The technological development of the last few years has made a contribution to the form of the work. The tendency to development of work environmental with features that are like those in real life has gone mainstream...
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We study the Traveling Salesman Problem (TSP) in the Congested Clique Model (CCM) of distributedcomputing. We present a deterministic distributed algorithm that computes a tour for the TSP using O(1) rounds and O(m) ...
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ISBN:
(数字)9798350369441
ISBN:
(纸本)9798350369458
We study the Traveling Salesman Problem (TSP) in the Congested Clique Model (CCM) of distributedcomputing. We present a deterministic distributed algorithm that computes a tour for the TSP using O(1) rounds and O(m) messages for a given undirected weighted complete graph of n nodes and m edges with an approximation factor 2 of the optimal. The TSP has wide applications in logistics, planning, manufacturing and testing microchips, DNA sequencing etc., and we claim that our proposed O(1)-rounds approximation algorithm to the TSP, which is fast and efficient, can also be used to minimize the energy consumption in Wireless sensor Networks.
Recent advances in unsupervised feature learning and deep learning methodologies have shown that training large models may significantly improve performance. This research study reviews the topic of training a deep ne...
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The coordinated control of multi-robot systems is a hot research topic in robot control in recent years. This paper mainly focuses on the coordinated control of multi-robot pursuit and evasion task, and analyzes the m...
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A DCS (distributed Control System) allows the integration of equipment from different brands to implement automation tasks. This work develops and implements a multi-purpose DCS for academic purposes that integrates S...
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Internet of Things (IoT) is a life changing technology which is build on various devices which are connected to the Internet. Wireless sensor nodes (WSN) is one of such devices which plays a major role in deploying Io...
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Studying distributedsystems (DS) is important. They are used in many computer systems such as Internet of Things (IoT), Wireless sensor Networks (WSN), Cyber-Physical systems (CPS). Conducting research studies on DS ...
Studying distributedsystems (DS) is important. They are used in many computer systems such as Internet of Things (IoT), Wireless sensor Networks (WSN), Cyber-Physical systems (CPS). Conducting research studies on DS is possible with simulation. However, depending on the research context, having access to the proper simulator is challenging. Existing simulation frameworks can be complex and not suitable to study DS outside of commonly seen contexts, such as systems deployed in constrained environments. Often, authors from state of the art rely on building their own simulator. This is a time consuming, delicate and dangerous approach, especially when such simulators are not *** paper presents the Extensible Simulator for distributedsystems (ESDS) in the context of systems deployed in constrained environments. In our case, the Arctic Tundra. This simulation framework is simple to use and suitable for the study of DS. The architecture of the simulation framework is detailed at a fine grain level. Results show that, ESDS can be used to conduct energy consumption and network performance studies of distributedsystems such as CPS.
Large-scale wireless sensor networks have become an invaluable tool for dense spatiotemporal modeling of urban air pollution. When coupled with complex nonlinear regression schemes, they become an unparalleled tool ca...
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ISBN:
(数字)9781665483568
ISBN:
(纸本)9781665483568
Large-scale wireless sensor networks have become an invaluable tool for dense spatiotemporal modeling of urban air pollution. When coupled with complex nonlinear regression schemes, they become an unparalleled tool capable of dynamic, autonomous sensor calibration as well as completely latent parametric inference. In this work we present T-3 : The Tiny Time-Series Transformer, a hard-shared multi-target deep neural network based on the Transformer Encoder architecture and designed for multivariate realtime inference at the edge of large-scale environmental sensor networks. We demonstrate our approach by deploying T-3 to an active pollution monitoring network, where it is tasked with the multi-target output of calibrated particulate matter and temperature, as well as the latent inference of tropospheric ozone, using fused time-series measurements from the onboard sensors as input. We show that T-3 greatly outperforms classical linear regression techniques while matching accuracy of current state-of-the-art nonlinear regression architectures at a fraction of the footprint size.
In the present world, wireless sensor network-enabled network control system is performing a significant role in science, technology, and our day-to-day life. The Network control system in wireless sensor network has ...
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In ieee 802.1Q with Time-Sensitive Networking (TSN) extension, the timing constraint is enforced by providing deterministic transmission policies when both Real-Time (RT) and Non-Real-Time (NRT) streams are transmitte...
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