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Algorithms and Decision-Making in Military Artificial Intelligence 军事人工智能中的算法与决策
Q2 INTERNATIONAL RELATIONS Pub Date : 2023-10-26 DOI: 10.1080/13600826.2023.2273484
Denise Garcia
ABSTRACTAlong the line of exploring the implications of algorithmic decision-making for international law, Garcia highlights the growing dehumanization process in the military domain that reduces humans to mere data and pattern-recognizing technologies. ‘Immoral codes’ containing instructions to target and kill humans raise the likelihood of unpredictable and unintended violence. Compounding this challenge is a lack of international law that puts restraints on the pervasive use of algorithms in society and the ongoing military AI race. Garcia argues that current international mechanisms under international humanitarian law developed to regulate ‘hardware’ are not sufficient to withstand ‘software’ challenges posed by algorithmic-based weaponry. Instead, the human-centricity of international law is eroded by algorithmic decision-making and more violence and instability triggered by great power rivalry. International rules need to be updated to ensure the prohibition of killing that is outside human oversight.KEYWORDS: Artificial intelligencealgorithmsmilitaryinternational lawmachine learning Disclosure statementNo potential conflict of interest was reported by the author(s).Notes1 I am grateful to Stephen Alt, Gugan Kathiresan, and Jenia Browne for their research recommendations and assistance. I am also thankful to Shane Gravel.2 At this stage, an important qualification is warranted. “Autonomy” is a machine or software’s capacity to perform a task or function on its own. Recently, “autonomy” has also come to encompass a wide range of AI-enabled systems.3 See also: https://www.stopkillerrobots.org/stop-killer-robots/emerging-tech-and-artificial-intelligence/ (accessed 02/25/2023).4 Thanks to Gugan Kathiresan for this insight.Additional informationNotes on contributorsDenise GarciaDenise Garcia, a Ph.D. from the Graduate Institute of International and Development Studies of the University of Geneva, is a professor at Northeastern University in Boston and a founding faculty member of the Institute for Experiential Robotics. She is formerly a member of the International Panel for the Regulation of Autonomous Weapons (2017–2022), currently of the Research Board of the Toda Peace Institute (Tokyo) and the Institute for Economics and Peace (Sydney), Vice-chair of the International Committee for Robot Arms Control, and of Institute of Electrical and Electronics Engineers Global Initiative on Ethics of Autonomous and Intelligent Systems. She was the Nobel Peace Institute Fellow in Oslo in 2017. A multiple teaching award-winner, her recent publications appeared at Nature, Foreign Affairs, and other top journals. Her upcoming book is The AI Military Race: Common Good Governance in the Age of Artificial Intelligence with Oxford University Press 2023.
在探索算法决策对国际法的影响的过程中,加西亚强调了军事领域日益增长的非人性化过程,这种过程将人类减少到仅仅是数据和模式识别技术。“不道德的准则”包含了针对和杀死人类的指令,这增加了发生不可预测和意外暴力的可能性。使这一挑战更加复杂的是,缺乏对算法在社会中的普遍使用和正在进行的军事人工智能竞赛施加限制的国际法。Garcia认为,目前在国际人道主义法下制定的管理“硬件”的国际机制不足以抵御基于算法的武器带来的“软件”挑战。相反,国际法以人为本的原则被算法决策以及大国竞争引发的更多暴力和不稳定所侵蚀。国际规则需要更新,以确保禁止在人类监督之外的杀戮。关键词:人工智能算法军事国际法机器学习披露声明作者未报告潜在的利益冲突。我非常感谢Stephen Alt, Gugan Kathiresan和Jenia Browne对我的研究建议和帮助。我还要感谢Shane gravel2。在这个阶段,有一个重要的资格是有保证的。“自主性”是指机器或软件自行执行任务或功能的能力。最近,“自治”也开始涵盖范围广泛的人工智能系统参见:https://www.stopkillerrobots.org/stop-killer-robots/emerging-tech-and-artificial-intelligence/(访问日期:2023年2月25日)感谢Gugan Kathiresan的洞察力。denise Garcia是日内瓦大学国际与发展研究所的博士,波士顿东北大学的教授,也是体验机器人研究所的创始教员之一。她曾是国际自主武器监管小组(2017-2022)的成员,目前是户田和平研究所(东京)和经济与和平研究所(悉尼)研究委员会的成员,国际机器人武器控制委员会副主席,以及电气和电子工程师学会自主和智能系统伦理全球倡议的成员。她是2017年奥斯陆诺贝尔和平研究所研究员。她曾多次获得教学奖,最近的作品发表在《自然》、《外交事务》和其他顶级期刊上。她即将出版的新书是《人工智能军事竞赛:人工智能时代的共同善治》,牛津大学出版社将于2023年出版。
