1 Ilarri, S., "Using cooperative mobile agents to monitor distributed and dynamic environments" 178 (178): 2105-2127, 2008
2 Mergen, G., "Type based estimation over multi access channels" 54 (54): 613-626, 2006
3 Khalili, A., "Transient analysis of diffusion least-mean squares adaptive networks with noisy channels" 26 (26): 171-180, 2012
4 Goldingay, H., "The effect of load on agent-based algorithms for distributed task allocation" 222 : 66-80, 2011
5 Khalili, A., "Steady-state analysis of diffusion LMS adaptive networks with noisy links" 60 (60): 974-979, 2012
6 Newman, M. E. J., "Renormalization group analysis of the small-world network model" 263 (263): 341-346, 1999
7 Moghim, N., "Performance evaluation of a new end-point admission control algorithm in NGN with improved network utilization" 6 (6): 3067-3080, 2010
8 Sung, W., "Parallel data fusion for an industrial automatic monitoring system using radial basis function networks" 1 (1): 2523-2536, 2010
9 Erdös, P., "On the evolution of random graphs" 5 (5): 17-60, 1959
10 Liu, J., "Multitarget tracking in distributed sensor networks" 24 (24): 36-46, 2007
1 Ilarri, S., "Using cooperative mobile agents to monitor distributed and dynamic environments" 178 (178): 2105-2127, 2008
2 Mergen, G., "Type based estimation over multi access channels" 54 (54): 613-626, 2006
3 Khalili, A., "Transient analysis of diffusion least-mean squares adaptive networks with noisy channels" 26 (26): 171-180, 2012
4 Goldingay, H., "The effect of load on agent-based algorithms for distributed task allocation" 222 : 66-80, 2011
5 Khalili, A., "Steady-state analysis of diffusion LMS adaptive networks with noisy links" 60 (60): 974-979, 2012
6 Newman, M. E. J., "Renormalization group analysis of the small-world network model" 263 (263): 341-346, 1999
7 Moghim, N., "Performance evaluation of a new end-point admission control algorithm in NGN with improved network utilization" 6 (6): 3067-3080, 2010
8 Sung, W., "Parallel data fusion for an industrial automatic monitoring system using radial basis function networks" 1 (1): 2523-2536, 2010
9 Erdös, P., "On the evolution of random graphs" 5 (5): 17-60, 1959
10 Liu, J., "Multitarget tracking in distributed sensor networks" 24 (24): 36-46, 2007
11 Tu, S. Y., "Mobile adaptive networks" 5 (5): 649-664, 2011
12 Horn, R. A., "Matrix analysis" 1990
13 Lopes, C. G., "Incremental adaptive strategies over distributed networks" 55 (55): 4064-4077, 2007
14 Strogatz S. H., "Exploring complex networks" 410 (410): 268-276, 2001
15 Barabási, A. L., "Emergence of scaling in random networks" 286 (286): 509-512, 1999
16 Sayed, A. H., "Distributed recursive least-squares strategies over adaptive networks" 233-237, 2006
17 Lopes, C. G., "Distributed processing over adaptive networks" MIT Lincoln Lab. 2006
18 Ying Liu, "Distributed estimation over complex networks" 197 : 91-104, 2012
19 Touri, B., "Distributed consensus over network with noisy links" 146-154, 2009
20 Kar, S., "Distributed consensus algorithms in sensor networks with imperfect communication : Link failures and channel noise" 57 (57): 355-369, 2009
21 Cattivelli, F. S., "Diffusion strategies for distributed Kalman filtering: formulation and performance analysis" 2008
22 Cattivelli, F. S., "Diffusion recursive least-squares for distributed estimation over adaptive networks" 56 (56): 1865-1877, 2008
23 Cattivelli, F. S., "Diffusion LMS strategies for distributed estimation" 58 (58): 1035-1048, 2010
24 Wang, X. F., "Complex networks : topology, dynamics and synchronization" 12 (12): 885-916, 2002
25 Willsky, A. S., "Combining and updating of local estimates and regional maps along sets of one-dimensional tracks" 27 (27): 799-813, 1982
26 Ribeiro, A., "Bandwidth-constrained distributed estimation for wireless sensor networks, Part I : Gaussian case" 54 (54): 1131-1143, 2006
27 Li, L, "A new incremental affine projection based adaptive learning scheme for distributed networks" 88 (88): 2599-2603, 2008