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1 - 6 of 6
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 Game-theoretic analysis of cooperation incentive strategies in mobile ad hoc networks
Li Z., Shen H. IEEE Transactions on Mobile Computing 11(8): 1287-1303, 2012. Type: Article
The topic of the paper is the distribution of tasks in mobile ad hoc networks (MANETs), where tasks are performed by the cooperating nodes. Node computing resources are limited by assumption, and selfish nodes are not interested in coo...
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Dec 3 2012 |
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Game-theoretic analysis of cooperation incentive strategies in mobile ad hoc networks
Li Z., Shen H. IEEE Transactions on Mobile Computing 11(8): 1287-1303, 2012. Type: Article
The topic of the paper is the distribution of tasks in mobile ad hoc networks (MANETs), where tasks are performed by the cooperating nodes. Node computing resources are limited by assumption, and selfish nodes are not interested in coo...
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Dec 3 2012 |
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Step-out group signatures
Klonowski M., Krzywiecki Ł., Kutyłowski M., Lauks A. Computing 85(1-2): 137-151, 2009. Type: Article
Chaum and van Heyst’s classical group signature [1] allows for the possibility of creating a signature by a group member, with a hidden identity. However, in this scheme, the trusted authority person can make the identity of ...
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Oct 19 2010 |
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Step-out group signatures
Klonowski M., Krzywiecki Ł., Kutyłowski M., Lauks A. Computing 85(1-2): 137-151, 2009. Type: Article
Chaum and van Heyst’s classical group signature [1] allows for the possibility of creating a signature by a group member, with a hidden identity. However, in this scheme, the trusted authority person can make the identity of ...
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Oct 19 2010 |
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A new learning algorithm for optimal stopping
Borkar V., Pinto J., Prabhu T. Discrete Event Dynamic Systems 19(1): 91-113, 2009. Type: Article
The finite horizon optimal stopping model’s various applications, mainly in American-type option pricing, required research in order to construct a solution for these problems in exact form. Dynkin’s original formul...
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Sep 8 2010 |
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A new learning algorithm for optimal stopping
Borkar V., Pinto J., Prabhu T. Discrete Event Dynamic Systems 19(1): 91-113, 2009. Type: Article
The finite horizon optimal stopping model’s various applications, mainly in American-type option pricing, required research in order to construct a solution for these problems in exact form. Dynkin’s original formul...
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Sep 8 2010 |
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