Loading ...
the load instruction ... likelyto causea cache miss
a memory access requestresultingfrom a cache miss
every memory accesswill causea cache miss
the ld instruction ... likelyto createa cache miss
an application ’s most significant memory access patternscausingcache misses
load instructions that are likelyto causea cache - miss
an identification of a memory access operationcauseda cache miss
the ldx ( load ) instruction ( 1causesa cache miss
each read instructionwill causea cache miss
The stalled instructionmay resultfrom a cache miss
a checkpoint ... an instructioncausesa cache miss
execution of instruction(passive) caused bya cache miss
a second instructioncausesa cache miss
an example of a program including an instruction that is likelyto causecache misses
Only one issue cycle ... a load instructionhas causeda cache miss
column ... more likelyto causecache misses
extremely likelyto causea cache miss
the references ... most likelywill ... causea cache miss
an instruction cache with a first instruction addresscausesa cache miss
a read request ( i.e. a load instruction ) issued from the CPU 101causesa cache miss
execution of a memory access operation for a particular threadcausesa cache miss
a load or store instruction of a processor pipeline(passive) caused bya cache miss
a load request(passive) caused bya cache miss
a thread - switch trigger event , such as a load instructionhas triggereda cache miss
a read request for recently written datawill createa " cache miss
a fetch access of a given instruction(passive) caused bya cache miss
response to the instruction being executed at time T2causinga cache miss
Allocating memory ... more likelyto causea cache miss
any failed memory access requests ( memory access requeststriggera cache miss
program instructions that are likelyto causecache misses
branch instruction 370causesa cache miss
inserted into the instruction streamto preventa cache miss
The instruction in Step 2causesa cache miss
the preloading instruction 920Acan causea cache miss
at least one instruction(passive) caused bycache misses
the command ... the respective instructioncausesa cache miss
e.g. , the same instructioncausinga cache miss
execution of a particular instruction(passive) caused bya cache miss
an instruction executed at a first time(passive) caused bya cache miss
a load instruction by said processor to load a value from said inaccessible source virtual address(passive) triggered bycache miss
the significant latency(passive) caused bythe significant latency
unpredictable memory latency(passive) caused byunpredictable memory latency
data access latency(passive) caused bydata access latency
latency and timing variations(passive) caused bylatency and timing variations
delays ( stallsare ... causingdelays ( stalls
any time delays(passive) caused byany time delays
pipeline delays(passive) caused bypipeline delays
execution delayscan causeexecution delays
significant delayscausessignificant delays
architecture minimizes delays(passive) caused byarchitecture minimizes delays
increase in latency ( extra proxy processingcan causeincrease in latency ( extra proxy processing
delays as the program or applicationcan causedelays as the program or application
memory - related delays(passive) caused bymemory - related delays
A similar delay(passive) can be caused byA similar delay
to a high latency due to read from slower machine ( disk instead of memoryleadsto a high latency due to read from slower machine ( disk instead of memory
the pipelines tostall for several cycles , and the total amount of memory latency will be severe if the data is not available most of the timecan causethe pipelines tostall for several cycles , and the total amount of memory latency will be severe if the data is not available most of the time
the processor to stall , wasting timecausethe processor to stall , wasting time
in ( 100 + 4 ) = 104 cycles latency for every 4 access to matrix a.resultingin ( 100 + 4 ) = 104 cycles latency for every 4 access to matrix a.
a first thread to stallcausesa first thread to stall
a stall in a processor pipelinecan causea stall in a processor pipeline
a wait time(passive) caused bya wait time
in a main memory accessresultingin a main memory access
a Delay and store it in the cachecreatea Delay and store it in the cache
in over a hundred cycle delaywill resultin over a hundred cycle delay
the stall event(passive) is caused bythe stall event
in an expensive and time - consuming effort to retrieve the item of information from the main memory of the systemresultsin an expensive and time - consuming effort to retrieve the item of information from the main memory of the system
In uniprocessors : bus traffic and memory - access time(passive) heavily influenced byIn uniprocessors : bus traffic and memory - access time
from the early eviction of data that may be reused by clients within a systemresultingfrom the early eviction of data that may be reused by clients within a system
the processor coremay causethe processor core
the processor to idlecausingthe processor to idle
Completion stall(passive) caused byCompletion stall
a stall rightwill createa stall right
from a request by restricted client 202(1resultedfrom a request by restricted client 202(1
in a disk accessresultingin a disk access
in a data transfer operation that can include some delaycan resultin a data transfer operation that can include some delay
the processor to stall for hundreds of cycles to hit main memeorycausesthe processor to stall for hundreds of cycles to hit main memeory
huge performance overhead if it occurs oftenmight causehuge performance overhead if it occurs often
the number of data fetches(passive) caused bythe number of data fetches
a line to be replacedmay causea line to be replaced
delays in execution of the instruction since the cache is typically first filled with the instructioncausesdelays in execution of the instruction since the cache is typically first filled with the instruction