Dataset Viewer
Auto-converted to Parquet Duplicate
dataset
stringclasses
7 values
context_id
stringlengths
22
30
context
stringlengths
8.65k
1.62M
goal_id
stringlengths
26
51
goal
stringlengths
111
281
questions
listlengths
4
12
Loong
Loong_d9c47262a76f461d
[Document 1] # ON THE ConVERGENCE OF FEDAVG ON NON-IID DATA \author{ Xiang Li ${ }^{*}$ <br> School of Mathematical Sciences <br> Peking University <br> Beijing, 100871, China <br> smslixiang@pku.edu.cn <br> Wenhao Yang* <br> Center for Data Science <br> Peking University <br> Beijing, 100871, China <br> yangwenhaosm...
Loong_d9c47262a76f461d_g03
Understand how the paper's theoretical and empirical findings characterize the relationship between partial device participation, aggregation schemes, and the convergence behavior of FedAvg under non-iid data.
[ { "question_id": "Loong_d9c47262a76f461d_q013", "question": "For FedAvg, what is the stated aggregation formula used under full device participation, and what is the stated aggregation formula used under partial device participation (with the set S_t of the first K responded devices)?", "gold_answer": "...
Loong
Loong_795e2433d11dc122
[Document 1] # Churn analysis using deep convolutional neural networks and autoencoders Artit Wangperawong ${ }^{\mathrm{a}, \mathrm{b}, *}$<br>Cyrille Brun ${ }^{\mathrm{C}}$<br>Dr. Olav Laudy ${ }^{c}$<br>Rujikorn Pavasuthipaisit ${ }^{a}$ ${ }^{a}$ True Corporation Public Company Limited, Bangkok 10310, Thailand ...
Loong_795e2433d11dc122_g01
Understand the empirical findings, model comparisons, and data characteristics reported in the financial services churn prediction study that assesses LSTM-based integration of sequential RFM data with logistic regression.
[ { "question_id": "Loong_795e2433d11dc122_q053", "question": "According to the study, Ładyżyński et al. (2019) employed moving averages and recent lagged values of sequential data as features. The paper's model 'Static + norm. lagged RFM' incorporates normalized lagged RFM values. Using the percentage improv...
Loong
Loong_1469847fc996b95c
"[Document 1]\n# MedusA: Simple LLM Inference Acceleration Framework with Multiple Decoding Heads \n(...TRUNCATED)
Loong_1469847fc996b95c_g01
"Understand the design, mechanisms, and performance trade-offs of the LLM inference acceleration met(...TRUNCATED)
[{"question_id":"Loong_1469847fc996b95c_q030","question":"The Medusa paper states: 'Intuitively, thi(...TRUNCATED)
Loong
Loong_cf2ad56013b0094d
"Self-Discover: Large Language Models Self-Compose Reasoning Structures\n# Self-Discover: Large Lang(...TRUNCATED)
Loong_cf2ad56013b0094d_g02
"Understand the CoLeG-Math paper's investigation of context-length generalizability in LLM math word(...TRUNCATED)
[{"question_id":"Loong_cf2ad56013b0094d_q053","question":"According to the source, the authors repor(...TRUNCATED)
Loong
Loong_cf2ad56013b0094d
"Self-Discover: Large Language Models Self-Compose Reasoning Structures\n# Self-Discover: Large Lang(...TRUNCATED)
Loong_cf2ad56013b0094d_g03
"Understand the source's account of abstraction-grounded prompting, its reported evaluation on time-(...TRUNCATED)
[{"question_id":"Loong_cf2ad56013b0094d_q017","question":"According to the source, the paper that op(...TRUNCATED)
Loong
Loong_cf2ad56013b0094d
"Self-Discover: Large Language Models Self-Compose Reasoning Structures\n# Self-Discover: Large Lang(...TRUNCATED)
Loong_cf2ad56013b0094d_g05
"Understand how the included papers describe and support their proposed LLM reasoning and prompting (...TRUNCATED)
[{"question_id":"Loong_cf2ad56013b0094d_q036","question":"In the source, one framework's abstract co(...TRUNCATED)
Loong
Loong_06f915d478de0d9a
"Code Llama: Open Foundation Models for Code\n# Code Llama: Open Foundation Models for Code \n\nBapt(...TRUNCATED)
Loong_06f915d478de0d9a_g02
"Understand the Code Llama paper's account of how model size, specialization, and fine-tuning affect(...TRUNCATED)
[{"question_id":"Loong_06f915d478de0d9a_q050","question":"The source cautions that the standard safe(...TRUNCATED)
Loong
Loong_939cdcc2413ede54
"Multilingual Instruction Tuning With Just a Pinch of Multilinguality\n# Multilingual Instruction Tu(...TRUNCATED)
Loong_939cdcc2413ede54_g07
"Understand the source's reported quantitative relationships among multilingual instruction-tuning d(...TRUNCATED)
[{"question_id":"Loong_939cdcc2413ede54_q022","question":"By how many languages does the NusaX datas(...TRUNCATED)
Loong
Loong_69bbe7d85af9dda2
"First Analysis of Local GD on Heterogeneous Data\n# First Analysis of Local GD on Heterogeneous Dat(...TRUNCATED)
Loong_69bbe7d85af9dda2_g03
"Understand how the source's IID and communication-aware group federated learning framework is formu(...TRUNCATED)
[{"question_id":"Loong_69bbe7d85af9dda2_q017","question":"According to the source, treat the four be(...TRUNCATED)
Loong
Loong_26b2aad5eac9690d
"In-CONTEXT PRETRAINING: LANGUAGE MODELING BEYOND DOCUMENT BOUNDARIES\n# In-CONTEXT PRETRAINING: LAN(...TRUNCATED)
Loong_26b2aad5eac9690d_g01
"Understand the Faiss paper's account of how vector compression and quantized search methods represe(...TRUNCATED)
[{"question_id":"Loong_26b2aad5eac9690d_q055","question":"Faiss gives a tabular formula for bridging(...TRUNCATED)
End of preview. Expand in Data Studio

