… in the design of … design of WON topology, formalize the topology design problem, and
decompose the overall problem into the cable-plant, physical-topology, and virtualtopology design …

… topology design and routing problem described above (ignoring the constraint on the number
of available wavelengths… we split it into two subproblems: logical topology design, which is …

… In the past few years, there has been growing interest in wide area \All Optical Networks"
with wavelength division multiplexing (WDM), using wavelength routing. Due to the huge band…

… of topological insulator wavelength division … the designed structure can effectively produce
the composite effect of unidirectional propagation, boundary state, and wavelength division …

… We develop topology design algorithms for large networks based on rounding the solutions
obtained by solving the relaxed problem. Since the whole problem is linearizable, the …

… Given the number of LSRs, the number of wavelengths per fiber … topology design problem
(ie, the number of OXCs required and their interconnectivity) and the routing and wavelength …

… waveguide states due to the coupling effect, we design and realize a topological EM wave
Y-splitter for wavelength division multiplexing based on the unique feature of the dispersion …

… There are two main categories of wavelength division multiplexing (WDM)-aware ONoCs:
1) active networks [10] and 2) passive networks [1], [11]. In active networks, optical signals are …

… the operating wavelength range of the topological edge states, which allows the designing
of … The principle of manipulating the working bandwidth of the topological edge states can be …

… constraint to the topological optimization of three types of devices: a mode converter (MC),
an O-band/C-band duplexer, and a C-band three-channel wavelength division multiplexing (…