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引用次数: 0
The Making of “ Passengers” : The Pre-Departure Subjectivation of Sri Lanka’s Aspiring Migrant Domestic Workers Heading to the Arabian Gulf “乘客”的制造:前往阿拉伯海湾的斯里兰卡有抱负的移民家政工人出发前的主体化
Q2 INTERNATIONAL RELATIONS Pub Date : 2023-10-04 DOI: 10.1080/13600826.2023.2263886
Wasana S. Handapangoda
In this paper, I examine the process of migrant subject-making prior to departure based on the experiences of Sri Lankan women aspiring to become migrant domestic workers (MDWs) in the Arabian Gulf. Within a context of commodified, privatized and foreignized care migration regimes, women from developing countries have become “ideal” maids: cheap, docile and hardworking, they satisfy the growing social reproductive needs of more affluent countries. This image of the “ideal” MDW is re/produced, maintained and challenged through technologies of subject-making across the circuits of migration. In a combined public–private, local–transnational, and formal–informal thrust towards subject-making, different actors—including MDWs themselves—use different pre-departure technologies in a sociology of markets. Thus, passengers are carved out even before potential MDWs leave their home country; these passengers reflect different constructions, embodiments and connotations of “ideal” migrant subjects, where labour power is re/produced and exploited in the most intimate sphere.
在本文中,我根据立志成为阿拉伯海湾移民家政工人(mdw)的斯里兰卡妇女的经历,研究了移民在离开前的主题制定过程。在商品化、私有化和异化的护理移徙制度的背景下,来自发展中国家的妇女已成为“理想的”女佣:廉价、温顺和勤劳,她们满足了较富裕国家日益增长的社会生育需求。这种“理想的”MDW形象是通过跨迁移回路的主题制作技术重新/产生、维护和挑战的。在公共-私营、地方-跨国和正式-非正式共同推动的主题制定过程中,不同的参与者——包括mdw自己——在市场社会学中使用不同的出发前技术。因此,乘客甚至在潜在的mdw离开他们的祖国之前就被分割了;这些乘客反映了“理想”移民主体的不同结构、体现和内涵,劳动力在最亲密的领域被再生产和剥削。
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引用次数: 0
Innovating Algorithmic Warfare: Experimentation with Information Manoeuvre beyond the Boundaries of the Law 创新算法战:超越法律边界的信息机动实验
Q2 INTERNATIONAL RELATIONS Pub Date : 2023-10-03 DOI: 10.1080/13600826.2023.2261466
Lauren Gould, Marijn Hoijtink, Martine Jaarsma, Jack Davies
This article analyses how algorithmic innovation in contemporary warfare unfolds through new alliances and contestations among civil and military actors in the face of an overarching rhetoric around the need to lead in “information manoeuvre”. Drawing on assemblage thinking and applying it to the case of the Land Information Manoeuvre Centre (LIMC)—a data centre founded by the Dutch Army that unlawfully tracked and algorithmically predicted its citizen’s sentiment and behaviour during the COVID-19 pandemic—the authors identify three logics that held this centre together and helped ward off critique: entrepreneurialism, informality, and experimentation. Emulating innovation practices elsewhere, together, these logics have important political repercussions beyond the Dutch case, pushing the expansion of military surveillance, pattern-finding and targeting, while undermining the rule of law and democratic accountability within algorithmic warfare.
