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RESEARCH IMPACT MAP

Citation map
not only looking at how many times it is cited, but at how it is cited

Citation counts alone convey very little information. A single citation, appearing in another paper's Discussion to support the experimental results, is entirely different in its significance for research positioning from one appearing in a string of parentheses in the Introduction. This page breaks down each citation one by one, marking where it appears in the paper, what kind it is, and how far our verification has gone.

31 Citation count
74% Independent citation (non-self-citation)
11 From journal articles and review papers
64 Citations received by the citing party so far
4/23 Works with independent citations

This page does not speak on behalf of those who cite us. For items marked “verified against the original text”, we obtained the full text and transcribed the cited passage verbatim; the remaining items were confirmed only via the index database to contain a citation relationship, and the citation context was not verified, so they are all classified as contextual citations and no stronger interpretation is made. Including a paper only means that it cited our research; it does not mean that the author endorses or recommends Uedu.

How citation types are classified

The basis for grading is 'where our research is placed in the other paper', not the other journal's ranking. The position is more honest than the journal title.

結果佐證 Finding corroboration

引用方在自己的 Results/Discussion 中,以我們的研究結果佐證其實證發現。

回顧收錄 Review inclusion

系統性或範疇回顧將我們的研究納入分析語料,或用以定義某一類研究。

方法沿用 Method adoption

引用方沿用我們的技術路線或分析方法處理相近問題。

設計先例 Design precedent

系統或工具論文將我們的平台列為既有設計參考。

脈絡引用 Contextual

出現在背景、相關工作或問題陳述段落。

自我引用 Self-citation

Uedu 團隊自身後續著作的引用,計算獨立引用率時排除。

IEEE ICALT 2024 · 2024

Enhancing Academic Performance with Generative AI-Based Quiz Platform

以生成式 AI 測驗平台提升學習成效
C.-K. Chang* and L.-C.-T. Chien
15 Citation count
5 Journals and reviews
1 Original text checked
23 Citations received by the citing party so far
結果佐證 1 items
An experimental evaluation of an AI-powered interactive learning platform
已核對原文
C. Heldreth, D. Akrong, L. M. Vardoulakis, N. E. Miller, Y. Haramaty, L. Belinsky, L. Hackmon, A. Ortiz Tapia, L. Tootill, and S. Siebert(2026)· Frontiers in Artificial Intelligence Google Research
6.1.3 The value of assessments via QuizMe was a key driver in performance outcomes

“This is consistent with previous research that demonstrates that quizzes can significantly enhance learning outcomes by offering additional practice exercises in areas where a student is struggling (Chang and Chien, 2024).”

Google Research 團隊在 60 名美國高中生的隨機分組實驗中,以本研究的結果佐證其 QuizMe 功能的成效解釋。引用位置在 Results/Discussion,非背景段落。

doi:10.3389/frai.2026.1783117
設計先例 6 items
NextLearn: An AI-powered adaptive learning and recommendation system for online courses
索引確認 被引 1
K. Selvi and G. Santosh(2025)· 2025 4th International Conference on Innovative Mechanisms for Industry Applications (ICIMIA)

自適應學習與推薦系統。

GACA-QG: A graph-augmented neuro-symbolic framework for question generation in multiplayer educational games
索引確認
M. Irfan Ali J and P. Ashwin(2026)· 2026 6th International Conference on Expert Clouds and Applications (ICOECA)

自動出題(question generation)架構論文。

Real-time adaptive coding quiz and feedback system using machine learning and NLP
索引確認
S. Karthiyayini and R. Dhanush(2026)· 2026 Contemporary Computing Innovations Conference (CCIC)

自適應程式測驗與回饋系統,與本研究的 QuizGPT 題型情境高度重疊。

Skill development platform with voice integration system
索引確認
A. Deepha and M. Dharsana(2026)· 2026 7th International Conference on Intelligent Communication Technologies and Virtual Mobile Networks (ICICV)

技能養成平台的設計參考。

The integration of AI-Personalized Learning Assistant (AI-PLA) to support pre-service teachers
索引確認
S. W. D. Purba and M. I. Luthfi(2025)· IEEE ICALT 2025

同一研討會社群(ICALT)的後續系統研究。

Applied learning of data structures and algorithms using AI chatbots
索引確認
M. Y. H. Low and C. K. Quah(2025)· IEEE International Conference on Teaching, Assessment, and Learning for Engineering (TALE) 2025 新加坡南洋理工大學

資料結構與演算法課程導入 AI 聊天機器人,與本研究的 Python 題庫情境相近。

脈絡引用 7 items
A systematic review of the impact of GenAI on learning performance, AI hallucinations, and problem-solving in computer science education
索引確認 被引 9
A. A. Adejumo, S. S. Oyelere, I. T. Sanusi, and J. Suhonen(2026)· Computers and Education: Artificial Intelligence

