XRMAC-an extended RMAC scheme to evade hacking by dynamic sizing

Rajaram,; Balaji, S.; Jeeva, R.

doi:10.1109/icoac.2013.6921944

Cited by 6 publications

(6 citation statements)

References 15 publications

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“…The performance parameters for analyzing the proposed technique are the code conversion and the IP packets are delivered for providing the secured transmission in WSNs. The proposed CEBAC technique is compared with the related methods of MTPKM [11], SIPTAN [13] and XRMAC [40]. Table 1 illustrates the Efficiency of CEBAC and the performance can be calculated based on key length and Hacking Time.…”

Section: Performance Evaluationmentioning

confidence: 99%

“…A customized development to arithmetic coding is the largely measurement lengthwise contained by the assortment [0, 1) distributed to every symbol is conserved, but the conventional hypothesis so as to a solitary immediate period is developed for every symbol is disconnected [40]. An explanation recognized to mutually the encoder and decoder is developed to illustrate everywhere the periods are "split" preceding to encoding every innovative representation [41].…”

Section: Introductionmentioning

confidence: 99%

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Channel-Based Encrypted Binary Arithmetic Coding in Wireless Sensor Networks

Balaji¹,

Yesudhas²,

Enoch³

2020

ISI

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The proposed methodology is used for encrypted Joined Compression data attribution which plays a significant responsibility for guaranteed data dependability. Though, the size of the attribution plans to augment at a superior speed as it is delivered from the one end to another end and is executed by a lot of midway nodes. Due to energy and bandwidth boundaries of networks, like growing of attribution size sluggish behind the network and reduces the energy of particular nodes. The proposed Channel-based Binary Encoding Technique is constructed the secured data transmission in Wireless Sensor Networks. A split encoding and decoding procedure discover the syntax components in the regions. As a result, compression of data attribution is a necessary constraint. Related methods like probabilistic node mark methodologies include tall inaccuracy ratios in provenancerecovery. In this paper, the proposed method has the problem and proposes a distributed proposed methodology that achieves a compression ratio higher than that of existing techniques.

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Section: Performance Evaluationmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Channel-Based Encrypted Binary Arithmetic Coding in Wireless Sensor Networks

Balaji¹,

Yesudhas²,

Enoch³

2020

ISI

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“…To develop a customized design that affords both encryption and compression. The categorization exploits an arithmetic coder wherein the largely duration surrounded by the collection [0, 1) developed to every symbol is conserved, but the conventional statement that a distinct adjacent period is exploited for every symbol is disconnected [41]. Furthermore, successions of transformations are practiced at the contribution and the production of the encoder [42].…”

Section: Figure 1 Wireless Sensor Networkmentioning

confidence: 99%

A Unique Data Identification System for Wireless Sensor Networks Based on Enhanced Arithmetic Coding

Balaji¹,

Robinson²,

Eanoch³

2020

ISI

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In wireless sensor networks, the data transmission provides the source of the data and the details of the forwarding data for the data packet through the based station, to save the energy and maximize the bandwidth while data transmission, the data packet is compressed at every node using the arithmetic coding technique. The encoding and decoding techniques are utilized for providing the secured data transmission. In this paper, the proposed Unique Data Identification System (UDIS) is used to generate the data communication model for user based validation technique. The proposed approach is capable of proxy interpretation for enhancing the server to get the solution for user authentication issues and processing the requests from the user. The performance evaluation is conducted using the network simulator to increase the performance in terms of user load and response time.

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“…Tolerating the physical idea of the UWSN, conflict based conventions are then mainstream around there since dispute free methods are increasingly inclined to multi-way and blurring, influencing more the engendering deferral of the system. Execution assessment contemplates have been improved the situation some UWSN MAC conventions [3,5,11], however these investigations did not contrast the MAC conventions as per diverse system topologies, for example, hand weight, unified and various leveled, which is a factor to upgrade end-to -end postpone transmission. Additionally, in every measurement considered in our examination, an expected model condition is gotten from the information investigation, along these lines enabling fashioners to achieve the ideal qualities.…”

Section: Introductionmentioning

confidence: 99%

Development of Appropriate Under Water Channel Model for Limited Acoustic Network of Underwater Survey Application with Comparison of Rmac, Uwaloha and Uwanmac Algorithms

Siddhartha¹,

Jaya²,

Swaminathan³

2019

IJITEE

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Commonly UnderAqua Sensor Networks (UWSNs) comprise of sensor hubs that utilization acoustic flag for information transmission. Because of the idea of the earth where these systems are conveyed, there is a need to execute a dependable, vitality productive, and proliferation defer mindful MAC convention. In this paper, the normal components influencing the execution of three dispute based MAC conventions for submerged condition, RMAC, UWALOHA and UWANMAC, for example, normal start to finish deferral, throughput, and generally speaking vitality utilization, are thought about and assessed. These conventions are actualized in a NS-2 based test system, Aqua-Sim. In the reenactment, the measurements to be specific piece rate, number of hubs and topology are fluctuated so as to assess the general MAC convention execution. For ideal execution, UWANMAC gives greatest attractive quality. At the point when there is a requirement for more information to be sent yet vitality utilization is of lesser significance, UWALOHA can be utilized

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XRMAC-an extended RMAC scheme to evade hacking by dynamic sizing

Cited by 6 publications

References 15 publications

Channel-Based Encrypted Binary Arithmetic Coding in Wireless Sensor Networks

Channel-Based Encrypted Binary Arithmetic Coding in Wireless Sensor Networks

A Unique Data Identification System for Wireless Sensor Networks Based on Enhanced Arithmetic Coding

Development of Appropriate Under Water Channel Model for Limited Acoustic Network of Underwater Survey Application with Comparison of Rmac, Uwaloha and Uwanmac Algorithms

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