Context-aware circuit design for wearable biosymbiotic devices

A method for context-aware antenna design for a wearable device, comprising:

• determining an area of a resonating plane structure of an antenna of a wearable device, the area of the resonating plane structure being based on a peak power at a selected system voltage requirement for a rectifier circuit to be coupled between the antenna and system circuitry of the wearable device, the peak power requirement is based on a distance (d) between the wearable device and a power transmitter in communication with the antenna;
• determining an area of a ground plane structure, the area of the ground plane structure is based on the peak power requirement;
• and
• determining an area of a dielectric layer structure disposed between the resonating plane structure and the ground plane structure, the area of the dielectric layer structure is based on the peak power requirement.

An antenna for a wearable device, comprising:

• a resonating plane structure, an area of the resonating plane structure being based on a peak power requirement for a rectifier circuit to be coupled between the antenna and system circuitry of the wearable device, the peak power requirement is based on a distance (d) between the wearable device and a power transmitter in communication with the antenna;
• a ground plane structure, the area of the ground plane structure is based on the peak power requirement;
• and
• a dielectric layer structure disposed between the resonating plane structure and the ground plane structure, the area of the dielectric layer structure is based on the peak power requirement.