Mean Field Calculation for Optical Grid Dimensioning

Evaluation of Optical Grid Scheduling through Dimensioning

Optical Grids promise cost and resource efficient delivery of (distributed) services. We propose an optical Grid dimensioning methodology, and use it to evaluate the effect of Grid scheduling algorithms on the dimensions of such Grids.

Antisymmetrization of a Mean Field Calculation

Antisymmetrization of a Mean Field Calculation of the T-matrix

The usual definition of the prior(post) interaction V (V ′) between projectile and target (resp. ejectile and residual target) being contradictory with full antisymmetrization between nucleons, an explicit antisymmetrization projector A must be included in the definition of the transition operator, T ≡ V ′ A + V ′ AGV. We derive the suitably antisym-metrized mean field equations leading to a no...

A new approach to dimensioning optical networks

A network dimensioning method allocates appropriate capacities to the links based on the network topology and traffic requirements. In this paper, we introduce the concept of absorption probability instead of blocking probability which is a more appropriate measure to express the grade of service of an optical network, in many cases. Absorption probability can be obtained from transient analysi...

Dimensioning of Multi-Granular Optical Networks

We present an ILP model for dimensioning optical networks that support wavelength and sub-wavelength switching. Results indicate significant reductions in cost and node-complexity with such multi-granular networks. Introduction Future networks will likely consist of some form of alloptical networking, implying data remains in optical form end-to-end. An apparent difficulty is that a single infr...