Routing plays very significant role to advertise the route of one network to another network as well to find the best path between sources to destination. In computing environment so many routing protocol like EIGRP and OSPF are used for sending IP packet from source to destination. But different routing protocol used different routing algorithm to find best path between sources to destination node. Whereas EIGRP is a Cisco Proprietary protocol that runs only Cisco router and OSPF is non Cisco Proprietary protocol that runs. So packet of EIGRP network cannot reach to OSPF network. So this research paper mainly focuses on to solve this problem by using Route Redistribution technique. Route redistribution (RR) has become an integral part of IP network design. Using this technique we can optimize the network by advertising the EIGRP route to OSPF network and vice versa.

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In this study, we propose a promising 5-mm-long air-clad suspended core channel waveguide made of As 2 Se 3 chalcogenide glass for ultrabroadband supercontinuum generation in the mid-infrared. The linear analysis of the proposed waveguide is carried out numerically by considering the potential application of pump source at three different wavelength regions such as 1.55 µm, 2.8 µm, and 3.5 µm. Among several waveguide geometries analyzed, numerical simulation for supercontinuum generation at the output of an optimized structure shows that a flat supercontinuum coverage from 1.5 µm to 15 µm can be predicted using a pump at 3.5 µm with a moderate peak power of 2000 W. To the best of the authors' knowledge, this would be the broadest spectra in the mid-infrared by the suspended planar waveguide design. In addition, waveguide structural imperfection has also been discussed as it is difficult to control the waveguide dimensions during fabrication process precisely. The effect of possible deviations along the transverse dimensions are rigorously analyzed and an imperfection among the several deviations is found which could lead to a substantial supercontinuum bandwidth reduction at the waveguide output. Finally, the degree of coherence of the obtained supercontinuum coverage is also tested and it has been achieved nearly coherent spectral outcome from the proposed suspended waveguide design.

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