Lines Matching +full:machine +full:- +full:mode +full:- +full:visible

82 the memory capacity of the machine.
88 the machine.
89 The expected mode of operation for which the system was tuned
91 to two times the physical memory on the machine.
96 directly connected to the machine.
112 micro-processor has become powerful enough to allow users to have their
134 The effect of this change is that the way in which a machine is used
137 users per machine decreases, the expected
138 mode of operation is changing from that of supporting more active virtual
154 rather than to a locally-attached disk.
165 of the blocks on any locally-attached swap space analogously
167 Thus inactive swap blocks can also be used to cache less-recently-used
190 sparse address spaces as well as small, densely-used address spaces.
192 size of the physical memory on the machine,
193 while ``large'' may extend up to the maximum addressability of the machine.
196 a shared read-only fill-on-demand region with its text,
197 a private fill-on-demand region for its initialized data,
198 a private zero-fill-on-demand region for its uninitialized data and heap,
199 and a private zero-fill-on-demand region for its stack.
208 Regions may be mapped read-only or read-write.
210 a shared read-only region for the text, and a private read-write
214 It may map some memory hardware on the machine such as a frame buffer.
221 If the region is mapped read-write and shared, changes to the
223 If the region is read-write but private,
225 visible to other processes mapping the file,
230 it is zero-fill-on-demand and its contents are abandoned
296 In the typical case, a process executes an atomic test-and-set instruction
308 atomic interprocessor test-and-set.
348 the kernel, the kernel can repeat the test-and-set.
351 did the test-and-set and eventually got into the sleep request system call,
371 Codenummer 051560-44(1984)01, February 1984.