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This paper presents a novel angle-based chipless radio frequency identification (RFID) tag with high capacity that is polarization-independent. Its scatterer is designed to be V-shaped. It encodes data using the space angle between two arms of the V-shape and is identified by measuring the scattered field in two orthogonal polarization directions. Even if it is tilted, the tag can be identified. The...
This paper presents a novel chipless radio frequency identification (RFID) tag that encodes data based on space angle information. The radiating unit of the proposed tag has the obvious character of the space angle. Compared with that based on the time domain reflectometry and spectral signature, the chipless tags based on space angle information can obtain the larger encoding capacity. Also, the...
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