Abstract
WPAN using IEEE 802.15.4 protcol operated in non beaconing mode an attempt has made to find out the most significant factor of defacto parameters of IEEE 802.15.4 to enhance the performance by minimizing energy consumption and to enhance the network lifetime of the Wireless Personal Area Networks(WPAN). The factors include Buffer size, Beacon Interval, Back-off-transmission has an ideal impact on QoS metrics in IEEE 802.15.4 protocol. A Design of experiments have been simulated to an optimum level using the taguchi approach. The experimental results from the taguchi approach reveales that Back-of-transmission as the most significant factor for IEEE 802.15.4 in minimizing the power consumption in the WPAN.
Highlights
In the real world application Wireless Personal Area networks (WPAN) and Wireless Local Area Networks (WLAN’s) are increasing rapidly to survive the means of global web connectivity
In Short range communication of WLAN’s and WPAN’s IEEE 802.15.4 plays a key role as low bit rate, less interference and low power consumption The IEEE 802.15.4 plays a vital role in cross layer design approach which makes an connectivity between the MAC and Network layer
In Cross Layer Design approach consists of Logical Link Control (LLC) and Service Specific Convergence Sub-Layer (SSCS) to maintain low bit rate and low power consumption
Summary
In the real world application Wireless Personal Area networks (WPAN) and Wireless Local Area Networks (WLAN’s) are increasing rapidly to survive the means of global web connectivity. In Short range communication of WLAN’s and WPAN’s IEEE 802.15.4 plays a key role as low bit rate, less interference and low power consumption The IEEE 802.15.4 plays a vital role in cross layer design approach which makes an connectivity between the MAC and Network layer. In Cross Layer Design approach consists of Logical Link Control (LLC) and Service Specific Convergence Sub-Layer (SSCS) to maintain low bit rate and low power consumption. The IEEE 802.15.4 using the DSSS ( Direct Sequence Spread Spectrum) modulation for non interfering of data.
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