Real-time data tracking with time modeling of internet of things (IoT)

The most common feature of electronic circuits, which be able to make a global connection to the internet or called internet of things, is the time dependence. The system that provide its own values over its time and transferring from one place to another via communication technologies cause data traffic because of the increasing number of devices. In order to manage this data traffic, remote visual inspection may be necessary to manage this potential confusion. If a time-dependent control is required for multiple devices, monitoring systems based on a time-dependent model may be considerable for systematic, mathematically, and visually descriptive. In this thesis, transferring the analyzed data of an electronic circuit to a website via internet connection with a time stamp aimed to work on. An object that can be connected to the internet (electronic circuit), which is represented in three-dimensional time model, is modelled mathematically in the field of graphics by considering time representations. The objects that connected to the internet have their own place in the time model and those circuits controlled individually. To access previous data of IoT devices, industrial monitoring and operational checks can be done quickly.