KDD 2026-SOAR: Real-TimeJoint Opti.of Order Allocation andRobot Sched.in Robotic Mobile Fulfill. Sys @TheOfficialACM
KDD 2026-SOAR: Real-TimeJoint Opti.of Order Allocation andRobot Sched.in Robotic Mobile Fulfill. Sys @TheOfficialACM
Uploaded July 2026 | Updated September 2026, 2 weeks ago
Yibang Tang, Yifan Yang, Jingyuan Wang, Junhua Chen, Zhen Zhao
KDD 2026-SOAR: Real-TimeJoint Opti.of Order Allocation andRobot Sched.in Robotic Mobile Fulfill. SysKDD 2026 - A Practical Upper Bound on Selection Bias Effects in Medical Prediction ModelsFrom Voices of ACM W - Episode 1: Audrey Mbogho - ACMs Lack of Presence in AfricaKDD2026: HGenPush: A HeterogeneousGenerative Recomm. Architecture for Industrial Push Notif. SystemsKDD 2026-Estimating Mutual Info between TimeSeries andTemporal Event Seq. AcrossDiverse Analys.TasksKDD 2026 -Eliciting Frequency-Conditioned Spatial Dynamics for Long-Term Spatio-Temporal ForecastingKDD2026-Can Fine-Tuning Erase Edits? On the Fragile Coexistence of Knowledge Editing and Fine-tuningKDD 2026 - Designing A Scalable LLM Agent Framework for Large-scale Urban Segregation SimulationKDD 2026 - SpaCellAgent: A Self-Evolving LLM-Based Multi-Agent Framework for Trajectory AnalysisHotTopic Panel on Autonomous Weapons, April 25, 2024Realizing the Promises of Algorithmic Recourse through RAF PrinciplesPeople of ACM: Pei Cao (2/10/2026)
Association for Computing Machinery (ACM) |

KDD 2026-SOAR: Real-TimeJoint Opti.of Order Allocation andRobot Sched.in Robotic Mobile Fulfill. Sys

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER