APIs or Application Programming Interfaces help distributedsystems and microservices to expose their functionalities and serve as a means for communication among them. In contrast to a poorly designed API, a well-des...
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While various service orchestration aspects within computing Continuum (CC) systems have been extensively addressed, including service placement, replication, and scheduling, an open challenge lies in ensuring uninter...
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Efficiency in power dispatch systems is critical to ensure as it depends on the optimal resource utilization and maintaining grid stability. As power systems evolve into data-intensive environments, traditional centra...
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DIKW can be regarded as the overall model for human social cognition and transformation of the world. In terms of improving cognitive efficiency and improving transformation accuracy, the DIKWP model is an evolution. ...
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One of the leading frontiers of the Internet of Things (IoT) era, smart building systems have made modern homes more innovative, interconnected, and autonomous. The goal of a smart home system is to enhance users'...
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The proceedings contain 154 papers. The topics discussed include: transient stability analysis of power system considering multiple inverter aggregation model;development of the safeguard companion for secondary safet...
ISBN:
(纸本)9798331533694
The proceedings contain 154 papers. The topics discussed include: transient stability analysis of power system considering multiple inverter aggregation model;development of the safeguard companion for secondary safety measures of relay protection;an open interconnection system for computing power based on service mesh;securing distributed power dispatching systems: a framework for cybersecurity and 5G integration;utilizing deep belief networks for power system state estimation and anomaly detection;fire detection approach for 10kV distribution room based on spatial perception and hybrid attention mechanism;research on the application of information sharing technology in distributed photovoltaic aggregation optimization control strategy;and construction and optimization of key quality problem graph of power equipment based on association rule mining.
The proceedings contain 153 papers. The topics discussed include: transaction data management optimization based on multi-partitioning in blockchain systems;semi-asynchronous federated learning optimized for NON-IID d...
ISBN:
(纸本)9798350329223
The proceedings contain 153 papers. The topics discussed include: transaction data management optimization based on multi-partitioning in blockchain systems;semi-asynchronous federated learning optimized for NON-IID data communication based on tensor decomposition;HKTGNN: hierarchical knowledge transferable graph neural network-based supply chain risk assessment;DQR-TTS: semi-supervised text-to-speech synthesis with dynamic quantized representation;deep reinforcement learning-based network moving target defense in DPDK;iNUMAlloc: towards intelligent memory allocation for AI accelerators with NUMA;and predictive queue-based low latency congestion detection in data center networks.
Without any specialized receivers for extracting phase noise, we demonstrate a distributed acoustic sensor with phase noise compensation. 50 km sensing range is achieved using 100 kHz linewidth laser in EDFA free expe...
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In the booming field of quantum computing, Grover’s Algorithm emerges as a pivotal quantum search algorithm, theoretically capable of outperforming classical brute-force search methods by exploiting the principles of...
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The complexity inherent in managing cloud computingsystems calls for novel solutions that can effectively enforce high-level Service Level Objectives (SLOs) promptly. Unfortunately, most of the current SLO management...
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ISBN:
(纸本)9798350304817
The complexity inherent in managing cloud computingsystems calls for novel solutions that can effectively enforce high-level Service Level Objectives (SLOs) promptly. Unfortunately, most of the current SLO management solutions rely on reactive approaches, i.e., correcting SLO violations only after they have occurred. Further, the few methods that explore predictive techniques to prevent SLO violations focus solely on forecasting low-level system metrics, such as CPU and Memory utilization. Although valid in some cases, these metrics do not necessarily provide clear and actionable insights into application behavior. This paper presents a novel approach that directly predicts high-level SLOs using low-level system metrics. We target this goal by training and optimizing two state-of-the-art neural network models, a Short-Term Long Memory LSTM-, and a Transformer-based model. Our models provide actionable insights into application behavior by establishing proper connections between the evolution of low-level workload-related metrics and the high-level SLOs. We demonstrate our approach to selecting and preparing the data. We show in practice how to optimize LSTM and Transformer by targeting efficiency as a high-level SLO metric and performing a comparative analysis. We show how these models behave when the input workloads come from different distributions. Consequently, we demonstrate their ability to generalize in heterogeneous systems. Finally, we operationalize our two models by integrating them into the Polaris framework we have been developing to enable a performance-driven SLO-native approach to Cloud computing.
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