Large Language Models (LLMs) have diverse applications, including content creation, language translation, summarization, sentiment analysis, question answering, code generation, document understanding, and conversational agents. They enhance various industries, such as digital marketing, customer service, education, healthcare, and software development.
Comprehensive benchmarks are critical for LLMs as they provide a standardized framework to evaluate and compare the performance of different models across various tasks. These benchmarks help identify strengths and weaknesses in the models, enabling researchers and developers to improve and fine-tune them for specific applications. Additionally, benchmarks facilitate the selection of the most suitable LLM for a given task, ensuring optimal performance and accuracy.
Existing benchmarks for graph comprehension and reasoning in LLMs often focus on pure graph understanding and fail to address the diverse capabilities of handling heterogeneous graphs. They predominantly test either pure or heterogeneous graphs in isolation and need a more systematic approach to assess LLMs' full range of capabilities. Additionally, most benchmarks do not adequately assess the ability of LLMs to handle long textual descriptions of graph-structured data, which is essential for understanding complex relationships within graphs.