綜整 64 篇實證研究的系統性回顧。該文自身發表半年內已累積 9 次引用,是目前最可能持續帶來二階引用的節點。(本研究是否列入其 64 篇分析語料尚未取得全文核對,暫列脈絡引用。)

doi:10.1016/j.caeai.2026.100570
The influence of generative artificial intelligence support on learning anxiety and academic expectation stress: the mediating role of self-efficacy
索引確認 被引 6
B. Zhang and W. Li(2025)· Interactive Learning Environments

Taylor & Francis 期刊,探討生成式 AI 支援與學習焦慮、自我效能的關係。

AI tools and POE model in educational technology learning: Exploring participant experiences using thematic analysis
索引確認 被引 4
S. I. C. Wang and E. Z. F. Liu(2025)· Computers and Education: Artificial Intelligence 國立臺灣師範大學

國內教育科技社群的引用,將 AI 工具置於 POE(預測—觀察—解釋)教學模型下討論。

doi:10.1016/j.caeai.2025.100488
ChatGPT as a direct formative assessment tool in stoichiometry: correlation with achievement and insights into pre-service science teachers' perceptions
索引確認 被引 2
J. Ratniyom and S. Boonphadung(2025)· Chemistry Teacher International

把 AI 定位為「直接形成性評量工具」的化學教育研究——與 2023 年那篇被範疇回顧歸入 automatic formative assessment 是同一個標籤。

doi:10.1515/cti-2025-0048
Digital fluency and metacognitive scaffolds for ethically grounded AI-ready general education
索引確認
A. Alam(2026)· General Education for Future-Ready Learning, Work, and Life(專書章節)

通識教育專書章節——與本研究的通識教育場域直接對應。

Sequence vs transition network analysis: Complementary insights into students' learning patterns
索引確認
Y. Opanasenko and M. Pedaste(2026)· Communications in Computer and Information Science(Springer) 愛沙尼亞塔爾圖大學

學習分析方法論研究。

Teachers' perception of using DeepSeek vs. ChatGPT in designing lesson plans
索引確認
S. W. D. Purba and J. J. Yang(2025)· 2025 International Workshop on Artificial Intelligence and Education (WAIE)

教師端 AI 工具比較研究。

自我引用 1 items
Designing an Educational Omics Data Lake: A multimodal infrastructure for technology-enhanced learning
索引確認 被引 1
C.-K. Chang and K.-H. Li(2025)· ICMET 2025 國立中央大學(本團隊)

本團隊後續著作,計算獨立引用率時排除。

IEEE ICALT 2023 · 2023

Developing AI-Based Automated Post-Rating System to Scaffold Interdisciplinary Knowledge-Sharing

AI 自動化貼文評分系統促進跨領域知識分享
C.-K. Chang, P.-C. Chen, Z.-S. Chen, and T. M. Kuo
5 Citation count
2 Journals and reviews
1 Original text checked
38 Citations received by the citing party so far
回顧收錄 1 items
AI-supported learning in online discussion forums: A scoping review
已核對原文
T. Yoshida, N. Duangchinda, and N. Ruangrit(2025)· Electronic Journal of e-Learning
Findings — AI roles in online discussion forums

“automatic evaluation function (Chang et al., 2023)”

自 695 筆 Scopus 文獻篩選後僅納入 12 篇實證研究,本研究為其中之一。該回顧將 AI 在討論區的角色歸納為三類,並以本研究代表其中的 automatic evaluation;在對照 Holmes & Tuomi 的 AI-in-education 分類時,本研究被歸入 automatic formative assessment。此為分類定位型引用——研究被用來定義一個類別,而非僅被列舉。

設計先例 1 items
BERT-based classification model to detect answer relevance in online academic forum
索引確認
R. B. Amrulloh, A. Muhardianto, and Y. D. Prabowo(2025)· 2025 7th International Conference on Cybernetics and Intelligent System (ICORIS)

同樣以 BERT 對線上學術論壇貼文做分類——在技術路線與應用場域上都是本研究最直接的後繼工作。

doi:10.1109/icoris67789.2025.11296014
脈絡引用 3 items
A systemic review of AI for interdisciplinary learning: Application contexts, roles, and influences
索引確認 被引 36
C. Cai, G. Zhu, and M. Ma(2024)· Education and Information Technologies 新加坡南洋理工大學

AI 與跨領域學習的系統性回顧,本身已累積 36 次引用,是本研究引用網絡中擴散力最強的節點。(是否列入其分析語料尚未取得全文核對,暫列脈絡引用。)

doi:10.1007/s10639-024-13193-x
Transfer learning from math to engineering and using scaffolds through hands-on learning to build new engineering skills in sensors and systems course
索引確認 被引 2
M. Mehrubeoglu, L. McLauchlan, D. Hicks, A. Yeaman, and M. Vasilyeva(2024)· ASEE Annual Conference & Exposition 2024

