Andere Kunden interessierten sich auch für
![Global Positioning Navigation Satellite Systems (GPNSS)]( "Global Positioning Navigation Satellite Systems (GPNSS)")
Global Positioning Navigation Satellite Systems (GPNSS)39,99 €![Drainage Effluent Disposal Strategy through Evaporation Pond]( "Drainage Effluent Disposal Strategy through Evaporation Pond")
Drainage Effluent Disposal Strategy through Evaporation Pond32,99 €![Continuous PWM Algorithms for Direct Torque Control of Induction Motor]( "Continuous PWM Algorithms for Direct Torque Control of Induction Motor")
Continuous PWM Algorithms for Direct Torque Control of Induction Motor32,99 €![Performance evaluation of channel estimation techniques]( "Performance evaluation of channel estimation techniques")
Performance evaluation of channel estimation techniques32,99 €![Aluminium Nitride based MEMS Acoustic Sensor]( "Aluminium Nitride based MEMS Acoustic Sensor")
Aluminium Nitride based MEMS Acoustic Sensor36,99 €![A Differential Absorption Model For Remote Sensing]( "A Differential Absorption Model For Remote Sensing")
A Differential Absorption Model For Remote Sensing32,99 €![AI-Powered Marketing: Direct and Experiential Campaigns]( "AI-Powered Marketing: Direct and Experiential Campaigns")
AI-Powered Marketing: Direct and Experiential Campaigns39,99 €
This book summarizes Undersea acoustic communications have drawn a lot of attention recently as their uses start to transition from military to commercial. The acoustic properties of the ocean are characterized by their tremendous complexity and dynamic nature. The parameters such as; depth, temperature, salinity, location, time of day, and season of the underwater medium influences the acoustic signal propagation. However, these medium parameters are varying arbitrarily depending upon shallow and deep-water divisions of the ocean. In addition to the medium parameters, the characteristics of the acoustic channel (transmission loss, absorption and multi-path) are affected by variation in the acoustic signal speed in underwater. The influence of the aforementioned parameters alters the velocity of acoustic transmission, which affects network connectivity. Because research in the undersea environment is expanding rapidly, proficient channel modelling is required to demonstrate the effect of sound speed variations with respect to medium parameters.