Signal processing arrangement

A method of providing an arrangement for embedded signal processing, the arrangement comprising a number of computational units, each computational unit comprising a number of processing elements capable of working independently and transmitting data simultaneously, the method comprising the steps of arranging said computational units in clusters for operating independently and transmitting data simultaneously, optically inter-connecting said processing elements globally and regularly in a hypercube topology and transforming said hypercube into a planar waveguide.

An airborne system comprising a data processing unit for Space Time Adaptive Processing (STAP), said data processing unit comprising a number of computational units, each computational unit comprising a number of processing elements capable of working independently and transmitting data simultaneously, wherein said computational units are abed in clusters, arranged to work independently and transmit data simultaneously, and wherein said processing elements are globally and regularly inter-connected through optical connection in a hypercube topology and transformed into a planar waveguide.

A ground based radar system comprising a data processing unit comprising a number of computational units, each computational unit comprising a number of processing elements capable of working independently and transmitting data simultaneously, wherein said computational units are arranged in clusters and work independently and transmit data simultaneously, and wherein said processing elements are globally and regularly inter-connected optically in a hypercube topology and transformed into a planar waveguide.