480 research outputs found

    DESIGN AND PERFORMANCE OF DRIVER SLEEPINESS VIGILANT SCHEME USING IOT

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    The quick use web and also application, along with enhancement of a professional sensing unit for Driver health care, Internet of Things (IoT), has actually obtained boosting acknowledgment. IoT is the standard of connection, a sensing unit connected to the ingrained system. All sensing unit as well as gadget pertaining to each so transmission and also interaction amongst the only sensing units wind up conveniently. In the medical care gadget, the professional documents are delicate in nature so without thinking of safety and security as well as personal privacy wears. Cloud computer is one of the most important standards in IT-health. All the clinical realities of the impacted individual along with the clinical physician as well as impacted individual non-public info conserved in a close-by setting along with cloud so on every celebration it desired the data may be convenient offered. Client clinical data is conserved within the system along with cloud, so harmful strike and also unwanted solve of entrance to could additionally in addition create a damaging to impacted individual physical fitness. Safety and security is most vital and also essential component of health care. The obtain entrance to adjust plan is largely based entirely on the right to accessibility of medical stats and also opportunity to a licensed entity that's ideal away as well as indirectly related to the damaged male or female wellness

    DESIGN AND IMPLEMENTATION OF WIRELESS SENSING HEALTH CARE SYSTEM USING IOT TECHNOLOGY

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    The fast use internet as well as application, along with enhancement of a scientific sensing unit for health care bundles, Internet of Things (IoT), has actually gotten boosting acknowledgment. IoT is the standard of connection, a sensing unit connected to the ingrained system. All sensing unit and also tool pertaining to every various other so transmission and also interaction amongst the only sensing units wind up conveniently. In the medical care gadget, the professional documents are delicate in nature so without considering security and also personal privacy wears. Cloud computer is one of the most important standards in IT-health. All the clinical realities of the impacted individual along with the clinical physician as well as influenced individual non-public info conserved in a close-by setting along with cloud, so on every celebration it desired the stats may be helpful readily available. Person clinical stats is conserved within the system in addition to cloud, so destructive strike and also unwanted solve of access to can likewise furthermore create a hazardous to influenced individual health and fitness. Protection is most essential and also essential component of health care. The obtain entrance to control plan is largely based entirely on the right to gain access to of scientific data as well as opportunity to an accredited entity that's appropriate away as well as indirectly related to the damaged male or female wellness

    PRIVATE AND SECURED MEDICAL DATA TRANSMISSION AND ANALYSIS FOR WIRELESS SENSING HEALTH CARE SYSTEM

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    The rapid use of net and implementation, further to the improvement of a scientific sensor for healthcare packages, Internet of Things (IoT), has obtained raising popularity. IoT is the paradigm of connectivity, a sensor connected to the embedded machine. All sensor and device associated with every distinct so transmission and communication some of the handiness’s sensors end up without problem. In the healthcare tool, the scientific records are touchy in nature so without considering safety and privateness is worthless. Cloud computing is the maximum essential paradigm in IT-fitness. All the scientific information of the affected character in addition to the medical doctor and affected individual personal facts stored in a close-by mode further to cloud, so every time it desired the statistics is probably available. Patient medical facts is saved within the gadget further to cloud, so malicious attack and unwanted get right of access to can also moreover reason a harmful to affected individual health. Security is the most vital and essential part of healthcare. The get access to control policy is primarily based totally on the proper to get admission to of clinical facts and privilege to a certified entity it's proper away and in a roundabout manner related to the affected character health

    Design And Alerting Of Health Monitoring In Emergency Cases With Technology

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    The quick use of internet and also execution, likewise to renovation of a scientific sensor for healthcare plans, Internet of Things (IoT), has obtained elevating appeal. IoT is the paradigm of connectivity, a sensor connected to the ingrained device. All sensor and also device related to every other so transmission and also communication among the handiest's sensing units grow to be effortlessly. In the healthcare device, the scientific stats are touchy in nature so without considering protection and privateness is nugatory. Cloud computer is the most vital standard in IT-fitness. All the scientific data of the impacted individual along with the clinical wellness specialist and influenced male or lady non-public data conserved in a nearby mode along with cloud, so every time it preferred the details is probably on hand to be had. Individual clinical truths are saved in the system along with cloud, so destructive assault and also undesirable obtain appropriate of access to can likewise in addition purpose a hazardous to impacted person health. Security is most essential and also crucial a part of health care. The obtain access to regulate plan is based totally on the correct to get right of entry to of medical records as well as benefit to a licensed entity that appertains away and circuitously connected with the afflicted personality health and fitness