工程教育社群的引用,聚焦於 scaffolding(鷹架)概念。

doi:10.18260/1-2--48172
Customer support chatbot development using BERT
索引確認
M. Suhela Thasleem, K. Mahesh Varma, and R. Sethuraman(2025)· 2025 7th International Conference on Intelligent Sustainable Systems (ICISS)

教育以外領域的 BERT 應用引用,顯示技術面向的外溢。

doi:10.1109/iciss63372.2025.11076409
IEEE BigDataService 2025 · 2025

Collaborative Reasoning Framework for Edge-Deployable EEG Sleep Staging via Local LLM

基於本地 LLM 的邊緣部署 EEG 睡眠分期協作推理框架
C.-L. Cheng, T.-C. Lin, and C.-K. Chang*
2 Citation count
1 Journals and reviews
0 Original text checked
0 Citations received by the citing party so far
設計先例 1 items
TFAM-Net: A dual-branch multi-scale fusion network for single-channel EEG sleep staging
索引確認
H. Quan, X. Tian, and J. Liu(2026)· Lecture Notes in Computer Science(Springer)

單通道 EEG 睡眠分期網路——與本研究同一任務的後續模型工作。

doi:10.1007/978-981-92-3495-0_15
脈絡引用 1 items
EEG-based driver state monitoring: A survey of fatigue, distraction, and affect detection
索引確認
P. Xian, Z. Zhu, T. Zhu, X. Na, Y. Qian, J. Liang, and W. Li(2026)· Sensors and Actuators A: Physical

Elsevier 感測器領域期刊的綜述論文。引用來自駕駛狀態監測社群,與教育場域無關——顯示本研究的 edge-deployable EEG 方法被當作生醫訊號處理工作在讀。

doi:10.1016/j.sna.2026.117976
LAK 2025 (Practitioner Report) · 2025

Leveraging Knowledge Graphs and Large Language Models to Track and Analyze Learning Trajectories

運用知識圖譜與大型語言模型追蹤分析學習軌跡
Y.-H. Chen, J.-S. Huang, J.-Y. Hung, and C.-K. Chang*
2 Citation count
1 Journals and reviews
0 Original text checked
0 Citations received by the citing party so far
設計先例 1 items
LLM-powered construction of course knowledge-competency graphs
索引確認
J. Xu and M. Che(2025)· International Conference on Educational Technology and Artificial Intelligence 2025(ACM)

同樣以 LLM 建構課程知識圖譜——技術路線與應用場域都最接近的後繼工作。

doi:10.1145/3766557.3766569
脈絡引用 1 items
Application of artificial intelligence in the BOPPPS model: A systematic literature review
索引確認
Y. Ma, C. C. Chi, X. Yu, Y. Wang, Y. Xu, C. Xin, L. Wang, S. Shi, L. Yang, Z. Wang, and C. Cai(2026)· Journal of Computer Assisted Learning

Wiley Q1 期刊的系統性文獻回顧。(是否列入其分析語料尚未取得全文核對,暫列脈絡引用。)

doi:10.1002/jcal.70272
IEEE ICALT 2025 · 2025

Evaluating Cognitive Performance Through Prompt-Based Methods Using LLM in Education

以提示工程方法透過 LLM 評估教育中的認知表現
E. N. Furqon and C.-K. Chang*
2 Citation count
0 Journals and reviews
0 Original text checked
1 Citations received by the citing party so far
自我引用 2 items
Designing an Educational Omics Data Lake: A multimodal infrastructure for technology-enhanced learning
索引確認 被引 1
C.-K. Chang and K.-H. Li(2025)· ICMET 2025 國立中央大學(本團隊)

本團隊後續著作。

doi:10.1109/ICMET67594.2025.11452000
AI Teaching Assistants at Scale: Cross-disciplinary patterns of adoption and cognitive engagement across hundreds of university courses
索引確認
C.-K. Chang and K.-H. Li(2026)· ACM Learning @ Scale 2026 國立中央大學(本團隊)

本團隊後續著作。

doi:10.1145/3774398.3811596
ICMET 2025 · 2025

Designing an Educational Omics Data Lake: A Multimodal Infrastructure for Technology-Enhanced Learning

Educational Omics 教育資料湖:多模態科技輔助學習基礎建設
C.-K. Chang* and K.-H. Li
1 Citation count
0 Journals and reviews
0 Original text checked
0 Citations received by the citing party so far
自我引用 1 items
From Wearables to Classrooms: A person-centered feasibility study of HRV-based physiological monitoring for learning analytics
索引確認
C.-K. Chang, K.-H. Li, C.-L. Cheng, and T.-C. Lin(2026)· IEEE SDS 2026 國立中央大學(本團隊)

