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King Saud University received a patent from the United States bureau underneath United States 8606903 variety entitled: ‘Cooperative packet routing for wireless sensing element networks’ fancied by prof Lappic Saleh Al-Wakeel in school of pc and data Sciences (CCIS ), and Najla Al-Nabhan, lecturer in school of Applied Sciences and Community Service.
Professor Al-Wakeel knowing concerning his invention, we tend to represented a cooperative packet routing for wireless sensing element networks. In one side, a transient sensing element node during a wireless sensing element network receives a packet from a supply node, whereby the packet is targeted for receipt by a base station. The transient sensing element node, awake to receiving the packet, estimates what proportion operational energy remains within the sensing element node. If the determined quantity of energy meets a configurable threshold, the transient sensing element node implements a collection of cooperative packet routing operations for conditional re-transmission of the packet to the bottom station. The configurable threshold is ready to make sure considerably best usage and lifelong of the sensing element node within the wireless sensing element network. The conditional re-transmission of the packet is predicated on a collection of irregular packet re-transmission criteria.
Moreover, prof Al-Wakeel explicit sensing element nodes in wireless sensing element networks square measure susceptible to failure. this could flow from to a range of reasons. Loss of battery power, as an example, could result in failure of the sensing element nodes. Thus, a relevant thought during a wireless sensing element network is that the quantity of energy and storage needed for a sensing element node to implement sensing, computation, and communication operations. as a result of a sensing element node's restricted process, memory, and power resources, commonplace packet routing methodologies developed for the net and mobile unintended networks usually can't be directly applied to sensing element networks. moreover, radio communication usually prices additional in terms of energy, as compared to computation prices during a sensing element node. Systems and ways for cooperative energy economical packet routing (CEER) among sensing element nodes during a wireless sensing element network address these limitations of typical wireless sensing element networks.
On the occasion of the publication of this patent, prof Al-Wakeel and Najla Al-Nabhan thanked to God for the grace and King Saud University for supporting their analysis in a vital and advanced technical space like wireless sensing element networks.
King Saud University received a patent from the United States bureau underneath United States 8606903 variety entitled: ‘Cooperative packet routing for wireless sensing element networks’ fancied by prof Lappic Saleh Al-Wakeel in school of pc and data Sciences (CCIS ), and Najla Al-Nabhan, lecturer in school of Applied Sciences and Community Service.
Professor Al-Wakeel knowing concerning his invention, we tend to represented a cooperative packet routing for wireless sensing element networks. In one side, a transient sensing element node during a wireless sensing element network receives a packet from a supply node, whereby the packet is targeted for receipt by a base station. The transient sensing element node, awake to receiving the packet, estimates what proportion operational energy remains within the sensing element node. If the determined quantity of energy meets a configurable threshold, the transient sensing element node implements a collection of cooperative packet routing operations for conditional re-transmission of the packet to the bottom station. The configurable threshold is ready to make sure considerably best usage and lifelong of the sensing element node within the wireless sensing element network. The conditional re-transmission of the packet is predicated on a collection of irregular packet re-transmission criteria.
Moreover, prof Al-Wakeel explicit sensing element nodes in wireless sensing element networks square measure susceptible to failure. this could flow from to a range of reasons. Loss of battery power, as an example, could result in failure of the sensing element nodes. Thus, a relevant thought during a wireless sensing element network is that the quantity of energy and storage needed for a sensing element node to implement sensing, computation, and communication operations. as a result of a sensing element node's restricted process, memory, and power resources, commonplace packet routing methodologies developed for the net and mobile unintended networks usually can't be directly applied to sensing element networks. moreover, radio communication usually prices additional in terms of energy, as compared to computation prices during a sensing element node. Systems and ways for cooperative energy economical packet routing (CEER) among sensing element nodes during a wireless sensing element network address these limitations of typical wireless sensing element networks.
On the occasion of the publication of this patent, prof Al-Wakeel and Najla Al-Nabhan thanked to God for the grace and King Saud University for supporting their analysis in a vital and advanced technical space like wireless sensing element networks.
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