    ELEGANT BODILY CIRCUMSTANCE AUDITING SYSTEM ASSOCIATED WITH INTERNET OF THINGS

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    The rapid use of net and implementation, in addition to improvement of a clinical sensor for healthcare packages, Internet of Things (IoT), has received elevating recognition. IoT is the paradigm of connectivity, a sensor linked to the embedded system. All sensor and device related to every other so transmission and communication among the only's sensors end up easily. In the healthcare device, the clinical records are sensitive in nature so without thinking about safety and privacy is worthless. Cloud computing is the most crucial paradigm in IT-health. All the scientific facts of the affected person in addition to the medical doctor and affected person non-public information saved in a nearby mode in addition to cloud, so on every occasion it wanted the statistics might be handy available. Patient medical statistics is saved within the system as well as cloud, so malicious attack and undesirable get right of entry to can also moreover cause a harmful to affected person fitness. Security is most crucial and crucial part of healthcare. The get entry to manipulate policy is primarily based totally on the right to access of clinical statistics and privilege to an authorized entity that's right away and indirectly associated with the affected man or woman health

    The Four-C Framework for High Capacity Ultra-Low Latency in 5G Networks: A Review

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    Network latency will be a critical performance metric for the Fifth Generation (5G) networks expected to be fully rolled out in 2020 through the IMT-2020 project. The multi-user multiple-input multiple-output (MU-MIMO) technology is a key enabler for the 5G massive connectivity criterion, especially from the massive densification perspective. Naturally, it appears that 5G MU-MIMO will face a daunting task to achieve an end-to-end 1 ms ultra-low latency budget if traditional network set-ups criteria are strictly adhered to. Moreover, 5G latency will have added dimensions of scalability and flexibility compared to prior existing deployed technologies. The scalability dimension caters for meeting rapid demand as new applications evolve. While flexibility complements the scalability dimension by investigating novel non-stacked protocol architecture. The goal of this review paper is to deploy ultra-low latency reduction framework for 5G communications considering flexibility and scalability. The Four (4) C framework consisting of cost, complexity, cross-layer and computing is hereby analyzed and discussed. The Four (4) C framework discusses several emerging new technologies of software defined network (SDN), network function virtualization (NFV) and fog networking. This review paper will contribute significantly towards the future implementation of flexible and high capacity ultra-low latency 5G communications

    Anonymity handling and sensor object modeling for pervasive environments using VISA processing

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    Pervasive computing devices are configured for anywhere at any time services to adapt the changes in the dynamic environment with respect to the user mobility.The paper proposes a salient model for a log based anonymity handling in pervasive networks.The model defines a resource registry and sensor object modeling.Associability between the nodes are configured with an allied user interface in the environment.Resource registry refers to a record of information about the sensor nodes.A log book is maintained to keep track of the service discovery issues.New device enquiry, registration and adaption are major issues in such pervasive devices.These issues lead to unacknowledged communication that causes anonymity.This paper defines and discusses the presence of anonymity in pervasive environments due to aforementioned issues

    Survey of context provisioning middleware

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    In the scope of ubiquitous computing, one of the key issues is the awareness of context, which includes diverse aspects of the user's situation including his activities, physical surroundings, location, emotions and social relations, device and network characteristics and their interaction with each other. This contextual knowledge is typically acquired from physical, virtual or logical sensors. To overcome problems of heterogeneity and hide complexity, a significant number of middleware approaches have been proposed for systematic and coherent access to manifold context parameters. These frameworks deal particularly with context representation, context management and reasoning, i.e. deriving abstract knowledge from raw sensor data. This article surveys not only related work in these three categories but also the required evaluation principles. © 2009-2012 IEEE
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