It kind of depends on what type of system you're working with.md.kamal1262 said:Hi there, I want to modify a equation which is written for Singal to Noise Ratio. Now I want to change for logical interference. But I could not find any reliable source of explanation, " what is the relation between SNR/SINR and interference(Logical/Physical)?"
The signal-to-noise ratio refers to the ratio of the desired signal to the background noise. Logical interference, on the other hand, refers to any other signal that may interfere with the desired signal. Therefore, a higher SNR means a stronger desired signal relative to noise, which results in less logical interference.
A high SNR means that the desired signal is significantly stronger than the background noise. This makes it easier to distinguish the desired signal from any other signals that may cause logical interference. As a result, a higher SNR reduces the impact of logical interference on the overall signal quality.
No, there is no specific SNR threshold that guarantees no logical interference. The level of SNR required to avoid logical interference depends on various factors, such as the complexity of the signal and the environment in which it is transmitted. However, a higher SNR generally results in less logical interference.
No, increasing the SNR cannot completely eliminate logical interference. While a higher SNR can reduce the impact of logical interference, it cannot eliminate it entirely. This is because logical interference can come from various sources, and some may be difficult to eliminate even with a high SNR.
One way to improve SNR is by using signal processing techniques, such as filtering and amplification, to enhance the desired signal. Additionally, minimizing the distance between the transmitter and receiver, and reducing the amount of background noise in the environment, can also improve SNR and reduce logical interference.