Merging is when .

two things combine

Explanation:

2 lanes become 1

Explanation:

2 lanes become 1

Answer:

The advantage of using Mail Merge Wizard when creating a mail merge is that "Task Pane will provide a step-by-step process to complete mail merge".

Explanation:  

A. two lanes of traffic join into a single lane

Explanation:

It's in the name, the lane merges into another.

answer:

the answer is a

explanation:

two lanes of traffic joins into a single lane : )

Answer

when you preview your letters

Explanation:

Clock 2.5GHz

L1 I cache 32KB, 8way, 64B line size, 4 cycle access latency

L1 Dcache write-back, write-allocate; MSHR with 0 (lockup

cache), 1, 2, and 64 (unconstrained non-blocking

cache) entries, write-back buffer with 16 entries

L2 cache 256KB, 8way, 64B line size, 10 cycle access latency

L3 cache 2MB per core, 64B line size, 36 cycle access latency

Memory DDR3-1600, 90 cycle access latency

Issue width 4

Instruction window size 36

ROB Size 128

Load Buffer Size 48

Store Buffer Size 32

b)

parallelism took this a step further by providing more parallelism and hence more

latency-hiding opportunities. It is likely that the use of instruction- and threadlevel

parallelism will be the primary tool to combat whatever memory delays are

encountered in modern multilevel cache systems.

that of the lockup cache setup (hit-under-0-miss). For the integer programs: the average performance

(measured as CPI) improvement is 7.08% for hit-under-1-miss, 8.36% for hit-under-2-misses, and 9.02%

for hit-under-64-misses (essentially the unconstraint non-blocking cache), compared to lockup cache. For

the floating point programs, the three numbers are 12.69%, 16.22%, and 17.76%, respectively

c)

Non-blocking caches are an effective technique for tolerating cache-miss latency. They can reduce

miss-induced processor stalls by buffering the misses and continuing to serve other independent access

requests. Previous research on the complexity and performance of non-blocking caches supporting

non-blocking loads showed they could achieve significant performance gains in comparison to blocking

caches. However, those experiments were performed with benchmarks that are now over a decade old.

Furthermore the processor that was simulated was a single-issue processor with unlimited run-ahead

capability, a perfect branch predictor, fixed 16-cycle memory latency, single-cycle latency for floating

point operations, and write-through and write-no-allocate caches. These assumptions are very different

from today's high performance out-of-order processors such as the Intel Nehalem. Thus, it is time to

re-evaluate the performance impact of non-blocking caches on practical out-of-order processors using

up-to-date benchmarks. In this study, we evaluate the impacts of non-blocking data caches using the latest

SPECCPU2006 benchmark suite on practical high performance out-of-order (OOO) processors.

Simulations show that a data cache that supports hit-under-2-misses can provide a 17.76% performance

gain for a typical high performance OOO processor running the SPECCPU 2006 benchmarks in

comparison to a similar machine with a blocking cache.

Explanation:

Hello, oliverok happy Wednesday! The answer to your question is "C: At the start of the ramp you should begin checking for ran opening in traffic, and start signaling for your turn.". Hope this helps! Have a wonderful rest of your day.

- Alekive X.

The advantage of using Mail Merge Wizard when creating a mail merge is that "Task Pane will provide a step-by-step process to complete mail merge".

Explanation:

The answer is when you preview your letters

I just took the quiz and got it wrong.

Hope this helps someone!