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Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
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Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
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Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
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Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
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URL |
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Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
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|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
|
|
Title |
Whale optimization Algorithm and Blockchain Technology for Intelligent Networks |
|
Author |
Shazia Sulthana and B N Manjunatha Reddy |
| Citation |
Vol. 22 No. 7 pp. 157-164 |
|
Abstract |
The proposed privacy preserving scheme has identified the drawbacks of existing schemes in Vehicular Networks. This prototype enhances the number of nodes by decreasing the cluster size. This algorithm is integrated with the whale optimization algorithm and Block Chain Technology. A set of results are done through the NS-2 simulator in the direction to check the effectiveness of proposed algorithm. The proposed method shows better results than with the existing techniques in terms of Delay, Drop, Delivery ratio, Overhead, throughout under the denial of attack. |
|
Keywords |
VANET, Privacy, Block chain, Cluster size, Network simulator. |
|
URL |