本文分析了当代战争中的算法创新如何通过民事和军事行为体之间的新联盟和争论展开,面对围绕领导“信息操纵”需求的总体修辞。利用集合思维并将其应用于土地信息机动中心(LIMC)的案例,作者确定了将该中心整合在一起并帮助抵御批评的三种逻辑:创业精神、非正式性和实验。LIMC是荷兰军队建立的数据中心,在COVID-19大流行期间非法跟踪和算法预测其公民的情绪和行为。这些逻辑与其他地方的创新实践相结合,在荷兰案例之外产生了重要的政治影响,推动了军事监视、模式发现和目标定位的扩大,同时破坏了算法战中的法治和民主问责制。
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引用次数: 0
Algorithmic Warfare: Taking Stock of a Research Programme 算法之战:评估一个研究项目
Q2 INTERNATIONAL RELATIONS Pub Date : 2023-10-01 DOI: 10.1080/13600826.2023.2263473
Ingvild Bode, Hendrik Huelss, Anna Nadibaidze, Guangyu Qiao-Franco, Tom F. A. Watts
ABSTRACTThis article takes stock of the ongoing debates on algorithmic warfare in the social sciences. It seeks to equip scholars in International Relations and beyond with a critical review of both the empirical context of algorithmic warfare and the different theoretical approaches to studying practices related to the integration of algorithms (including automated, autonomous, and artificial intelligence (AI) technologies) into international armed conflict. The review focuses on discussions about (1) the implications of algorithmic warfare for strategic stability, (2) the morality and ethics of algorithmic warfare, (3) how algorithmic warfare relates to the laws and norms of war, and (4) popular imaginaries of algorithmic warfare. The article foregrounds a set of open research questions capable of moving the field toward a more interdisciplinary research agenda, as well as by introducing the contributions made by other articles in this Special Issue.KEYWORDS: Algorithmsartificial intelligence (AI)warsecurity Disclosure statementNo potential conflict of interest was reported by the author(s).Notes1 Both automated and autonomous technologies denote systems that, once activated, can perform some tasks without human input. In robotics, automation implies less “sophistication” than autonomy because automated systems follow a pre-programmed sequence of actions (Winfield Citation2012, 12). However, integrating automated or autonomous technologies into military decision-making and targeting triggers similar problematic consequences for human control because such technologies increase system complexity.2 AWS are defined as systems that are able to make targeting “decisions” without immediate human intervention. They may or may not be based on AI technologies (Garcia Citationforthcoming).3 Such dynamics are not restricted to the study of algorithmic warfare as the study of remote warfare, for instance, demonstrates (Biegon, Rauta, and Watts Citation2021).4 These include, for example, the Realities of Algorithmic Warfare project (PI: Lauren Gould) at the University of Utrecht and the DILEMA project (PI: Berenice Boutin) at the Asser Institute in The Hague.5 Loitering munitions manufacturers hold that such systems require human assessment and authorisation prior to the release of force. But their marketing material also appears to point to a latent technological capability such systems may have to release the use of force without prior human assessment (Bode and Watts Citation2023).6 The Martens Clause first appeared in the preamble to the 1899 Hague Convention. It is said to “fill a gap” when existing international law fails to address a situation by referring the principles of humanity and dictates of public conscience (Docherty Citation2018).7 Protocol Additional to the Geneva Conventions of 12 August 1949, and Relating to the Protection of Victims of International Armed Conflicts (Protocol I), Art 31/2, Art. 51/4 (b) and Art. 51/4 (c).8 Protocol Additi
