Channels - Time-Fluid Field-Based Coordination through Programmable Distributed Schedulers :: FRELIP Discovery

Similar Items: Time-Fluid Field-Based Coordination through Programmable Distributed Schedulers

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Field-based Coordination with the Share Operator
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FBFL: A Field-Based Coordination Approach for Data Heterogeneity in Federated Learning
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Asynchronous Distributed Execution Of Fixpoint-Based Computational Fields
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A Systematic Review on Coordinated Restoration Strategies for Power Distribution Grids
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Reconfigurable Microwave Amplifiers Using Field Programmable Microwave Substrate (FPMS)
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MULTI-OBJECTIVE-OPTIMIZATION APPROACH FOR OPTIMAL TASK SCHEDUL-ING THROUGH IN DELAY SENSITIVE CLOUD ENVIRONMENT
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A Coordination Language for Databases
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Hierarchical Deep Reinforcement Learning and Model Predictive Control for Voltage-Aware Electric Vehicle Charging Coordination in Distribution Network
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Actor-Critic learning for mean-field control in continuous time
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Software Model Checking with Explicit Scheduler and Symbolic Threads
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Distributionally Robust Coordinated Scheduling of Power‐Transportation Systems Considering Bounded Rationality and Flexible Swapping of Electric Vehicles
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Space-Fluid Adaptive Sampling by Self-Organisation
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Decomposition Strategies and Multi-shot ASP Solving for Job-shop Scheduling
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Type-based Self-stabilisation for Computational Fields
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Fixed‐Time Zeroing Neural Dynamics for Adaptive Coordination of Multi‐Agent Systems
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Energy-Efficient Federated Learning Scheduler for VM Allocation in Edge-Cloud Continuum
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Two-stage scheduling optimization model for taxiways on the basis of time slot derivation
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Synthesis of Orchestrations and Choreographies: Bridging the Gap between Supervisory Control and Coordination of Services
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An Asymptotically Optimal Coordinate Descent Algorithm for Learning Bayesian Networks from Gaussian Models
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A Physical Model of Quantum Bit Behavior Based on a Programmable FPGA Integrated Circuit
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Data-intensive task scheduling in geo-distributed cloud computing: a deep reinforcement learning approach
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Job-Scheduling Games with Time-Dependent Processing Times
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Ultralow‐Power Real‐Time On‐Chip Thermal Prediction via Finite Element Method–Machine Learning Codesign and Field‐Programmable Gate Array Deployment