THE GENETIC ALGORITHM APPLICATION FOR MEASURING THE REVERSE CHANNEL OPTIMATION PERFORMANCE WIRELESS DSCDMA NETWORK SYSTEM
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Abstract
The third generation wireless DS-CDMA networks are expected to support a wide variety
of multimedia services such as high quality voice and data continuous (facsimile). The system
quality of DS-CDMA is shown as bit error probability values or bit error rate (BER) both voice
channel and continuous data channel. Bit error probability values are influenced by interference
of the other users voice and data continuous (facsimile) .
In the Final Project is made the genetic algorithm software for measuring the optimal
system quality, specially for reverse channel. The optimal value result to explain the number
active voice and data users that results minimum probability value on voice channel or data
continuous (facsimile).
of multimedia services such as high quality voice and data continuous (facsimile). The system
quality of DS-CDMA is shown as bit error probability values or bit error rate (BER) both voice
channel and continuous data channel. Bit error probability values are influenced by interference
of the other users voice and data continuous (facsimile) .
In the Final Project is made the genetic algorithm software for measuring the optimal
system quality, specially for reverse channel. The optimal value result to explain the number
active voice and data users that results minimum probability value on voice channel or data
continuous (facsimile).
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How to Cite
Fadhilah, H., Yudianto, Y., Moegiharto, Y., & Tjatur, W. (2016). THE GENETIC ALGORITHM APPLICATION FOR MEASURING THE REVERSE CHANNEL OPTIMATION PERFORMANCE WIRELESS DSCDMA NETWORK SYSTEM. SAINTEKBU, 1(1). https://doi.org/10.32764/saintekbu.v1i1.29