Abstract
Wireless Local Area Network is a mobile network, which connects the users in a small specific area. The devices within the area connect with each other through the wireless access points. The main requirements for the connection between the wireless devices are the time and the power. The transmission time between the wireless devices should be less and the power should be effective for the transmission to avoid the loss. With these considerations, we propose a novel method which hybrids the guaranteed time and power. The proposed method is designed for the network, which quickly responds to the slight changes and the normal networks. Guaranteed time slots are used for the time management and the rate control is used for the guaranteed power. This method works well in both the sensitive and insensitive areas. The performance of the proposed work is accurately analyzed using the analytical and the simulation methods. The numerical results obtained is accurate with the simulation results obtained using the ns-2.34 simulator. The throughput obtained is higher for the sensitive areas with minimum delay than the insensitive areas and closely matches the analytical results.
Highlights
Wireless is the modern alternative, challenges the long established wired networks which are connected by cables
The fundamental wireless network is composed of a number of wireless devices which communicates with each other through the radio frequency waves with 2.4 or 5 GHz band
Wireless Local Area Network (WLAN) is a mobile network, which connects the users in a small specific area
Summary
Wireless is the modern alternative, challenges the long established wired networks which are connected by cables. A packet transmission is successful only when a node in the single group attempts to transmit based on the channel condition and the γBER calculated at θk. For the efficient transmission of the sensitive data to the destination the guaranteed time slot and power is allotted using the proposed algorithm. The insensitive area nodes due to the collision, more retransmission of the data and more waiting time the throughput obtained is not up to the mark. The sensitive nodes obtain high throughput because of the guaranteed time slot and the rate control in the AP.
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