2results about How to "Reduce interaction time" patented technology

An automated industrial malt manufacturing device (11) and an agent- and digital twin-based malt manufacturing system (1) are proposed for the automated operation of the industrial malt manufacturing device (11) of the agent- and digital twin-based malt manufacturing system (1). The malt manufacturing device (11) converts supplied grains (2, 21, 21i) into output malt (3). The malt manufacturing device (11) includes: a soaking device (111) for wetting the supplied grains (2, 21, 21i) until the moisture content of the supplied grains (2, 21, 21i) reaches a certain level (111). 1) Reaching a defined moisture content level (1112); a germination device (112) configured to receive moistened grains (22) after being moistened by a soaking device (111), for germinating the moistened grains (22) by activating enzymes in the moistened grains (22) and converting the moistened grains (22) into germinated green malt (23); and a drying kiln (113) configured to receive germinated grains (23) after being germinated by the germination device (112), for drying the germinated green malt (23) to a defined moisture content level (1131). The system (1) based on intelligent agents and digital twins includes a digital twin structure (12) providing a virtual digital representation of the physical malt manufacturing equipment (11). In addition, it includes sensors and / or measuring devices (13) associated with the physical malt manufacturing equipment (11), which transmit measured sensory parameter values ​​(131), wherein the system (1) dynamically monitors the transmitted sensory parameter values ​​(131) and updates the digital twin (12) based on the parameter values.

This application discloses a memory management method and electronic device, relating to the field of big data technology. It includes generating a first interface for managing available user-mode memory, enabling user-mode sharing of multi-level page tables; and using a second interface to pre-register data transmission regions for multiple access devices and generate a first access key. When an access device is invoked to perform data transmission / reception, the first interface accesses the multi-level page table, and the virtual address carried in the data transmission / reception request is converted to a physical address based on the multi-level page table. The physical address is then transmitted to the access device, allowing the access device to perform data transmission / reception operations on the memory region corresponding to the physical address based on its matching first access key and the physical address. Relying on a unified multi-level page table shared by multiple access devices effectively reduces the memory overhead of traditional mapping tables. The pre-registration via the second interface effectively solves the problem of high latency in registering memory regions during memory transmission.