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- Author: Amadou Malado Dégnouma Ndiaye
- Publisher: Our Knowledge Publishing
- ISBN-10: 6205970112
- ISBN-13: 9786205970119
- Format: 15.2 x 22.9 x 0.6 cm, softcover
- Language: English
- SAVE -10% with code: EXTRA
Efficient, backoff-based MAC protocols for RCSFs (e-book) (used book) | bookbook.eu
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Description
Just as in traditional wireless networks, Medium Access Control (MAC) in Wireless Sensor Networks (WSNs) continues to attract the attention of many researchers. For a variety of proposed medium access solutions, ensuring good throughput while conserving energy is a real challenge. Asynchronous MAC protocols are distinguished by their short cycle time and low communication cost. Recently, Improved Receiver Initiated MAC Protocol (IRI-MAC), a receiver oriented protocol, has been proposed to reduce collisions in RI-MAC by generating a unique Clear Channel Assessment time (CCA_time) per node. In this book, after showing the possibilities of collisions in IRI-MAC, we propose eIRIMAC, an IRI-MAC based Balancing mechanism to improve it. We show that the proposed solution generates a lower probability of collisions, and reduces Idle-listening through a backoff-based balancing mechanism.
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- Author: Amadou Malado Dégnouma Ndiaye
- Publisher: Our Knowledge Publishing
- ISBN-10: 6205970112
- ISBN-13: 9786205970119
- Format: 15.2 x 22.9 x 0.6 cm, softcover
- Language: English English
Just as in traditional wireless networks, Medium Access Control (MAC) in Wireless Sensor Networks (WSNs) continues to attract the attention of many researchers. For a variety of proposed medium access solutions, ensuring good throughput while conserving energy is a real challenge. Asynchronous MAC protocols are distinguished by their short cycle time and low communication cost. Recently, Improved Receiver Initiated MAC Protocol (IRI-MAC), a receiver oriented protocol, has been proposed to reduce collisions in RI-MAC by generating a unique Clear Channel Assessment time (CCA_time) per node. In this book, after showing the possibilities of collisions in IRI-MAC, we propose eIRIMAC, an IRI-MAC based Balancing mechanism to improve it. We show that the proposed solution generates a lower probability of collisions, and reduces Idle-listening through a backoff-based balancing mechanism.
Reviews