Description: Interference management refers to the strategies used to minimize or eliminate interference in communication systems. This interference can arise from various sources, such as other electronic devices, physical obstacles, or environmental conditions. In the context of communication protocols, interference management is crucial to ensure the integrity and quality of data transmission. In modern wireless networks, where a high density of connected devices is expected, interference management becomes even more relevant, as multiple signals may compete for the same frequency spectrum. Edge computing, which brings data processing closer to the source of generation, also benefits from interference management techniques, as it optimizes communication between devices and servers, reducing latency and improving efficiency. Interference management techniques include dynamic frequency allocation, the use of advanced modulation techniques, and the implementation of error correction algorithms. These strategies not only improve signal quality but also increase network capacity, allowing for a better experience for the end user.
