A memory management arrangement includes a memory management unit, a cache memory and a queue arrangement. The queue is a first-in, first-out (FIFO) buffer which can queue failed memory access requests and retur
MEMORY MANAGEMENT SYSTEM FOR MICROPROCESSOR SYSTEM 专利名称：MEMORY MANAGEMENT SYSTEM FOR MICROPROCESSOR SYSTEM 发明人：TOKITA TETSUO 申请号：JP4566188 申请日：19880226 公开号：JPH01219941A 公开日：19890901 专利内容由知识产权出版社提供 摘要：PURPOSE:To use a user area up to its maximum independently of...
RESPECT THE INVENTION ARCHITECTURE MICROPROCESSOR DEVICE ADDRESS TRANSLATION WHICH INVOLVES TWO LEVELS OF ANTE-MEMOIRE22A. REGISTRAR AND SEGMENTATION SEGMENTATION TABLE ASSOCIATED LYING IN MEMORY PRINCIPALE13 ESTABLISH A FIRST LEVEL MANAGEMENT OF MEMORY THAT iNVOLVES ATTRIBUTS4 BITS USED FOR PROTECTION FUNCTIONS...
MEMORY MANAGEMENT SYSTEM FOR PROCESSOR OR MICROPRO 专利名称：MEMORY MANAGEMENT SYSTEM FOR PROCESSOR OR MICROPROCESSOR 发明人：URURITSUCHI FUINJIYAA,PIEERU RIGUNAAZU,SHIARAN OODONERU 申请号：JP22784582 申请日：19821228 公开号：JPS59124077A 公开日：19840718 专利内容由知识产权出版社提供 申请人：SANTORU ...
Power management • Starting up and shutting down the disk drive Processor—A microprocessor is commonly used to execute the above list of functions and to carry out any related computations. The speed with which those functions can be performed not only depends on the speed and power of the...
必应词典为您提供Memory-Management-Unit的释义,un. 内存管理单元; 网络释义: 存储器管理单元;一个内存管理单元;
Memory management 16.8 Memory protection The virtual memory scheme has an additional, useful property, namely memory protection. Since a given main memory page frame only appears in the Page Table for a single task, one task cannot access the memory used by another task. This is beneficial since...
The present invention provides a memory management method for a memory having a storage area divided into a plurality of blocks, so that a data in each of the blocks is erased at once when the block is initialized, wherein each of the blocks has a flag indicating a block use state; ...
of data in an online storage and reduce the roundtrips between disk and memory, circumventing latencies to near zero. The ability to load and unload data at extremely high speeds in these architectures provides architects with options to create platforms for high-speed data movement and management...
3.1 PROBLEMS WITH SHARED MEMORY BEHAVIOR To see why shared memory behavior must be defined, consider the example execution of two cores1 depicted in Table 3.1. (This example, as is the case for all examples in this chapter, assumes that the initial values of all variables are zero.) Most ...