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Course Level Date Clip# Line Interlocutor Content
Oral Assessments Graduate 2020-01-09 4 126 S01 each other anymore↘
Oral Assessments Graduate 2020-01-09 4 127 UNK (0.7)
Oral Assessments Graduate 2020-01-09 4 128 S01 and (1.7) whatever uh (0.4) which (.) uh (0.7) which
Oral Assessments Graduate 2020-01-09 4 129 S01 clients (0.6) all clients ∆any of them∆ (.) crash will
Oral Assessments Graduate 2020-01-09 4 130 S01 not affect the (.) other transmit process in this network↘
Oral Assessments Graduate 2020-01-09 4 131 UNK (0.8)
Oral Assessments Graduate 2020-01-09 4 132 S01 so it's (.) called fault tolerance↘ i:n network↘
Oral Assessments Graduate 2020-01-09 4 133 UNK (1.5)
Oral Assessments Graduate 2020-01-09 4 134 S01 as the p to p network has (.) this big advantage
Oral Assessments Graduate 2020-01-09 4 135 S01 it's (.) being used i::n uh like file system distribute
Oral Assessments Graduate 2020-01-09 4 136 S01 file system→ and- °huh°
Oral Assessments Graduate 2020-01-09 4 137 T02 is there another method that's better (.) than the
Oral Assessments Graduate 2020-01-09 4 138 T02 p to p method↗
Oral Assessments Graduate 2020-01-09 4 139 UNK (0.9)
Oral Assessments Graduate 2020-01-09 4 140 S01 u:::h (0.5) now it's some method to: (1.0) ⁎u:h⁎
Oral Assessments Graduate 2020-01-09 4 141 S01 use (.) both p to p and the server and it's more
Oral Assessments Graduate 2020-01-09 4 142 S01 complicated but this- are are two basic method↘
Oral Assessments Graduate 2020-01-09 4 143 S01 basic architectures↘
Oral Assessments Graduate 2020-01-09 4 144 UNK (0.4)
Oral Assessments Graduate 2020-01-09 4 145 S01 ↑so:me network will have very complex networsh- uh