Video Conferencing: The Architect’s Assistant, a Trailblazing Algorithm for Optimal Technology Choice

This study uses three different methods to analyse the spatial distributions of video conferencing, namely circular, random, and uniform. These services come in various quantities and are put up in real-time application configurations at particular percentages. The study’s objective is to offer customers or users an evaluation that suggests appropriate network designs and technologies while maximizing available network resources and preventing unneeded disruptions. To do this, a special method for choosing the best network topologies for mixed applications has been created. The study takes into account a number of variables, such as node counts ranging from one to sixty-five and room sizes ranging from three by two meters to fourteen by ten meters. Network performance is assessed using Quality of Service (QoS) measurements such as latency, jitter, bandwidth, and packet loss. Additionally, the study follows the established acceptable limits for QoS measurements in video conferencing systems. The study attempts to offer useful advice for optimizing network setups to ensure optimal performance for Video Conferencing services by taking into account these indicators and adherence to industry standards.