Analysis of Bluetooth-Based Ad-Hoc Network For Voice Transmission Over Local Area Network [ READ ]
B. O. Omijeh and K.Munonye
In this paper, the analysis of Bluetooth-based ad-hoc network for voice transmission over Local Area Network is presented. The aim is to analyze the performance of Bluetooth technology when applied to communication between Bluetooth-enabled devices such as smart phones and personal computers connected over Local Area Network (LAN) in order to communicate with other users or devices which are out of the immediate Bluetooth range. Wireless communication helps you to control electricity cost and time consumption so that we can save without compromising on comfort. The methodology employed in this work is Matlab/Simulink –based. This includes the use of the following communication blocks : CPM Modulator Baseband , M-FSK Modulator Baseband block, General CRC Generator block, M-FSK Demodulator block, CRC Syndrome Detector block. The State flow charts were used to implement the transmitter and Receiver Controller respectively. Results obtained after simulation proved satisfactory. The use of Bluetooth in voice and data transmission could produce high data and audio rates while not producing a corresponding rise in error rates. Error rates has been found to be in the order of < 0.01.
B. O. Omijeh and K.Munonye
In this paper, the analysis of Bluetooth-based ad-hoc network for voice transmission over Local Area Network is presented. The aim is to analyze the performance of Bluetooth technology when applied to communication between Bluetooth-enabled devices such as smart phones and personal computers connected over Local Area Network (LAN) in order to communicate with other users or devices which are out of the immediate Bluetooth range. Wireless communication helps you to control electricity cost and time consumption so that we can save without compromising on comfort. The methodology employed in this work is Matlab/Simulink –based. This includes the use of the following communication blocks : CPM Modulator Baseband , M-FSK Modulator Baseband block, General CRC Generator block, M-FSK Demodulator block, CRC Syndrome Detector block. The State flow charts were used to implement the transmitter and Receiver Controller respectively. Results obtained after simulation proved satisfactory. The use of Bluetooth in voice and data transmission could produce high data and audio rates while not producing a corresponding rise in error rates. Error rates has been found to be in the order of < 0.01.