摘要本文对社会科学中关于算法战的争论进行了盘点。它旨在为国际关系及其他领域的学者提供对算法战争的经验背景和与将算法(包括自动化、自主和人工智能(AI)技术)整合到国际武装冲突中相关的研究实践的不同理论方法的批判性回顾。本文重点讨论(1)算法战对战略稳定的影响,(2)算法战的道德和伦理,(3)算法战与战争法律和规范的关系,以及(4)算法战的流行想象。这篇文章提出了一系列开放的研究问题,能够将该领域推向一个更加跨学科的研究议程,并介绍了本期特刊中其他文章的贡献。关键词:算法人工智能(AI)战争安全披露声明作者未报告潜在利益冲突。注1自动化和自主技术都是指一旦激活,无需人工输入即可执行某些任务的系统。在机器人技术中,自动化意味着比自主性更少的“复杂性”,因为自动化系统遵循预先编程的动作序列(Winfield Citation2012, 12)。然而,将自动化或自主技术集成到军事决策和目标中会引发类似的人类控制问题,因为这些技术增加了系统的复杂性AWS被定义为能够在没有人为干预的情况下做出目标“决策”的系统。它们可能基于人工智能技术,也可能不基于人工智能技术例如,远程战争的研究表明,这种动态并不局限于算法战争的研究(Biegon, Rauta和Watts Citation2021)例如,乌得勒支大学的“算法战争的现实”项目(PI: Lauren Gould)和海牙Asser研究所的“DILEMA”项目(PI: Berenice Boutin)。一些军火制造商认为,在释放武力之前,这种系统需要人类进行评估和授权。但他们的营销材料似乎也指出了一种潜在的技术能力,这种系统可能必须在没有事先进行人类评估的情况下释放武力(Bode和Watts Citation2023)马滕斯条款最早出现在1899年《海牙公约》的序言中。当现有的国际法无法通过引用人道原则和公众良心的要求来解决某一情况时,它被称为“填补空白”(Docherty Citation2018)7 . 1949年8月12日《日内瓦公约》和《关于保护国际性武装冲突受难者的附加议定书》(第一议定书)、第31/2条、第51/4 (b)条和第51/4 (c)条1949年8月12日日内瓦公约的附加议定书和关于保护国际武装冲突受难者的附加议定书(第一议定书)。区别:第48条、第51条第2款和第52条第2款。相称性:第51条第5款(b)项、第57条第2款(a)项(iii)项和第57条第2款(b)项。预防措施:第57条和习惯国际法。本研究得到了欧洲研究委员会(ERC)在欧盟地平线2020研究与创新计划(资助协议号852123)下的支持。Tom F.A. Watts博士对本文的贡献由Leverhulme Trust早期职业研究奖学金(ECF-2022-135)资助。
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引用次数: 0
The Attributability of Combatant Status to Military AI Technologies under International Humanitarian Law 国际人道法下军事人工智能技术对战斗员地位的归因
Q2 INTERNATIONAL RELATIONS Pub Date : 2023-09-11 DOI: 10.1080/13600826.2023.2251509
Mustafa Can Sati
The concepts of means of warfare and combatants are not comparable or on the same scale in IHL. Yet the human-like performances of AI technologies, such as independent decision-making, may blur the line between these two concepts. This may also lead one to compare the technology with a human combatant rather than with other means of warfare. In this context, this paper questions the attributability of combatant status to military AI technologies by concentrating on the scope of the combatant concept. Contrary to some existing studies that found combatant status insufficient for machines based on ethics or behavioural human-machine differences, this study examines why combatant status is unsuitable for military AI technologies from a legal conceptual perspective, even in their most intelligent and independent forms by visiting terms—membership to armed forces, armed forces and prisoners of war (POW)—that are relevant to disclose the scope of the term combatant.
在国际人道法中,作战手段和战斗人员的概念没有可比性,也没有相同的尺度。然而,人工智能技术的类似人类的表现,比如独立决策,可能会模糊这两个概念之间的界限。这也可能导致人们将这项技术与人类战斗人员进行比较,而不是与其他战争手段进行比较。在此背景下,本文通过关注战斗人员概念的范围,质疑战斗人员状态对军事人工智能技术的归因性。现有的一些研究发现,基于伦理或行为的人机差异,战斗人员的身份不足以适用于机器,与此相反,本研究从法律概念的角度审视了为什么战斗人员的身份不适合军事人工智能技术,即使是在最智能和独立的形式下,通过访问条款——武装部队成员、武装部队成员和战俘(POW)——这些条款与披露战斗人员一词的范围有关。
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引用次数: 0
Artificial Intelligence and Cross-Domain Warfare: Balance of Power and Unintended Escalation 人工智能与跨领域战争:力量平衡与意外升级
IF 1.6 Q2 INTERNATIONAL RELATIONS Pub Date : 2023-08-27 DOI: 10.1080/13600826.2023.2248179
Noriyuki Katagiri
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引用次数: 0
Coloniality of Epistemic Power in International Practices: NGO Inclusion in World Bank Policymaking 国际实践中认知权力的殖民性:非政府组织在世界银行决策中的参与
IF 1.6 Q2 INTERNATIONAL RELATIONS Pub Date : 2023-08-22 DOI: 10.1080/13600826.2023.2236129
Maïka Sondarjee
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引用次数: 0
Militarisation and State Capacity in Zimbabwe: The Limits of the Human Security Paradigm 津巴布韦的军事化与国家能力:人类安全范式的局限
IF 1.6 Q2 INTERNATIONAL RELATIONS Pub Date : 2023-08-17 DOI: 10.1080/13600826.2023.2246504
Enock Ndawana, F. Nganje
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引用次数: 0
The Client’s Principles: Explaining Israel and Taiwan’s Defense Ties with Central America 客户的原则:解释以色列和台湾与中美洲的防务关系
IF 1.6 Q2 INTERNATIONAL RELATIONS Pub Date : 2023-07-31 DOI: 10.1080/13600826.2023.2239859
V. Banerjee, Prashant Hosur Suhas
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引用次数: 0
Democratic Practices in MERCOSUR and the OAS: What Space for Transnational Civil Society? 南方共同市场和美洲国家组织的民主实践:跨国民间社会的空间是什么?
IF 1.6 Q2 INTERNATIONAL RELATIONS Pub Date : 2023-07-20 DOI: 10.1080/13600826.2023.2237044
Gordon Mace
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引用次数: 0
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Global Society
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