Chirp networks
OwnerFrancis daCostainventor
Life of this patent
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Abstract
A system and method for orchestrating chirp-based communication in a distributed network is described. It includes configuring edge devices with imprinted chirp patterns, channels, and schedules derived from an orchestration source. The system and method also include segmenting collision domains in time, frequency, and spatial dimensions to ensure efficient and equitable use of shared communication resources. The system and method use propagator nodes to aggregate, filter, and forward chirp messages to cloud systems while preserving cryptic and minimalistic payloads and adjusts timing dynamically based on network conditions, application relevance windows, and power constraints.
Claims20
A method for orchestrating chirp-based communication in a distributed network, comprising:
- configuring edge devices with chirp patterns, channels, and schedules derived from at least one orchestration source;
- segmenting collision domains in time, frequency, and spatial dimensions to ensure efficient and equitable use of shared communication resources;
- utilizing propagator nodes to aggregate, filter, and forward chirp messages to cloud systems while preserving cryptic and minimalistic payloads;
- adjusting chirp timing dynamically based on network conditions, application relevance windows, and power constraints.
A scalable and secure chirp messaging protocol for IoT networks, wherein:
- chirp messages are cryptic, terse, and self-classifying, enabling receiver-oriented communication with innate security generated by devices at an edge of the IoT network;
- propagation through intermediate nodes incorporates tagging and corroboration of chirp data;
- dynamic schedules are imposed to manage chirp transmission within intermittent connectivity frameworks, ensuring low-power operation at the edge.
A system for dynamically scheduling chirp transmissions in IoT networks, comprising:
- at least one orchestrator that assigns dynamic chirp transmission patterns and frequencies to edge devices;
- propagator nodes operating as intermediaries to relay chirp messages and manage real-time channel occupancy and interference;
- and
- a mechanism to back-schedule chirp activities from the cloud based on subscriber-driven time windows of relevance and evolving network topology.
Dependencies are inferred from the claim text.