A Simple way to Estimate the Signal-To-Noise Ratio and to Save Energy

Wen Zhuo Li

doi:10.4028/www.scientific.net/AMR.724-725.937

Paper Titles

Research on the Energy Consumption and Potential Emission Reduction of District Heating in the North of China
p.916

Research on the Energy Consumption Efficiency Based on Generalized DEA Method with Cluster Analysis
p.921

Study on Waste Heat Recovery of Soy Sauce Production Process in Jinshilongmen Brewery
p.925

A Novel Two-Stage Ethylene Rankine Power Cycle with Cold Energy Recovery of LNG
p.932

A Simple way to Estimate the Signal-To-Noise Ratio and to Save Energy
p.937

Analysis about Main Influence Factors of Vehicle's Fuel Consumption
p.941

Analysis on the Cycle Characteristics of Dual Swash Plate Stirling Engine
p.946

District Energy-Saving Measures and their Selection Method
p.951

Ground Source Heat Pump and Conventional Heat Sources to Match the Design and Operation Mode for Energy Saving
p.955

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 724-725A Simple way to Estimate the Signal-To-Noise Ratio...

A Simple way to Estimate the Signal-To-Noise Ratio and to Save Energy

Abstract:

No one can deny the significance of wireless communication in our life, but there is always noise that can lead to some mistakes in transmitting signal. Facing the noise, we should realize that we cannot eliminate completely. Therefore, we should estimate the signal-to-noise ratio so that we can balance the Bit Error Rate and the power, which can save more energy. Here is a simple way to estimate the signal-to-noise ratio based on Bernoulli's Law of Large Numbers.