• Title, Summary, Keyword: Smart patient

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Session Information Transfer Protocol for Exercise between Smart Posters for the Patient's Active Movements (환자의 적극적 이동을 유도하기 위한 스마트 포스터간 운동세션정보 전송프로토콜)

  • Lee, Byung Mun
    • Journal of Korea Multimedia Society
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    • v.20 no.8
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    • pp.1439-1446
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    • 2017
  • Steady exercise or walking exercise is helpful for the treatment of chronic diseases or cancers. In this paper, I presented a smart poster to enable the patients to exercise while moving between the smart posters, dynamically, in order to provide better exercise effect to them. It can be a new form of exercise prescription that combines exercise with walking using smart posters. The personalized exercise prescription is downloaded from the management server in real time when the patient approaches, and induces the patient's exercise and walking. In addition, the smart poster helps patient to move to other posters in order to induce more walking exercise. To achieve this, I proposed a transfer protocol that autonomously exchanges session information between smart posters in this paper. Moreover, the smart poster based on Raspberry was implemented to verify validity of this protocol, and an experiment was conducted to measure the request and response time between smart posters in the implemented environment. In the experiment, when the other poster sent the message requesting the exercise session 100 times and received the response message, the 95 percentage of received messages had the response time within 0.05 seconds.

Chronic Disease Management using Smart Mobile Device (스마트 모바일 기기를 이용한 만성질환 관리)

  • Kim, Gui-Jung;Han, Jung-Soo
    • Journal of Digital Convergence
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    • v.12 no.4
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    • pp.335-342
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    • 2014
  • According to the recent trends in the growing elderly population, the chronically ill have increased. Thus the importance of the health care issues for them has emerged. In this paper, we want to implement a chronic disease management system using smart mobile devices. Proposed chronic disease management system is consisted of the biometric sensor, smart mobile devices, the patient management server, patient management DB, and patient symptoms analysis agent. The biometric sensor detects a biological information. Smart mobile devices receive the patient information from the sensor and transmit the information to the patient management server. The patient management server, patient management DB, and patient symptoms agent analysis agent analyze to process data delivered through a wireless communication network. Bio-signals includes modules of ECG, blood pressure, blood sugar and PPG. We are able to determine the current health status by monitoring measured biometric data through chronically ill health management system. We will focus on the individual service to be appropriate for a patient group in a mobile environment.

Implementation of the Smart Emergency Medical System (스마트 응급의료 시스템 구현)

  • Park, Hong-Jin
    • Journal of Advanced Navigation Technology
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    • v.15 no.4
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    • pp.646-654
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    • 2011
  • Recently, the task in which the number of people of the emergency medical technician whom it boards the ambulance is unreasonably insufficient and in which the fire fighter one person gets in the ambulance and which transfers the patient comes into question often. When the emergency patient is generated, it has to transfer to the special hospital in which above anything else, the measure which is quick and exact is needed and where there is the medical device which is suitable for particularly, the patient. This paper implementations the emergency medical system by the smart phone. The implemented system monitors the heart beat of the patient the monitoring among the patient transport with the real-time type. It can grasp the medical history information of the patient, and etc. in the past. And the system provides the emergency hospital which the patient requires and the pre-hospital phase provides the environment in which the disposition which is quick and efficient is possible to the emergency patient.

A Distributed Coexistence Mitigation Scheme for IoT-Based Smart Medical Systems

  • Kim, BeomSeok
    • Journal of Information Processing Systems
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    • v.13 no.6
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    • pp.1602-1612
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    • 2017
  • Since rapidly disseminating of Internet of Things (IoT) as the new communication paradigm, a number of studies for various applications is being carried out. Especially, interest in the smart medical system is rising. In the smart medical system, a number of medical devices are distributed in popular area such as station and medical center, and this high density of medical device distribution can cause serious performance degradation of communication, referred to as the coexistence problem. When coexistence problem occurs in smart medical system, reliable transmitting of patient's biological information may not be guaranteed and patient's life can be jeopardized. Therefore, coexistence problem in smart medical system should be resolved. In this paper, we propose a distributed coexistence mitigation scheme for IoT-based smart medical system which can dynamically avoid interference in coexistence situation and can guarantee reliable communication. To evaluate the performance of the proposed scheme, we perform extensive simulations by comparing with IEEE 802.15.4 MAC protocol which is a traditional low-power communication technology.

Emergency Support System using Smart Device (스마트 기기를 활용한 응급 지원 시스템)

  • Jeong, Pil-seong;Cho, Yang-hyun
    • Journal of the Korea Institute of Information and Communication Engineering
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    • v.20 no.9
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    • pp.1791-1798
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    • 2016
  • Recently, research about ESS(Emergency Support System) has been actively carried out to provide a variety of medical services using smart devices and wearable devices. Smart healthcare provides a personalized health care service using various types of bio-signal measuring sensors and smart devices. For the smart healthcare using a smart device, it is need to research about personal health monitoring using a smart wearable devices, and also need to research on service methods for first aid measures after an emergency. In this paper, we proposed about group management based emergency support system, that is monitoring about personal bio signal using smart devices and wearable devices to protect patient's life. The system notices to the medical volunteers based on the position information when an emergency situation. In addition, we have designed and implemented an emergency support system providing the information of the patient on the display when transmitting a picture of a patient using a smart device to the server.

