An AI and Equation based Modelling Solution for Multiple Bluetooth Connections with Single Master Device

Bluetooth remains the best solution for short-range connectivity in portable, handheld and personal devices because of its ease to identify targets in vicinity, despite the improvements in data transmission technologies. Compared to other wireless LAN technologies, however, the applications and performance of Bluetooth networks are limited due to various reasons. Multitasking over a Bluetooth network remains inconvenient, especially when similar set of devices are connected to a single master Bluetooth device, as there are chances of conflict in the connection. A user might prefer to connect more than one audio-output device (devices with similar functionalities) over Bluetooth connection with same master device and at the same time, but if that master device is already connected to Bluetooth speakers, a call received during this time will be directed to speakers, causing one of the two Bluetooth audio devices to get disconnected. A solution to address this problem is currently not available. We aim to address the same with our proposed solution. This paper presents a mathematical calculation-based modelling solution for establishing Bluetooth connections simultaneously with multiple devices having similar or different functionalities.