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Effective thermal conductivity model of particle-filled composite materials with distributed inner heat sources. [PDF]
Liu Z, Sun J.
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Nature-Inspired Design Strategies for Efficient Atmospheric Water Harvesting. [PDF]
Lee Y, Lee Y, Fan S, Yang S.
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15th biennial meeting of the international gynecologic cancer society. [PDF]
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1993 International Conference on Parallel Processing - ICPP'93 Vol1, 1993
We present a new class of interconnection topolo gies called the generalized Fibonacci cubes (GFCs, for short) that encompass a range of networks such as the popular Boolean cube (hypercube) and the recent second-order Fibonacci cube in [5]. We show that each GFC has a recursive and self-similar structure and hence exhibits fault tolerant features.
W. J. Hsu, M. J. Chung
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We present a new class of interconnection topolo gies called the generalized Fibonacci cubes (GFCs, for short) that encompass a range of networks such as the popular Boolean cube (hypercube) and the recent second-order Fibonacci cube in [5]. We show that each GFC has a recursive and self-similar structure and hence exhibits fault tolerant features.
W. J. Hsu, M. J. Chung
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Generalized fibonacci cubes are mostly hamiltonian
Journal of Graph Theory, 1994AbstractTheHamiltonian problemis to determine whether a graph contains a spanning (Hamiltonian) path or cycle. Here we study the Hamiltonian problem for thegeneralized Fibonacci cubes, which are a new family of graphs that have applications in interconnection topologies [J. Liuand W.‐J.
Liu, Jenshiuh +2 more
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On Generalized Fibonacci Cubes and Unitary Transforms
Applicable Algebra in Engineering, Communication and Computing, 1997zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Egiazarian, Karen, Astola, Jaakko
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