Abstract: An example wireless communication device includes a multi-layer substrate; and an antenna array having planes formed by features of the multi-layer substrate, wherein the features of the multi-layer substrate that form the planes of the antenna array include a plurality of vias and a plurality of traces arranged in a mesh structure, and wherein an angle between the planes of the antenna array and layers of the multi-layer substrate is greater than zero and less than 90.

Abstract: An example mobile computing device includes a main logic board (MLB); a first antenna array positioned on the MLB and configured to transmit signals in a first direction, the first antenna array comprising one or more planes; and a second antenna array positioned on the MLB and configured to transmit signals in a second direction, the second, direction being different than the first direction, the second antenna array comprising one or more planes and the second direction being different than the first direction, wherein at least one of the one or more of the planes in the first antenna array or at least one of the one or more of the pianos in the second antenna array comprises a meshed patch structure.

Abstract: An example wireless communication device includes a multi-layer substrate; and an antenna array having planes formed by features of the multi-layer substrate, wherein the features of the multi-layer substrate that form the planes of the antenna array include a plurality of vias and a plurality of traces arranged in a mesh structure, and wherein an angle between the planes of the antenna array and layers of the multi-layer substrate is greater than zero and less than 90.

Abstract: A cancer detection system may comprise at least two imaging systems, each of which implements a different imaging modality, and each of which provides sampled image data. The system may further include, for each imaging modality, a modeling unit to produce modeled image data based on a common set of biophysical parameters. The system may also include a joint non-linear inversion module to receive information from each modeling unit and reconstruct a set of joint biophysical properties. The system may include a scaling unit to revise the common set of biophysical parameters based on the set of joint biophysical properties. The system may include a comparator to compare the sampled image data from each of the imaging systems to the corresponding modeled image data to determine a difference between the sampled image data and the modeled image data, and to determine when the difference is less than a threshold difference.