Protocol conversion technology based on edge computing

This research develops a protocol mediation framework demonstrating three critical advancements in IoT interoperability: multi-protocol adaptability, throughputoptimized conversion, and modular extensibility. The methodology employs a canonical intermediate data representation during bidirectional translation processes, successfully validating operational efficacy across MQTT, HTTP, and MODBUS standards. Experimental evaluations confirm negligible throughput impairment compared to native protocol handling, while maintaining linear implementation complexity growth when integrating new protocols. Current limitations stem from configuration verbosity in mapping rule specifications, necessitating future development of enhanced declarative syntax to streamline conversion rule definitions.