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Oral Assessments Graduate 2020-12-07 4 70 S01 uh you could- you could say that gpu uh is u:m processor→
Oral Assessments Graduate 2020-12-07 4 71 S01 which is be used to: process the imi- imi- imi- image
Oral Assessments Graduate 2020-12-07 4 72 S01 process image problems
Oral Assessments Graduate 2020-12-07 4 73 UNK (0.5)
Oral Assessments Graduate 2020-12-07 4 74 S01 um but now mm: man:y professors in the field of high
Oral Assessments Graduate 2020-12-07 4 75 S01 performance computing: uh high performa- um htc
Oral Assessments Graduate 2020-12-07 4 76 S01 which mean high performance computing began to:
Oral Assessments Graduate 2020-12-07 4 77 S01 uh use it to solve uh (.) the problem in every fields
Oral Assessments Graduate 2020-12-07 4 78 S01 uh since it have u:h very good performance
Oral Assessments Graduate 2020-12-07 4 79 UNK (0.7)
Oral Assessments Graduate 2020-12-07 4 80 S01 i will explain i will descri- describe the: (.) term
Oral Assessments Graduate 2020-12-07 4 81 S01 in two section
Oral Assessments Graduate 2020-12-07 4 82 S01 the first one is the structure of gpu
Oral Assessments Graduate 2020-12-07 4 83 S01 uh you could see this is a chip that made the gpu
Oral Assessments Graduate 2020-12-07 4 84 S01 and (0.8) in on one- on one chip it could it would
Oral Assessments Graduate 2020-12-07 4 85 S01 include some streaming multi- multi processor↘
Oral Assessments Graduate 2020-12-07 4 86 S01 um which i- uh which uh- which is um simd processor
Oral Assessments Graduate 2020-12-07 4 87 S01 namely uh simpl- uh simple instruction multi data
Oral Assessments Graduate 2020-12-07 4 88 S01 uh in that case the (.) the processor could um
Oral Assessments Graduate 2020-12-07 4 89 S01 could operate the same um instruction on multi data