Operating systems (OS), as a core course in Computer Science, is given much attention by all universities all over the world. Labs are the most important part of the course, and universities apply different solutions ...
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the advent of edge computing has revolutionized data processing by bringing it closer to its origin, thereby minimizing latency, conserving bandwidth, and empowering real-time decision-making capabilities. However, th...
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the research aims to improve cloud computing efficiency using fog computing by optimising parameters such as response time and network utilisation. It also focuses on integrating Latency-Aware Modules into healthcare ...
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Even though data is continually being produced by a wide range of services, harnessing this data in an effective manner at different levels of abstraction is challenging. In this vision paper, we consider how data str...
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ISBN:
(纸本)9798400704437
Even though data is continually being produced by a wide range of services, harnessing this data in an effective manner at different levels of abstraction is challenging. In this vision paper, we consider how data streams representing real-world observations produced by geographically-distributed Internet of things (IoT) devices can be used to adaptively fulfill a user's information needs. To solve this information need in a generic fashion, it is up to the underlying system to configure itself, split up processing across available resources, discover data sources, integrate available data, deal with uncertainty, integrate domain knowledge, etc. this is an interdisciplinary problem, and while many fields have considered the subproblems involved, this challenge requires a novel and integrated approach when these subproblems are put together. We propose Resource-Intelligent Stream Reasoning as an overarching solution to tackle this interdisciplinary problem. We define a novel set of challenges that capture the need for an integrated approach, show the limitations in the the current state-of-the-art and define the future directions in order to realize Resource-Intelligent Stream Reasoning.
the proceedings contain 96 papers. the topics discussed include: simulation analysis of binary antenna radiation field mathematical model of instrument landing system;quantum algorithm for regularized spectral cluster...
ISBN:
(纸本)9781450398411
the proceedings contain 96 papers. the topics discussed include: simulation analysis of binary antenna radiation field mathematical model of instrument landing system;quantum algorithm for regularized spectral clustering;parallel simulation of lid-driven flow with internal square obstacle;multi-missile path planning algorithm based on reinforcement learning;maximizing network reliability in large scale infrastructure networks: a heat conduction model perspective;a pipeline and a graph-based model for paragraph extraction: take the insurance document as an example;an improved bare bone multi-objective particle swarm optimization algorithm for solving stochastic wind-solar-small hydro power dispatch problems;distant supervision relation extraction of combination bag with hierarchical attention;multi-factor quantitative investment tactic design based on support vector machine;unexpectedly useful: convergence bounds and real-world distributed learning;stochastic compositional kernel estimation for Gaussian process models;and ensemble two stage machine learning for network abnormal detection.
this paper presents a novel approach for landing an autonomous quadcopter using reinforcement learning (RL) in the AirSim simulation environment running on Unreal Engine. the complicated dynamics and unpredictability ...
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Quantum interconnects (QuICs), which connect multiple quantum devices to build distributed quantum systems, are essential for large-scale quantum information processing. While various software tools have been develope...
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ISBN:
(纸本)9798400707551
Quantum interconnects (QuICs), which connect multiple quantum devices to build distributed quantum systems, are essential for large-scale quantum information processing. While various software tools have been developed to analyze quantum programs running on QuICs, there are very few frameworks for formal reasoning about them on actual quantum devices. the lack of such tools may make distributedsystems unreliable because of the complicated behavior of concurrent quantum processes and the physical constraints of quantum devices. this paper discusses the need for an infrastructure, including a distributed quantum programming language, to realize reliable distributed quantum computing.
Due to the limitations of clock synchronization technology and non-ideal clocks of the sensors, it is not feasible to achieve precise clock synchronization for distributed multiple-input multiple-output (MIMO) radar s...
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In current years, part cloud computingsystems have received huge adoption because of their capability to provide low latency and high bandwidth offerings to users. however, one of the primary challenges in these stru...
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In the current educational landscape, the transition towards digitalization has become crucial. However, the manual entry of data from traditional physical marksheets into digital systems remains a significant bottlen...
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