GACC-Bench

Benchmarking Goal-Adaptive Context Compression Ability across Large Language Models

Paper | Code | Dataset

Overview

GACC-Bench evaluates whether a language model can retain information relevant to a specified goal under a context-length budget. The compressor sees a source context, a goal, and a token budget. A reader then answers the associated questions using the compressed context; those questions are withheld from the compressor.

This Hugging Face release preserves the goal-level records and nested questions from the GitHub release. Parquet files support datasets.load_dataset and the dataset viewer. Original JSONL files remain available under original/ for the evaluator.

Dataset statistics

Configuration Split Contexts Goals / rows Questions
default test 281 500 2,571
testmini test 62 124 651

testmini is an exact subset of the complete benchmark, with two goals per selected context. It is a convenience configuration for smaller evaluations, not a disjoint validation set. Both configurations are evaluation data.

Source collection Contexts Goals Questions
HELMET 27 40 208
L-Eval (LEval) 67 102 526
LongBench-v2 23 49 246
LongCodeBench 35 78 391
Loong 44 102 573
MeetingBank 67 101 489
SWE-agent 18 28 138

Load with datasets

from datasets import load_dataset

dataset = load_dataset("Regimes/GACC-Bench", split="test")
mini = load_dataset("Regimes/GACC-Bench", name="testmini", split="test")

example = dataset[0]
print(example["dataset"], example["goal"])
print(example["questions"][0]["question"])

Each row contains one goal. The same source context can appear in multiple rows with different goals.

Field Type Description
dataset string Source collection identifier
context_id string Source context identifier
context string Full source context
goal_id string Unique goal identifier
goal string High-level information-retention goal
questions list of objects Questions associated with this goal
questions[].question_id string Question identifier
questions[].question string Evaluation question
questions[].gold_answer string Reference answer

Use with the evaluation code

from huggingface_hub import hf_hub_download

path = hf_hub_download(
    repo_id="Regimes/GACC-Bench",
    repo_type="dataset",
    filename="original/GACC-Bench.jsonl",
    local_dir="hf_data",
)
print(path)

Pass the downloaded file to run.sh --input in the evaluation repository. The default compression budgets are 5% and 10% of source-context tokens. Code, prompts, metrics, and command-line options are documented there.

Provenance

SOURCE.json records the source commit, byte-level SHA-256 checksums of the original JSONL files, and checksums of the Parquet exports. The Parquet data retains the original row order, field values, and question order. Contexts originate from the seven source collections listed above; retain their original attribution when reusing those materials.

Citation

@misc{liu2026gaccbench,
  title={GACC-Bench: Benchmarking Goal-Adaptive Context Compression Ability across Large Language Models},
  author={Weiting Liu and Zhiyu Pan and Shuhong Wang and Zhenquan Yao and Jungang Li and Li Zhao and Jian Jiang and Jianfeng Feng and Ai Han and Wenlian Lu},
  year={2026},
  eprint={2610.21893},
  archivePrefix={arXiv},
  primaryClass={cs.IR},
  url={https://arxiv.org/abs/2610.21893}
}
Downloads last month
91

Paper for Regimes/GACC-Bench