F-DARAAlgorithm forTime Slot Allocation in Internet of Things
Abstract
In multi-user wireless video transmission over Internet of Things, to ensure that all video senders have sufficient transmission opportunity before their deadline expire is a challenging and key issue. Thus fuzzy based delay aware resource allocation (F-DARA) algorithm is proposed in this paper. This algorithm solves the problem without assuming detail packet level knowledge. Instead, transmission delay deadlines of each sender’s video packets are converted into linearly decreasing weight distribution within the considered time period. Non-stationary slot allocation method is a unique characteristic of F-DARA algorithm which depends on the allocation of previous slots. This is different from all existing slot allocation policies such as round-robin or rate-adaptive round-robin policies, which are stationary because the allocation of the current slot does not depend on the allocation of previous slots.
References
[3] Jie Xu, Yuanzhang Xiao, “Non –Stationary resource allocation policies for delay-constrained video streaming:Application to video over Internet-ofThings- Enabled network,” IEEE journal on selected areas in communication,vol 32, No.4, April 2014 [4] T.Watteyne et al.”Open WSN:a standards-based low-power wireless development environment”Europ. Trans. Emerg. Telecom. Technol.,vol. 23, no.5,pp. 480-493 2013 [5] Dr.K.Thangadurai, C.V.Anchugam “Fuzzy Cost Based Multipath Routing Protocol for MANETS,” World Congress on Computing and Communication Technologies2014 IEEE
[6] Tzung-Pei Hong”**, Chai-Ying Leeb, “Induction of fuzzy rules and membership functionsfrom training examples’,” Fuzzy Sets and Systems 84 Elsevier Science B.V. 1996
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