TITLE: Calc-X: Enriching Arithmetical Chain-of-Thoughts Datasets by Interaction with Symbolic Systems 

ABSTRACT: This report overviews our ongoing work in enriching chain-of-thoughts
datasets requiring arithmetical reasoning with the integration of
non-parametric components, such as a calculator. We conduct an analysis of
prominent relevant datasets such as GSM8K, Ape210K, AQuA-RAT, and MathQA and
propose a machine-processable HTML-like format specifically tailored for
working with semi-structured chains. By converting the datasets into this
unified format, we enable the effective integration of large language models
and symbolic systems, empowering them to tackle arithmetical reasoning tasks
more efficiently.
This report overviews our ongoing work in enriching chain-of-thoughts
datasets requiring arithmetical reasoning with the integration of
non-parametric components, such as a calculator. We conduct an analysis of
prominent relevant datasets such as GSM8K, Ape210K, AQuA-RAT, and MathQA and
propose a machine-processable HTML-like format specifically tailored for
working with semi-structured chains. By converting the datasets into this
unified format, we enable the effective integration of large language models
and symbolic systems, empowering them to tackle arithmetical reasoning tasks
more efficiently.
Calc-X: Enriching Arithmetical Chain-of-Thoughts Datasets by Interaction with Symbolic Systems
http://arxiv.org/abs/2305.15017v1