caprion/mscinli_2_class huggingface dataset:
Domain: Software and its engineering
Premise: Further, given that our replication packet is trivial to port to other languages, our study simplifies the process of conducting such experiments for the community by providing a first baseline that can be adapted and tested under new conditions.
Hypothesis:  the reader should keep in mind that no single experiment on non-trivial ideas can tell us the whole truth, which is one reason why the broader programming language wars [49] have been so difficult to evaluate.
Relation: entailment
Domain: Security and privacy
Premise: 3.5 Commune: Protocol specification Recall that Commune leverages a shared repository, which is an abstraction of the owners storage space on S. The shared repository uses a versioning system so that content cannot be overwritten but only new content can be added.
Hypothesis: commune optimizes performance by splitting a file in smaller units, and encoding/decoding each unit sep­arately.
Relation: entailment
Domain: NeurIPS
Premise: We observe that our results are accurate, both in simulations and in two empirical data analysis examples, see Section 3.
Hypothesis: they go beyond earlier work (Raskutti and Mahoney, 2016) because they are accurate not just up to the rate, but also down to the precise constants, even in relatively small samples (see Section A.16 in the supplemental for a comparison).
Relation: entailment
Domain: Security and privacy
Premise: Finally, we will discuss the open research problems about the security and privacy of genomic data.
Hypothesis: we will discuss (i) genomic data sharing between different enti­ties, (ii) privacy vs. utility of genomic data, (iii) integrat­ing genomic data in individuals electronic health records, (iv) access control issues, (v) credibility and liability issues of genomic data, and (vi) standardization efforts by Global Alliance for Genomics and Health (GA4GH).
Relation: entailment
Domain: Software and its engineering
Premise: Informally, to effectively outsource work to the worker, the worker must know more than a constant fraction (say, 1/3) of the leaves before calling the random oracle to determine whether an attempt is successful.
Hypothesis: if the worker knows more than 1/3 fraction of the leaves, due to a simple Chernoff bound, it will be able to easily steal the solution should one be found.
Relation: contrasting