careerup.quesions
BAN USER- -1of 1 vote
AnswersAt your disposal you have 100 processing nodes. You have 1 billion rows of data which are located on the storage attached to one processor. All the processors can read from the storage of any other processor over a network. The objective is to sum one of the columns of the data set with minimum cost(time).
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Cost summary
a. 0.01 unit(of time) to read 1 row of data from a local processor
b. 0.05 unit (of time) to read 1 row of data from a remote processor
c. 1000 units(of time) to partition the file into two pieces.
d. 0.1 unit(of time) to copy 1 row of data from a remote processor to a local processor
e. 1 unit(of time) to sum 1 row of data
What is the optimal configuration of the system to sum 1 column of the data file with the minimum cost(time)? Consider location of the data, the partitioning of the data, the number of processors to be used.| Report Duplicate | Flag | PURGE
- -1of 1 vote
AnswersAt your disposal you have 100 processing nodes. You have 1 billion rows of data which are located on the storage attached to one processor. All the processors can read from the storage of any other processor over a network. The objective is to sum one of the columns of the data set with minimum cost(time).
- careerup.quesions in United States
Cost summary
a. 0.01 unit(of time) to read 1 row of data from a local processor
b. 0.05 unit (of time) to read 1 row of data from a remote processor
c. 1000 units(of time) to partition the file into two pieces.
d. 0.1 unit(of time) to copy 1 row of data from a remote processor to a local processor
e. 1 unit(of time) to sum 1 row of data
What is the optimal configuration of the system to sum 1 column of the data file with the minimum cost(time)? Consider location of the data, the partitioning of the data, the number of processors to be used.| Report Duplicate | Flag | PURGE
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