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This paper suggests and develops a technique for a system, which automates instructors' scheduling of timetables to enable them to save time and effort by minimising errors and costs. Automating repetitive manual procedures provides value to instituting timetable processes by providing reliable tables that can be free from mistakes. The growth of automation systems has been significantly increasing for organisations and their customers. As a matter of consequence, the popularity of automation systems is ongoing, and these systems play a critical role as their compromise has a technical impact and the need for them continues to increase. The complexity of setting automation systems continues to grow as the system architecture and applications must fulfill various requirements of ever demanding project scenarios. The automation system refers to the use of machines, devices, control systems and information technologies to increase and optimise productivity in the production of a system and the delivery of services. The correct incentive for applying automation is raising productivity and quality.

This paper presents a novel vehicle ad hoc network (VANET) based on an on-street parking system that exploits the concept of InfoStations (ISs) and context-aware systems to locate and reserve a parking space. All parking zones have an assigned IS that provides wireless coverage to that parking zone. Thus, the parking details are available over dedicated short-range communication (DSRC) via the IS. Vehicles can request and reserve a preferred parking space using wireless capabilities while still moving. Because parking zones are generally distributed according to street (area) names, the architecture in this paper recommends centralised IS, which monitors and controls the geographically intermittent area-wise parking zones.