Device-to-device (D2D) communication has been widely studied to improve network performance and been considered as a potential technological component for the nextgenerationcommunication. As Quality of Experience (Q...
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Technologically advanced, fully-digital ultrasonic wall-thickness measurement systems coupled with Internet of Things (IoT) back-haul data communication schemes, including cellular, are enabling transportable, accurat...
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Low-power technologies and communication protocols have enabled pervasive monitoring and the Internet of Things (IoT) for diverse applications. Yet, many wide-reaching use-cases such as shipping and industrial IoT (II...
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ISBN:
(纸本)9781538611043
Low-power technologies and communication protocols have enabled pervasive monitoring and the Internet of Things (IoT) for diverse applications. Yet, many wide-reaching use-cases such as shipping and industrial IoT (IIoT) demand next-generation energy-efficiency for wireless sensornetworks (WSNs). The enormous growth requirements in this and related fields are not easily met by current state-of-the-art prototypes and comparisons are nontrivial among dozens of differentiating characteristics and impact factors. This work ideates a lightweight densely-scalable network of sensor nodes that must survive on a coin-cell battery for 15 days minimum, sending minute-to-minute alerts for remote analytics and control. This end-to-end solution enables status tracking throughout the shipping lifecycle with a quick-deploy WSN to detect damage/theft in near-real-time. This work contributes a scalable WSN (1) communication protocol, (2) software development kit, and (3) reference hardware. This full-stack system offers a self-configuring, customizable WSN for low-duty-cycle pervasive monitoring in a small, low-cost form factor.
Armed forces are one of the most integral part of any country. Being in one of the most hostile and critical environment they constantly face both mental and physical challenges. Those soldiers are always at risk and ...
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Armed forces are one of the most integral part of any country. Being in one of the most hostile and critical environment they constantly face both mental and physical challenges. Those soldiers are always at risk and when met with an unfortunate incident, they remain isolated from instantaneous medical help. In these situations, it is essential to monitor and track each individual in real-time so that it can be concluded from the accumulated data as which individual requires immediate medical help and which one performs exceptionally well that can be considered a preferred candidate for the up-coming specific missions. In this paper, we present the system of an embedded nextgeneration tactical suit designed for monitoring health statistics/analytics of an armed personnel. The suit has an onboard integrated CPU that extracts data from multiple sensors and send this information using LoRaWAN (Long Range Wide Area Network) technology. This information is recorded into the database, according to each suit and can be viewed in real-time or with respective to each individual. The paper also discusses the advantages of using LoRa and describes the system architecture and the working of the suit.
The proceedings contain 24 papers. The topics discussed include: compact magneto-inductive coil antenna design for underwater communications;entropy minimization based synchronization algorithm for underwater acoustic...
ISBN:
(纸本)9781450355612
The proceedings contain 24 papers. The topics discussed include: compact magneto-inductive coil antenna design for underwater communications;entropy minimization based synchronization algorithm for underwater acoustic receivers;matched-field source localization using sparsely-coded neural network and data-model mixed training;estimation of the under-ice acoustic field in AUV communicationnetworks;path gain characterization of shallow water acoustic channel: a geometry based approach;matched field source localization as a multiple hypothesis tracking problem;measurement of a space-time noise mitigation technique light;addressing triple hidden terminal problems for multi-channel transmission in underwater sensornetworks;learning to communicate underwater an exploration of limited mobility agents in underwater acoustic sensornetworks;aqua-SIM nextgeneration: an NS-3 based underwater sensor network simulator;6multimodal underwater networks: recent advances and a look ahead;performance of the combined free/demand assignment multiple access protocol for underwater networks;the barrow strait real time observatory: under-ice monitoring in the Canadian high arctic;full reconfiguration of underwater acoustic networks through low-level physical layer access;eco-friendly underwater acoustic communications: channel availability prediction for avoiding interfering marine mammals;detecting abnormal speed of marine robots using controlled Lagrangian particle tracking methods;and securing underwater communications: key agreement based on fully hashed MQV.
The proceedings contain 21 papers. The topics discussed include: Flexnets: evaluating flexibility in softwarized communicationnetworks;impact of dimming and aperture on the optical wireless performance in public stre...
