2results about How to "Minimize negative impact" patented technology

The invention provides a method and system for enhancing the model reasoning speed, a storage medium and electronic equipment. The method comprises the following steps: in each iteration of each functional layer in a plurality of functional layers of a target model, executing an operation comprising the following steps: executing arithmetic logic of a current functional layer in a current iteration based on at least one processor, reading key value KV data generated by a next functional layer in a previous iteration before the current iteration in advance from a storage device, and loading the key value KV data into a memory; writing KV data generated by the current function layer in the current iteration into a buffer area based on the operation logic of the current function layer in the current iteration executed by the at least one processor; and writing all the KV data in the buffer area into the storage device based on the fact that the buffer area is full or the resource overhead is smaller than a reference value.

The present application relates to the technical field of smart tourism and ecological protection, and discloses an ecological tourism landscape design system and method for minority areas, comprising data units, analysis units, strategy units and feedback units connected in turn, the data units acquire real-time ecological parameter sets and cultural activity feature sets of target areas; the analysis units perform spatio-temporal superposition calculation on the two types of data, identify their coupling relationship and conflict intensity, and generate a cultural-ecological composite sensitivity index; the strategy units match corresponding landscape regulation strategies according to the index threshold, and generate design schemes containing time sequence adjustment instructions; and the feedback units calibrate the calculation rules of the analysis units according to the feedback data after the implementation of the schemes, solve the problem that traditional static design methods cannot dynamically respond to real-time contradictions between cultural active practice and ecological environment, and realize closed-loop design of quantitative perception, adaptive response and continuous optimization.