… directional antenna structure for gradient-elastic control-data separation. Based on dual …
hybrid omnidirectional and directional antenna structure is introduced for gradient-elastic control-…

… simulate the mechanical deformation of the antenna using ABAQUS. The Cu patch and
ground plane in horseshoe structures were modeled by an ideal elastic–plastic material (Young’…

… Considering the conformal balloon antenna is a balanced structure, the cable routing has
been carefully designed, so as to make the unbalanced RF cable effectively shielded by the …

… Integration of switches with various length scales in the antenna is shown as a conceptually
possible route to achieve working frequency that can be tuned by more than an order of …

To address demands for increased data transmission rates, electrically small antennas (ESAs)
that simultaneously offer large frequency bandwidths and small physical sizes are of …

… , and identify a proper design route to converting microwave devices from … elastic-plastic
constitutive model was used for the copper layer. Uniaxial stretch along the horizontal direction …

… antenna could be tuned over a wide frequency range (from ∼1.72 GHz to ∼2.45 GHz) and
maintain a high radiation efficiency (>95%), which may open new routes … the elastic substrate …

… In this scenario, we propose heuristic algorithms for routing decision and spectrum assignment,
and we compare the spectrum efficiency and execution time among MILP models, our …

… wave trapping and efficient routing. The metagrating-based waveguide can totally suppress
all high-order parasitic diffractions to route guided elastic waves without leakage. The …

… For example, a controlled directional router can be realized by placing seven anisotropic
antennas on the silicon-on-insulator (SOI) waveguide [36] due to the geometric phase …