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P2 Data-Dependent Goal modeling for ML-Enabled Law Enforcement Systems

面向ML赋能执法系统的数据依赖目标建模
ICSE Proceedings of the IEEE/ACM 48th International Conference on Software Engineering2026匹配度 2/10 · 论文聚焦于需求工程中的目标建模,用于对齐ML赋能执法系统的行为与利益相关者目标,属于领域特定建模与需求工程范畴;未涉及静态分析、程序分析、LLM/Agent、浮点程序分析或贝叶斯程序分析等用户核心研究方向。引用 0 inbox
Dalal Alrajeh, Vesna Nowack, Patrick Benjamin, Katie Thomas, William Hobson, Carolina Gutierrez Muñoz, Catherine Hamilton-Giachritsis, Juliane Kloess, Jessica Woodhams, Dan Butler, Mark Law, Ralph Morton, Benjamin Costello, Amy Burrell, Tim Grant, Prachiben Shah, Frances Laureano de Leon, Mark Lee
crossref: 2026-09-12

AI 速览

一句话:提出数据依赖的目标建模,以在开发早期对齐ML赋能执法系统行为与利益相关者目标。

严重犯罪调查复杂且资源受限,执法机构面临海量罪犯与事件数据,嫌疑人识别困难。尽管已有ML赋能系统尝试支持执法,但多项系统在实践中失败,说明需在开发早期使系统行为与利益相关者目标一致。本文由此提出面向ML赋能执法系统的数据依赖目标建模,借助目标导向需求工程(GORE)来刻画数据依赖关系并支撑早期目标对齐。摘要未给出具体方法细节与评估结果,主要贡献在于问题定位和建模方向。

问题
执法机构在严重犯罪调查中受资源限制且面对海量数据,ML赋能系统常因未与利益相关者目标对齐而在实践中失败。
方法
提出数据依赖的目标建模,结合目标导向需求工程(GORE),在开发早期建模并对齐ML赋能执法系统的行为与利益相关者目标。
评估
摘要未报告具体评估方法或结果,仅给出问题动机与采用GORE必要性的论证。
原文摘要(Abstract)

Investigating serious crimes is inherently complex and resource-constrained. Law enforcement agencies (LEAs) grapple with overwhelming volumes of offender and incident data, making effective suspect identification difficult. Although machine learning (ML)-enabled systems have been explored to support LEAs, several have failed in practice. This highlights the need to align system behavior with stakeholder goals early in development, motivating the use of Goal-Oriented Requirements Engineering (GORE).

链接与引用

DOI 原文 · PDF(开放获取) ·

BibTeX
@inproceedings{paperbot12010,
  title = {Data-Dependent Goal modeling for ML-Enabled Law Enforcement Systems},
  author = {Dalal Alrajeh and Vesna Nowack and Patrick Benjamin and Katie Thomas and William Hobson and Carolina Gutierrez Muñoz and Catherine Hamilton-Giachritsis and Juliane Kloess and Jessica Woodhams and Dan Butler and Mark Law and Ralph Morton and Benjamin Costello and Amy Burrell and Tim Grant and Prachiben Shah and Frances Laureano de Leon and Mark Lee},
  booktitle = {ICSE},
  year = {2026},
  doi = {10.1145/3786581.3786944}
}