Lines Matching +full:wakeup +full:- +full:latency

99 Thus the speed and latency with which file systems could be accessed
100 were roughly equivalent to the speed and latency with which swap
112 micro-processor has become powerful enough to allow users to have their
151 Another effect of the current technology is that the latency and overhead
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.
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
221 If the region is mapped read-write and shared, changes to the
223 If the region is read-write but private,
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. 
342 semaphore another process may unlock the semaphore and issue a wakeup call.
348 the kernel, the kernel can repeat the test-and-set.
350 (and possibly the wakeup issued) between the time that the process
351 did the test-and-set and eventually got into the sleep request system call,
371 Codenummer 051560-44(1984)01, February 1984.