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authorAria <me@aria.rip>2023-10-20 18:39:57 +0100
committerAria <me@aria.rip>2023-10-20 18:39:57 +0100
commit5c318dbaf86747c8b054835f066717c5a30911c5 (patch)
tree3ac3444b7cbf3f9b41a70d869b2f6ec95f71a6d1
parentda823974b3e417bef457e26c49113f90f1075be1 (diff)
minor grammar
-rw-r--r--thesis/parts/background.tex4
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diff --git a/thesis/parts/background.tex b/thesis/parts/background.tex
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@@ -148,8 +148,8 @@ As we note above, this scales poorly.
We aim to create a container selection method that addresses both functional and non-functional requirements in a scalable way.
Primrose will be used as the first step, in order to select candidates based on functional requirements.
-We will then collect statistics from user-provided benchmarks, and create cost estimates for each candidate, similar to CollectionSwitch.
-Unlike CollectionSwitch, this will be done offline, rather than as the program is running.
+We will then collect statistics from user-provided benchmarks and create cost estimates for each candidate, similarly to CollectionSwitch.
+Unlike CollectionSwitch, this will be done offline rather than as the program is running.
This will provide an integrated and flexible solution that addresses both functional and non-functional requirements.
We believe no such solution exists in current literature.