Automatic measurement and prediction of Chinese Grown Pigs weight using multilayer perceptron neural networks von Ositanwosu, Obiajulu Emenike, Huang, Qiong, Liang, Yun, Nwokoye, Chukwunonso H.

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Epidemic Models of Malicious-Code Propagation and Control in Wireless Sensor Networks: An Indepth Review von Nwokoye, ChukwuNonso H., Madhusudanan, V.

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Modeling time delay, external noise and multiple malware infections in wireless sensor networks von Nwokoye, ChukwuNonso H., Madhusudanan, V., Srinivas, M.N., Mbeledogu, N.N.

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An Epidemic Patch-Enabled Delayed Model for Virus Propagation: Towards Evaluating Bifurcation and White Noise von Liu, Zhigang, Madhusudanan, V., Srinivas, M. N., Nwokoye, ChukwuNonso H., Geleto, Tadele Degefa

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Dynamic analysis of the e-SITR model for remote wireless sensor networks with noise and Sokol-Howell functional response von Zhang, Hu, Madhusudanan, V., Geetha, R., Srinivas, M.N., Nwokoye, ChukwuNonso H.

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HOPF- bifurcation analysis of delayed computer virus model with holling type iii incidence function and treatment von Madhusudanan, V., Srinivas, M.N., Nwokoye, ChukwuNonso H., Murthy, B. S. N, Sridhar, S.

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Scan-Based Worms: The Impact of IPV4 Address Space on Epidemic Computer Network Models von Nwokoye, ChukwuNonso H, Umeh, Ikechukwu I, Mbeledogu, Njideka N, Okeke, Vincent O S

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Modeling the effect of Network Access Control and Sensor Random Distribution on Worm Propagation von H. Nwokoye, ChukwuNonso, Mbeledogu, Njideka, I. Umeh, Ikechukwu, A. Ejimofor, Ihekeremma

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Pre-quarantine Approach for Defense against Propagation of Malicious Objects in Networks von Nwokoye, ChukwuNonso H, Ozoegwu, Godwin C, Ejio, Virginia E

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Towards Modeling Malicious Agents in Decentralized Wireless Sensor Networks: A Case of Vertical Worm Transmissions and Containment von H. Nwokoye, ChukwuNonso, E. Ejiofor, Virginia, O. Onyesolu, Moses, Ekechukwu, Boniface

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The SEIQR–V Model: On a More Accurate Analytical Characterization of Malicious Threat Defense von Nwokoye, ChukwuNonso H., Umeh, Ikechukwu I.

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The Impact of Sensor Area on Worm Propagation Using SEIR and SEIR-V Models: A Preliminary Investigation von H. Nwokoye, ChukwuNonso, N. Mbeledogu, Njideka, A. Ejimofor, Ihekeremma

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Dynamics of Epidemic Computer Subnetwork Models for Scan-Based Worm Propagation: An Internet Protocol Addressing Configuration Perspective von Nwokoye, ChukwuNonso H., Paul, Roseline U., Umeh, Ikechukwu I., Okeke, Vincent S. O.

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