Sharif Digital Repository

Viral cascade probability estimation and maximization in diffusion networks

Author

Sepehr, A.

Publisher

IEEE Computer Society,

Pub. Year

2018

Subjects

Computational modeling. / Data models. / Estimation. / Graphical models. / Influence estimation and maximization. / Social networks. / Toy manufacturing industry. / Data structures. / Estimation. / Importance sampling. / Information dissemination. / Information services. / Monte Carlo methods. / Social networking (online) / Toy manufacture. / Computational model. / Diffusion networks. / GraphicaL model. / Information cascades. / Information networks. / Information propagation. / Manufacturing industries. / Social network services. / Viral marketing. / Probability.

Viral cascade probability estimation and maximization in diffusion networks

Author

Sepehr, A.

Publisher

IEEE Computer Society,

Pub. Year

2019

Subjects

Influence estimation and maximization. / Social networks. / Data structures. / Estimation. / Importance sampling. / Information dissemination. / Information services. / Monte carlo methods. / Social networking (online) / Toy manufacture. / And rare events. / Computational model. / Diffusion networks. / GraphicaL model. / Information cascades. / Information networks. / Information propagation. / Manufacturing industries. / Social network services. / Viral marketing. / Probability.

Structural virality estimation and maximization in diffusion networks

Author

Sepehr, A.

Publisher

Elsevier Ltd,

Pub. Year

2022

Subjects

Influence maximization. / Social networks. / Diffusion. / Depth maximization. / Diffusion networks. / Diffusion patterns. / Influence maximizations. / Propagation pattern. / Sandwich framework. / Social network. / Source nodes. / Structural virality. / Viral cascade. / Structural properties.

An analytical model for evaluation of wireless mesh networks

Author

Hamidi Sepehr, F.

Pub. Year

2008

Subjects

Analytical model. / Contention-based. / Contention-free. / Future networks. / Generation rate. / IEEE 802.11s. / Maximum stable throughput. / Modeling approach. / Multi-class. / Open queueing networks. / Stability condition. / Wireless nodes. / Wireless users. / Computer simulation. / Farm buildings. / Internet protocols. / Local area networks. / Queueing theory. / Standards. / Throughput. / Ubiquitous computing. / Wireless local area networks (WLAN) / Wireless mesh networks (WMN) / Queueing networks.

HPASC–OPCC bi-surface shear strength prediction model using deep learning

Author

Khademi, P.

Publisher

Taylor and Francis Ltd,

Pub. Year

2023

Subjects

Bi-surface shear test. / Convolutional neural network. / Grooved surface. / High strength alkali-activated slag concrete. / Multilayer perceptron. / Recycled micro steel fibre.