Wireless data relaying
We present an algorithm for routing in a single radio, multi-hop wireless network. We utilize RFID system that has a wireless network which uses stationary nodes, such as readers. In this paper, we present an algorithm that would secure present wireless network problems like RF noise, signal propaga...
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oai:animorepository.dlsu.edu.ph:faculty_research-73422022-07-28T08:05:48Z Wireless data relaying Alvarez, Derrick Dave T. Apolinar, Joel U. Ong, Richard Niño A. Tiu, Andrew Bernard U. Gonzalez, Jesus E. We present an algorithm for routing in a single radio, multi-hop wireless network. We utilize RFID system that has a wireless network which uses stationary nodes, such as readers. In this paper, we present an algorithm that would secure present wireless network problems like RF noise, signal propagation, node interference and traffic flows by using a network redundancy algorithm. Unlike previous studies that examined routing design in detail, we examine how the system’s overall throughput changed with different instances. From our two readers, we gather data by counting the speed of each transmission to each reader. In addition, we consider different placement, different time constraint and different data packet size. 2007-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/faculty_research/6408 Faculty Research Work Animo Repository Wireless communication systems Routing (Computer network management) Electrical and Electronics Systems and Communications |
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Wireless communication systems Routing (Computer network management) Electrical and Electronics Systems and Communications Alvarez, Derrick Dave T. Apolinar, Joel U. Ong, Richard Niño A. Tiu, Andrew Bernard U. Gonzalez, Jesus E. Wireless data relaying |
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We present an algorithm for routing in a single radio, multi-hop wireless network. We utilize RFID system that has a wireless network which uses stationary nodes, such as readers. In this paper, we present an algorithm that would secure present wireless network problems like RF noise, signal propagation, node interference and traffic flows by using a network redundancy algorithm. Unlike previous studies that examined routing design in detail, we examine how the system’s overall throughput changed with different instances. From our two readers, we gather data by counting the speed of each transmission to each reader. In addition, we consider different placement, different time constraint and different data packet size. |
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Alvarez, Derrick Dave T. Apolinar, Joel U. Ong, Richard Niño A. Tiu, Andrew Bernard U. Gonzalez, Jesus E. |
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Alvarez, Derrick Dave T. Apolinar, Joel U. Ong, Richard Niño A. Tiu, Andrew Bernard U. Gonzalez, Jesus E. |
author_sort |
Alvarez, Derrick Dave T. |
title |
Wireless data relaying |
title_short |
Wireless data relaying |
title_full |
Wireless data relaying |
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Wireless data relaying |
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Wireless data relaying |
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wireless data relaying |
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Animo Repository |
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2007 |
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https://animorepository.dlsu.edu.ph/faculty_research/6408 |
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