4 results about "Code redundancy" patented technology

A memory controller for a (dynamic random-access memory) DRAM die having m DRAM banks. The memory controller includes: an ECC engine configured to provide error correction for the plurality of DRAM banks, wherein the ECC engine includes: an encoding system configured to provide error correction coding (ECC) coding redundancy to a data component and generate an ECC codeword; and a partitioning system configured to partition the ECC code word into m segments for storage in the m DRAM banks, wherein a first subset of the m segments each include a portion of the data segment and a portion of the ECC coding redundancy, and a second subset of the m segments each include only ECC coding redundancy.

The invention provides a vehicle-mounted network management test method and device and electronic equipment, relates to the technical field of vehicle testing, and aims to determine a test item corresponding to a test through a preset standardized configuration table, accurately position and comprehensively cover a core risk point of a wake-up / sleep scene, and avoid the subjectivity and item missing problems of manual selection. Furthermore, a test script is generated based on a test case template, template grammar is unified and standardized, core execution logic multiplexing can be achieved, repeated coding redundancy of different test points is eliminated, different types of target ECUs and test tools are adapted, and grammar errors and screening errors of manual writing are avoided. Compared with the prior art, the method can fundamentally solve the problems that manual testing is low in efficiency, the quality is greatly affected by personnel, data arrangement is tedious, and traditional automatic testing scripts are solidified and high in adaptation cost, problem positioning is low in efficiency, and a closed loop cannot be formed, and the standardization, high efficiency and reliability of vehicle-mounted network management testing are greatly improved.

The present disclosure provides a game character control method and device, electronic equipment and computer readable storage medium, the present disclosure determines the current character state of the controlled game character in response to the first game instruction for the controlled game character, the controlled game character is at least configured with the first character state and the second character state; if the current character state is the first character state, the controlled game character is controlled to displace on the ground in the game scene; if the current character state is the second character state, a virtual area is generated in the game scene, and a specified game influence is applied to a target virtual character located in the virtual area, and the specified game influence is determined based on the game relationship between the target virtual character and the controlled game character, which can avoid code redundancy, reduce memory resource occupation, reduce the operation load of the processor and the graphic rendering overhead, and reduce the network transmission pressure and data processing burden.

The invention discloses a GPU (Graphics Processing Unit) equipment registration method and device, equipment and a medium, which are used for reducing code redundancy during GPU equipment registration. The method comprises the following steps: pre-deploying a default state which is suitable for whether general attribute nodes of most GPU equipment are exposed or not and each preset default function; according to the method, the default state of whether the universal attribute node is exposed or not or the preset default function is correspondingly replaced with the inconsistent actual state and actual use function of each attribute of the GPU equipment, so that the repeated writing of basic codes is avoided, the universal logic codes only need to be written once, and when the model of the GPU equipment is newly added, the writing efficiency is greatly improved. According to the method, only the model look-up table and the corresponding actual configuration need to be expanded, the whole drive registration process does not need to be rewritten, the problems of code redundancy and poor compatibility caused by writing an independent drive registration code for each GPU device in the prior art are solved, and the reusability and maintainability of the code are improved.