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arXiv：2610.32720v1 发布类型：新 提要：低地球轨道（LEO）卫星巨型星座为对时延敏感的地球同步应用提供了在轨边缘计算能力，但卫星的运动使视距通信窗口被压缩至仅几分钟。为保持逻辑上的地理邻近性，一种称为“虚拟静止性”（VS）的范式要求应用在星座中不断跨过经过的卫星进行迁移。传统的实时迁移机制仅针对单个发起的重定位或复制操作进行优化，而未能满足轨道运动所必需的连续宿主机切换需求。我们重新将实时迁移建模为一种稳态执行模型，并提出了一种全新的虚拟静止性运行时范式。我们形式化了连续迁移的可行性……
arXiv:2610.32027v1 Announce Type: new Abstract: HPC clusters are shared among many projects, each holding an allocation of node-hours, and ensuring fairness is becoming harder. Foundation models workflows and automated pipelines have made job submissions bursty and concentrated among a few heavy users, so occasional users absorb queueing delays created by frequent ones, with no indication of how long their jobs will wait. Existing schedulers either forget past usage, protect only the job at the head of the queue, or assume that running jobs can be preempted. We propose HyDRA, a Hybrid Deadline and Ranking-Aware scheduler that enforces fairness among users while bounding the queue wait of every job. HyDRA assigns each job a deadline on arrival based on its size, the priorities of its projec
译文排队中，当前为原文 · enarXiv:2610.32022v1 Announce Type: new Abstract: Intent recognition in human-robot interaction requires agents to resolve ambiguous natural language instructions by inferring the speaker's underlying goals. Research has increasingly focused on two notable paradigms for addressing this task: structured symbolic reasoning and multimodal input enrichment. However, it remains unclear whether enrichment-based methods provide benefit in settings where the ambiguity concerns unstated human intent rather than missing observable scene information. In this paper, we present a comparative and diagnostic study benchmarking FISER - a framework utilizing structured social and embodied reasoning - against CEMIR (Context-Enriched Multimodal Intent Recognition), a method that performs multimodal enrichment
译文排队中，当前为原文 · enarXiv:2610.31701v1 Announce Type: new Abstract: Enterprise customer journeys are shaped not only by product experiences and marketing, but also by recurring resource-allocation decisions. In B2B go-to-market (GTM) organizations, territory carving determines which accounts receive seller coverage, which seller-account relationships are preserved, and how limited field capacity is distributed. Yet the process often remains manual, making it difficult to compare opportunities, value continuity, and evaluate tradeoffs among growth, balance, capacity, and feasibility. We present a production decision system for tradeoff-aware customer-to-seller allocation in enterprise GTM planning. It integrates three components: a multidimensional account-value layer that combines predictive signals to score
译文排队中，当前为原文 · enarXiv:2610.31702v1 Announce Type: new Abstract: Indoor radio map estimation (RME) is essential for wireless applications such as coverage planning, localization, and network deployment. However, most existing methods follow a supervised learning paradigm that requires costly labeled data and task-specific model training. Moreover, indoor environments involve privacy-sensitive information, such as building layouts and structures, that often cannot be centralized. To address these challenges, we make the first attempt to formulate indoor RME as a collaborative in-context learning (ICL) problem. We propose Poly-Ripple, a framework in which multiple clients perform ICL using large autoregressive vision models (LAVMs) without model updates. Each client is prompted by its private demonstrations
译文排队中，当前为原文 · enarXiv:2610.31808v1 Announce Type: new Abstract: Patronizing and condescending language (PCL) is a form of harmful language that belittles and assumes pity for vulnerable groups, reinforcing negative societal stereotypes. However, unlike overt hate speech, it is often difficult to detect, even for human judges. This paper proposes a system for the automated detection of PCL. Our first approach uses static word embeddings and a convolutional neural network for classification, while our second approach uses pre-trained BERT embeddings fine-tuned for the PCL task. Our second approach was considerably more successful, and achieved an F1 score of 0.528 over the development set.
译文排队中，当前为原文 · enarXiv：2610.31937v1 发布类型：新 摘要：现代大型语言模型（LLMs）仍然容易受到精心设计的多轮交互攻击，这些攻击能够逐步绕过安全机制。然而，许多现有的红队测试方法依赖于启发式规则或施加了严格的假设，这限制了它们在完全黑盒环境中的适用性。我们通过提出 $M^3$ 来弥补这一不足，这是一种自动化的红队测试框架，它将多轮越狱行为形式化为一个有限 horizon 的马尔可夫决策过程（MDP）。在 $M^3$ 中，攻击者语言模型与目标语言模型进行交互，并基于由状态语言模型生成的紧凑内部状态开展操作。在两个基准测试和六个目标模型上，$M^3$ 在攻击成功率（ASR）方面始终优于最先进的多轮红队测试方法，一个
arXiv:2610.31716v1 Announce Type: new Abstract: We examine how closely pretrained LeWorldModel (LeWM) reproduces the effects of small action changes. Using matched simulator and model responses, we measure action sensitivity with Gram matrices at three perturbation scales. Across nearly a thousand states from Reacher and OGBench Cube, the most sensitive action directions differ by median angles of about $36^\circ$ and $42^\circ$, respectively, at the smallest scale. Increasing the perturbation tenfold reduces median normalized Gram discrepancy by roughly 70\% on Reacher and 47\% on Cube. Geometry measured in pixels and embeddings varies more across scales than the chosen physical-state geometry. On held-out directions, environment Grams achieve median embedding response errors of 17\% and
译文排队中，当前为原文 · enarXiv:2610.31704v1 Announce Type: new Abstract: Non-Destructive Inspection (NDI) is a cornerstone of modern quality assurance, critical for ensuring the safety and reliability of infrastructure and manufactured components without causing damage. This paper presents a comprehensive review of the current NDI landscape, analyzing the field through four distinct lenses, namely, computational algorithms, physical techniques, industrial applications, and research objectives. We synthesize a broad range of academic literature to illustrate the rapid evolution from manual, analog interpretation to a digitized, data-centric paradigm known as NDE 4.0. Our analysis highlights the dominance of ultrasound and visual inspection as primary physical techniques, while revealing a significant shift toward d
译文排队中，当前为原文 · enarXiv:2610.31718v1 发布类型：新 提要：金融交易网络通常以多重图的形式自然表示，其中同一账户对之间的重复交易被建模为不同的边。近期提出的多重图神经网络架构明确利用这一结构，在反洗钱（AML）任务上取得了优异的性能。然而，这些模型对于那些通过操纵交易结构以逃避检测的攻击者的鲁棒性仍鲜有研究。我们提出了首个基于节点—边关联矩阵的可扩展框架，用于对多重图神经网络实施结构化攻击与对抗训练，并针对此类多重图优化结构扰动，同时适配投影梯度下降法与投影随机化块坐标下降法。
arXiv:2610.31722v1 Announce Type: new Abstract: Microservice systems have become a dominant architecture for large-scale cloud applications, enabling rapid deployment and elastic scaling. However, ensuring the reliability and availability of microservice systems critically relies on effective anomaly detection, as failures and performance anomalies can quickly propagate across services and severely impact end-to-end system behavior. Existing multimodal anomaly detection approaches for microservice systems often struggle with two fundamental limitations: (i) the neglect of modality-specific characteristics in favor of cross-modality fusion, and (ii) the "identity-shortcut" problem that affects the feature reconstruction process. To address these issues, we propose LLMMAD, an autoregressive
译文排队中，当前为原文 · en