Smart Service Model for Dementia Patients in Android Platform (안드로이드 플랫폼에서 치매환자를 위한 스마트 서비스 모델)

  • Cho, Young-bok;Woo, Sung-Hee;Lee, Sang-Ho;Lee, Young-Sung
    • Proceedings of the Korean Institute of Information and Commucation Sciences Conference
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    • pp.711-714
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    • 2014
  • Recently, the our country has a geriatric dementia patients with poor social welfare policies for the State because it's got a patient exodus and disappearance increases and can cause serious problems socially. The dissemination and the development of communication technologies and smart devices with mobile applications in the diagnosis of dementia through mobile devices and applications, interactions, the Inspector, on behalf of the dementia self-diagnostics, with the possibility of that feature will be able to meet. Therefore, the dissemination of the use of the EEG analysis of patient in the hatch every smart phones use the law hatch proposes a service model for every patient. Proposed dissertation smart service model on the Android platform and identify the symptoms of dementia patients around as a reminder to the patient can be easily managed.

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Smart syringe pumps for drug infusion during dental intravenous sedation

  • Seo, Kwang-Suk;Lee, Kiyoung
    • Journal of Dental Anesthesia and Pain Medicine
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    • v.16 no.3
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    • pp.165-173
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    • 2016
  • Dentists often sedate patients in order to reduce their dental phobia and stress during dental treatment. Sedatives are administered through various routes such as oral, inhalation, and intravenous routes. Intravenous administration has the advantage of rapid onset of action, predictable duration of action, and easy titration. Typically, midazolam, propofol or dexmedetomidine are used as intravenous sedatives. Administration of these sedatives via infusion by using a syringe pump is more effective and successful than infusing them as a bolus. However, during intravenous infusion of sedatives or opioids using a syringe pump, fatal accidents may occur due to the clinician's carelessness. To prevent such risks, smart syringe pumps have been introduced clinically. They allow clinicians to perform effective sedation by using a computer to control the dose of the drug being infused. To ensure patient safety, various alarm features along with a drug library, which provides drug information and prevents excessive infusion by limiting the dose, have been added to smart pumps. In addition, programmed infusion systems and target-controlled infusion systems have also been developed to enable effective administration of sedatives. Patient-controlled infusion, which allows a patient to control his/her level of sedation through self-infusion, has also been developed. Safer and more successful sedation may be achieved by fully utilizing these new features of the smart pump.

Implementation of ISO/IEEE 11073-10404 Monitoring System Based on U-Health Service (유헬스 서비스 기반의 ISO/IEEE 11073-10404 모니터링 시스템 구현)

  • Kim, Kyoung-Mok
    • Journal of Advanced Navigation Technology
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    • v.18 no.6
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    • pp.625-632
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    • 2014
  • The u-health service is using portable device such as smart device and it consists of small computing device. The u-health service carry out same performance with desktop computer. We designed message structure based on Bluetooth HDP. This message structure is used to transmit patient's biometric data on the smart device of medical team, patient and family over the mobile network environment. ISO/IEEE 11073 PHD standard was defined based on the method of communication between the agent and the manager. And We are confirmed the reliable transmission of biometric data at the smart device by implementing the android OS based patient information monitoring application to check the status of patient for medical team, patient and family.

Smart Remote Rehabilitation System Based on the Measurement of Heart Rate from ECG Sensor and Kinect Motion-Recognition (키넥트 모션인식과 ECG센서의 심박수 측정을 기반한 스마트 원격 재활운동 시스템)

  • Kim, Jong-Jin;Gwon, Seong-Ju;Lee, Young-Sook;Chung, Wan-Young
    • Journal of Sensor Science and Technology
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    • v.24 no.1
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    • pp.69-77
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    • 2015
  • The Microsoft Kinect is a motion sensing input device which is widely used for many motion recognition applications such as fitness, sports, and rehabilitation. Until now, most of remote rehabilitation systems with the Microsoft Kinect have allowed the user or patient to do rehabilitation or fitness by following the motion of a video screen. However in this paper we propose a smart remote rehabilitation system with the Microsoft Kinect motion sensor and a wearable ECG sensor which can allow patients to offer monitoring of the individual's performance and personalized feedback on rehabilitation exercises. The proposed noble smart remote rehabilitation is able to monitor and measure the state of the patient's condition during rehabilitation exercise, and transmits it to the prescriber. This system can give feedback to a prescriber, a doctor and a patient for improving and recovering motor performance. Thus, the efficient rehabilitation training service can be provided to patient in response to changes of patient's condition during exercise.

Design and Implementation of Identifying and Requesting Rescue System for Emergency Patient Using Smartphones (스마트폰을 이용한 응급환자 인식 및 구조요청 시스템설계 및 구현)

  • Hwang, Yong-Ha;Kim, Jin-Mo;NamgGung, Wu-Jin;Kim, yong-Seok
    • Journal of Industrial Technology
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    • v.32 no.A
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    • pp.15-20
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    • 2012
  • For emergency patients as heart disease, fast treatment is very important. This paper describes a smart phone software to detect emergency circumstance and request rescue. Detection of emergency condition of heart disease patients is based on physical motion and biological heart signals as electrocardiogram. Most smart phones have three axis acceleration sensor. On emergency condition, patients remain stationary. Thus the software detect stationary condition by using acceleration sensor data. For more precise detection, it combines electrocardiogram of patients. To request rescue, it sends help messages to designated persons. In addition, it generates emergency sound to surrounding people and plays a video of emergency measure that any person on the place can help the patient temporarily.

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