本團隊後續著作。

doi:10.1109/SDS70563.2026.00035
IEEE ETOP 2025 · 2025

A Generative Artificial Intelligence-Based Python Learning Assistance System: Assessing Its Impact on Instrument Automation Skills

生成式 AI Python 學習輔助系統:評估其對儀器自動化技能之影響
K. S. Phay and C.-K. Chang*
1 Citation count
0 Journals and reviews
0 Original text checked
1 Citations received by the citing party so far
自我引用 1 items
Designing an Educational Omics Data Lake: A multimodal infrastructure for technology-enhanced learning
索引確認 被引 1
C.-K. Chang and K.-H. Li(2025)· ICMET 2025 國立中央大學(本團隊)

本團隊後續著作。

doi:10.1109/ICMET67594.2025.11452000
IEEE ICALT 2025 · 2025

Analysis of a Generative AI-Based Graphical Learning Assistance Tool in IPR Courses

生成式 AI 圖形化學習輔助工具於智財權課程之分析
C.-C. Yen, P.-T. Hsieh, Y.-C. Chen, and C.-K. Chang*
1 Citation count
0 Journals and reviews
0 Original text checked
1 Citations received by the citing party so far
自我引用 1 items
Designing an Educational Omics Data Lake: A multimodal infrastructure for technology-enhanced learning
索引確認 被引 1
C.-K. Chang and K.-H. Li(2025)· ICMET 2025 國立中央大學(本團隊)

本團隊後續著作。此筆由 Semantic Scholar 查得,OpenAlex 未收錄本篇 DOI。

doi:10.1109/ICMET67594.2025.11452000
ACM L@S 2026 (Full Paper) · 2026

AI Teaching Assistants at Scale: Cross-Disciplinary Patterns of Adoption and Cognitive Engagement Across Hundreds of University Courses

大規模 AI 助教:跨學科採用模式與數百門大學課程的認知投入分析
C.-K. Chang* and K.-H. Li
1 Citation count
1 Journals and reviews
0 Original text checked
0 Citations received by the citing party so far
自我引用 1 items
Chat as learning: Student–AI conversations as discipline-associated cognitive engagement patterns
索引確認
C.-K. Chang and K.-H. Li(2026)· Computers and Education: Artificial Intelligence 國立中央大學(本團隊)

本團隊後續著作。此筆由 Semantic Scholar 查得,OpenAlex 尚未建立引用關係。

doi:10.1016/j.caeai.2026.100644
Frontiers in Psychology · 2026

Agentic AI as a Dual-Role Lecturer and Teaching Assistant: Effects on Learner Autonomy, Self-Regulated Learning, and Intrinsic Motivation in University-Level EFL Education

雙角色 Agentic AI 作為 AI 講師與教學助理:對大學英語(EFL)學習者自主性、自我調節學習與內在動機的影響
K.-H. Li and C.-K. Chang*
1 Citation count
1 Journals and reviews
0 Original text checked
0 Citations received by the citing party so far
自我引用 1 items
Chat as learning: Student–AI conversations as discipline-associated cognitive engagement patterns
索引確認
C.-K. Chang and K.-H. Li(2026)· Computers and Education: Artificial Intelligence 國立中央大學(本團隊)

本團隊後續著作。此筆由 Semantic Scholar 查得,OpenAlex 尚未建立引用關係。

doi:10.1016/j.caeai.2026.100644

Verification status of the remaining 12 papers

"Checked, currently zero" and "never checked at all" are two different things. Here, each paper is explained clearly so that the figures above have a denominator that can be checked against.

ACM L@S 2026 (Work-in-Progress) · 2026
Computers and Education: Artificial Intelligence · 2026
2026-07 甫見刊。
International Journal of Human–Computer Interaction · 2026
已接受(in press),尚未取得 DOI。
EC-TEL 2026 (Industry & Practitioner) · 2026
將刊於 Springer LNCS proceedings,尚未取得 DOI。
EC-TEL 2026 (Demo) · 2026
將刊於 Springer LNCS proceedings,尚未取得 DOI。
IEEE ICALT 2026 · 2026
尚未取得 DOI。
IEEE ICALT 2026 · 2026
尚未取得 DOI。
IEEE ICALT 2026 · 2026
尚未取得 DOI。
IEEE EMBC 2026 · 2026
尚未取得 DOI。
IEEE BigDataService 2026 · 2026
尚未取得 DOI。
ICMET 2025 · 2025

資料來源:OpenAlex(主)+ Semantic Scholar(補查), data date 2026-08-30。引用數依資料庫口徑而異(OpenAlex、Scopus、Semantic Scholar、Google Scholar 各自收錄範圍不同)。此處以 OpenAlex 為主並逐筆人工核對,OpenAlex 未收錄者改以 Semantic Scholar 補查並於該筆註明來源。