An invulnerable dynamic access algorithm of JTIDS based on stochastic access

Hui Hui Xiang; Jia Kang Liu; Jing Ming Kuang

doi:10.15918/j.tbit1001-0645.2016.01.015

An invulnerable dynamic access algorithm of JTIDS based on stochastic access

Hui Hui Xiang, Jia Kang Liu, Jing Ming Kuang

School of Information and Electronics

Research output: Contribution to journal › Article › peer-review

Abstract

An stochastic access algorithm, which can adapt to change of the number of nodes in JTIDS, was proposed based on stochastic theory. First, the invunerability of contention access (CA) and stochastic access (SA) were analyzed mathematically and simulated. Then, the network simulation model of CA and SA was built to verify the rationality of mathematical analysis above. Lastly, the invulnerability of SA was simulated, and the simulation results prove that this algorithm can adapt to network topology change in the battlefiled, and improve reliablity while assure timeliness.

Original language	English
Pages (from-to)	81-87
Number of pages	7
Journal	Beijing Ligong Daxue Xuebao/Transaction of Beijing Institute of Technology
Volume	36
Issue number	1
DOIs	https://doi.org/10.15918/j.tbit1001-0645.2016.01.015
Publication status	Published - 1 Jan 2016

Keywords

Dynamic TDMA
Invulnerability
Joint tactical information distribution system (JTIDS)
Sochastic access

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10.15918/j.tbit1001-0645.2016.01.015

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abstract = "An stochastic access algorithm, which can adapt to change of the number of nodes in JTIDS, was proposed based on stochastic theory. First, the invunerability of contention access (CA) and stochastic access (SA) were analyzed mathematically and simulated. Then, the network simulation model of CA and SA was built to verify the rationality of mathematical analysis above. Lastly, the invulnerability of SA was simulated, and the simulation results prove that this algorithm can adapt to network topology change in the battlefiled, and improve reliablity while assure timeliness.",

keywords = "Dynamic TDMA, Invulnerability, Joint tactical information distribution system (JTIDS), Sochastic access",

author = "Xiang, {Hui Hui} and Liu, {Jia Kang} and Kuang, {Jing Ming}",

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AU - Liu, Jia Kang

AU - Kuang, Jing Ming

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N2 - An stochastic access algorithm, which can adapt to change of the number of nodes in JTIDS, was proposed based on stochastic theory. First, the invunerability of contention access (CA) and stochastic access (SA) were analyzed mathematically and simulated. Then, the network simulation model of CA and SA was built to verify the rationality of mathematical analysis above. Lastly, the invulnerability of SA was simulated, and the simulation results prove that this algorithm can adapt to network topology change in the battlefiled, and improve reliablity while assure timeliness.

AB - An stochastic access algorithm, which can adapt to change of the number of nodes in JTIDS, was proposed based on stochastic theory. First, the invunerability of contention access (CA) and stochastic access (SA) were analyzed mathematically and simulated. Then, the network simulation model of CA and SA was built to verify the rationality of mathematical analysis above. Lastly, the invulnerability of SA was simulated, and the simulation results prove that this algorithm can adapt to network topology change in the battlefiled, and improve reliablity while assure timeliness.

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KW - Invulnerability

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KW - Sochastic access

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An invulnerable dynamic access algorithm of JTIDS based on stochastic access

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Keywords

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