal. This restricts accurate positioning, which is required to carry out efficient material-handling activities. Signal latency and inconsistency: GPS signals can be slow in big urban areas or if the sky is hidden. This can lead to inaccurate or delayed navigational instructions. RFID cards will be mounted around the building in a manner that provides accurate waypoints for the navigation of the AGV. They will carry the location of information and AGVs navigate with accurate task completion.