Abstract: A method of preparing fungal mycelium fiberboards is provided. First, 1-2 year-old fungal mycelium with a water content of 50-70% is cut into 2-3 cm lengths to obtain cut fungal mycelium. The cut fungal mycelium is then high-pressure steamed to soften it, resulting in the steamed fungal mycelium. The steamed fungal mycelium is mechanically defiberized into fibers and adhesive is added to obtain adhesive-applied fungal mycelium fibers. The adhesive-applied fungal mycelium fibers are then dried at 120-160° C., resulting in dried fungal mycelium fibers. The dried fungal mycelium fibers are then spread, leveled, and pre-pressed to obtain fungal mycelium fiberboard blanks, which are hot-pressed to form the final fungal mycelium fiberboard. This method uses low-cost, fast-growing fungal mycelium as a raw material, which replaces wood chips. The preparation process is simple and easy to promote.

Abstract: A load balancing method and a device. A network device performs hash calculation on a first traffic flow to obtain a first hash value corresponding to the first traffic flow, and determines, based on a first mapping relationship between the first hash value and a first member port in a link aggregation group, that an egress port of the first traffic flow is the first member port. The network device determines a current first bandwidth of the first member port and adjusts the first mapping relationship to a second mapping relationship between the first hash value and a second member port based on the first bandwidth, to forward a subsequently received first traffic flow through the second member port. Therefore, the network device can meet a requirement of a high bandwidth.