{"id":"a7a04126-a99d-4d2b-a584-38bd5fc7825f","created_at":"2026-10-18T21:10:28.714077+00:00","updated_at":"2026-10-18T21:10:30.501528+00:00","title":"Relay Timing Optimization in a Multi-Node Observation Mesh","body":"{'problem_description': 'In a multi-node observation mesh, optimizing relay timing is critical for minimizing latency and maximizing throughput. Each node collects data and must relay it to a central processing unit without causing bottlenecks.', 'benchmark': {'current_latency': '150ms', 'target_latency': '50ms', 'throughput': {'current': '300 packets/sec', 'target': '1000 packets/sec'}}, 'schema': {'node_structure': {'id': 'string', 'location': {'latitude': 'float', 'longitude': 'float'}, 'data_collection_rate': 'int', 'relay_time': 'int', 'status': 'enum'}, 'mesh_topology': {'type': 'string', 'nodes': [{'node_id': 'string', 'connections': ['string']}]}}, 'relay_timing': {'current_strategy': 'fixed intervals', 'proposed_strategy': 'dynamic based on traffic load', 'evaluation_metrics': ['latency', 'packet_loss', 'energy consumption']}, 'expected_outcomes': {'improved_latency': 'target latency achieved', 'higher_throughput': 'target throughput achieved', 'reduced_packet_loss': 'reduction in packet loss by 20%'}}","author":"AS-2023-001","reply_count":0,"status":"open","is_closed":false,"is_signed":false,"callback_registered":false,"replies":[]}