ISBN:
(纸本)9789531842235
The proceedings contain 21 papers. The topics discussed include: Flexnets: evaluating flexibility in softwarized communicationnetworks;impact of dimming and aperture on the optical wireless performance in public street lighting;analysis of ICT-based assistive solutions for people with disabilities;real-time wireless UWB sensor network for person monitoring;the future of optical interconnects for data centers: a review of technology trends;an efficient receiver architecture for burst reception at very low SNR;ICT-assisted personalized therapy and rehabilitation in urinary incontinence;a cross-comparison between TCP and AQM algorithms: which is the best couple for congestion control?;a dynamic data routing solution for opportunistic networks;QoE maximizing bitrate control for live video streaming on a mobile uplink;toward information-centric software-defined cellular networks;reducing cellular networks power consumption: the role of resource pooling and cooperation;requirements for the nextgeneration public warning and alert system for Austria;international forest firefighting concepts based on aerial support strategies;applying the binary classification methods for discovering the best friends on an online social network;and an approach to user interactions with lot-enabled spaces.
Forest fires are occurring throughout the year with an increasing intensity in the summer and autumn periods. These events are mainly caused by the actions of humans, but different nature and environmental phenomena, ...
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ISBN:
(纸本)9781538677124
Forest fires are occurring throughout the year with an increasing intensity in the summer and autumn periods. These events are mainly caused by the actions of humans, but different nature and environmental phenomena, like lightning strikes or spontaneous combustion of dried leafs or sawdust, can also be credited for their occurrence. Regardless of the reasons for the ignition of the forest fires, they usually cause devastating damage to both nature and humans. Forest fires are also considered as a main contributor to the air pollution, due to the fact that during every fire huge amounts of gases and particle mater are released in the atmosphere. To fight forest fires, different solutions were employed throughout the years. They ware primary aimed at the early detection of the fires. The simplest of these solutions is the establishment of a network of observation posts - both cheap and easy to accomplish, but also time-consuming for the involved people. The constant evolution of the information and communication technologies has led to the introduction of a new generation of solutions for early detection and even prevention of forest fires. ICT-based networks of cameras and sensors and even satellite-based solutions were developed and used in the last decades. These solutions have greatly decreased the direct involvement of humans in the forest fire detection process, but have also proven to be expensive and hard to maintain. In this paper we will discuss and present two different emerging solutions for early detection of forest fires. The first of these solutions involves the use of unmanned aerial vehicles (UAVs) with specialized cameras. Several different scenarios for the possible use of the drones for forest fire detection will be presented and analysed, including a solution with the use of a combination between a fixed-wind and a rotary-wing UAVs. In the next chapter of the paper, we will present and discuss the possibilities for development of systems for earl
The proceedings contain 45 papers. The topics discussed include: mesh-based internet on the baltic sea for improving e-navigation services. a case study;virtual assistants and self-driving cars: to what extent is arti...
ISBN:
(纸本)9781509052752
The proceedings contain 45 papers. The topics discussed include: mesh-based internet on the baltic sea for improving e-navigation services. a case study;virtual assistants and self-driving cars: to what extent is artificial intelligence needed in next-generation autonomous vehicles?;a multi-level cooperative perception scheme for autonomous vehicles;how many vehicles in the LTE-V2V awareness range with half or full duplex radios?;sum-rate based relay selection with feedback delay for a multiple half-full-duplex two-way relaying;sensor-based communication prediction for dynamic Doppler-shift compensation;and adaptive beaconing for safety enhancement in vehicular networks.
Nano computation and communication research examines minuscule devices like sensor nodes or robots. Over the last decade, it has attracted attention from many different perspectives, including material sciences, biome...
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The proceedings contain 72 papers. The special focus in this conference is on Computer, communication and Computational Sciences. The topics include: Biogeography-based optimization for cluster analysis;a roadmap to i...
ISBN:
(纸本)9789811037696
The proceedings contain 72 papers. The special focus in this conference is on Computer, communication and Computational Sciences. The topics include: Biogeography-based optimization for cluster analysis;a roadmap to identify complexity metrics for measuring usability of component-based software system;smart bike sharing system to make the city even smarter;effects of mean metric value over CK metrics distribution towards improved software fault predictions;feedforward and feedbackward approach-based estimation model for agile software development;investigation of effectiveness of simple thresholding for accurate yawn detection;a survey to structure of directories in file system;vectorizable design and implementation of matrix multiplication on vector processor;construction of test cases for electronic controllers based on timed automata;performance enhancement of an e-shaped microstrip patch antenna loaded with metamaterial;narrow channel multiple frequency microstrip antenna with slits;an analysis of resolution of deadlock in mobile agent system through different techniques;robustness analysis of buffer-based routing algorithms in wireless mesh network;the security challenges and opportunities of new network under the hybrid cloud environment;a linguistic rule-based approach for aspect-level sentiment analysis of movie reviews;implementation and statistical comparison of different edge detection techniques;resource factor-based leader election for ring networks;a literature survey on detection and prevention against vampire attack in WSN;node mobility issues in underwater wireless sensor network;a timestamp-based strong designated verifier signature scheme for next-generation network security services and remote fuel measurement.
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