Abstract: An electronic equipment of a wireless communication system is provided. The electronic equipment includes an orchestrator respectively coupled to an FH network, an RRH pool, and a BBU pool. The orchestrator is configured to establish a data path in response to RRH allocation information, FH allocation information and BBU allocation information. The data path includes at least one RRH in the RRH pool, the FH network and at least one BBU in the BBU pool.

Abstract: An electronic equipment of a wireless communication system is provided. The electronic equipment includes an orchestrator respectively coupled to an FH network, an RRH pool, and a BBU pool. The orchestrator is configured to establish a data path in response to RRH allocation information, FH allocation information and BBU allocation information. The data path includes at least one RRH in the RRH pool, the FH network and at least one BBU in the BBU pool.

Abstract: A system for implementing a parity-based redundant array of independent disks (RAID) method includes an electronic device and an m number of disk drives electrically coupled to the electronic device. A file is saved to the m number of disk drives by being written across the m number of disk drives one or more times as a number of data segments and a corresponding number of parity segments. For each time of reading across the m number of disk drives, the electronic device reads an m number of data files. For each time of reading across the m number of disk drives, the electronic device, according to a predetermined reading algorithm, determines the disk drives to which the m number of data segments were written and assembles the number of data segments together according to a predetermined order.