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IEEE 7th Global conference on Consumer Electronics (GCCE)

作者： Lee, Chao-Hsien Gen, Mao-Qun Natl Taipei Univ Technol Dept Elect Engn Taipei Taiwan

ISBN: (纸本)9781538663097

Daily exercise leads to better health. Hence, a lot of people keep running or walking habits. Thus, how to become successful runners without injuries is one urgent research issue. This paper shows one wearable smart shoes equipped with several types of sensors for long-term exercise monitoring. Not only the gait status but also the ground surface conditions, e. g., wet or rugged, and physiological signals, e. g., EMG, can be collected and analyzed simultaneously by the proposed smart shoes. Based on our experimental results, the proposed multi-sensor wearable smart shoes can have more than 80% accuracy in average.

关键词： Footwear Intelligent sensors Electromyography Foot biomedical monitoring Muscles

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Salicylic Acid (SA) detection using bi-enzyme microfluidic electrochemical sensor 15

Salicylic Acid (SA) detection using bi-enzyme microfluidic e...

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conference on smart biomedical and physiological sensor technology XV

作者： Kashyap, Bhuwan Kumar, Ratnesh Iowa State Univ Dept Elect & Comp Engn Ames IA 50010 USA

ISBN: (数字)9781510618367

ISBN: (纸本)9781510618367

Salicylic Acid (SA) is a phyto-hormone involved in the regulation of induced plant defense mechanisms, primarily against biotic stresses. Various methods have been reported for detecting SA. The electrochemical methods offer economical, portable, and accurate concentration measurement of bio-chemicals like SA. Electrochemical biosensors often require modification of the working electrode (WE) with specific materials to functionalize it with bio-molecules, needed for target analyte recognition. The proposed biosensor provides a unique methodology of selectively coating the inter-digital electrodes (IDE) and further applying the method to develop a biosensor to detect SA. The electrodes are fabricated using a novel deposition process termed as, Capillary action assisted deposition (CAAD) which consists of IDEs fabricated in the form of small finger-like channels connected to a wider main channel. The drop-casted sample automatically flows from the main channel into the fine fingers under the effect of capillary action. The sensor includes a 3-electrode system arranged in a 3-D geometry, forming an integrated microfluidic channel for analyte solution flow. The WE is selectively coated with, first, Graphene oxide (GO) and next, the bi-enzyme Salicylate Hydroxylase (SH) and Tyrosinase (TYR) recipe using the proposed CAAD process. The bi-enzyme exhibits selectivity towards SA and the proposed sensor shows the detection range of 0.5 mu m to 64 mu m. The electrochemical reactions are characterized by Chrono-amperometry (CA) and shows the sensitivity of 34.4 mu A cm(-2) per decade change in SA concentration (in mu m). To the best of our knowledge, the proposed bi-enzyme system in a microfluidic device for SA sensing is the first of its kind.7

关键词： Salicylic acid Phyto-hormone Electrochemical bi-enzyme microfluidic capillary action

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sEmoD: A Personalized Emotion Detection Using a smart Holistic Embedded IoT System

sEmoD: A Personalized Emotion Detection Using a Smart Holist...

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IEEE Annual International Computer Software and Applications conference (COMPSAC)

作者： Akm Jahangir Alam Majumder Tanner M. Mcwhorter Yezhou Ni Hanqing Nie Jacob Iarve Donald R Ucci Department of Electrical and Computer Engineering Miami University OH USA Division of Mathematics and Computer Science University of South Carolina Upstate SC USA

Scientific mental health crisis analysis through smart Internet of Things (IoT) system is able to provide an overall assessment of personalized emotion state. With recent advancements in IoT technology, we developed an embedded smart IoT system (sEmoD) for emotion detection. We designed and implemented a wearable Cyber-Human System (CHS) with a low power Bluetooth communication module to collect Body Area sensor's (BAS) data using a smartphone. This wearable IoT device is capable of collecting physiological data over an extended period of time. Experimentation and verification have been conducted on a group of test subjects with different test scenarios including a happy, depressed, stressed, and calm state of being. This study introduces the use of signal processing and machine learning techniques for sensor data analytics to detect a (potential) personalized mental health crisis. The proposed system, sEmoD, can distinguish between the different emotional crises events with a high degree of accuracy (~80%).

关键词： Temperature sensors Bluetooth Skin Monitoring biomedical monitoring Internet of Things Software

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Development of a smart Home-Based Package for Unobtrusive physiological Monitoring 40

Development of a Smart Home-Based Package for Unobtrusive Ph...

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40th Annual International conference of the IEEE-Engineering-in-Medicine-and-Biology-Society (EMBC)

作者： Armanfard, Narges Komeili, Majid Mihailidis, Alex Univ Toronto Univ Hlth Network Toronto ON Canada

ISBN: (纸本)9781538636466

Home-based programs have been shown to be effective in improving health conditions, patient self-management, quality of life, and health outcomes. However, there is mixed-evidence on the effectiveness of these programs due to limitations in the intervention tools that are used, primarily the burden that is placed on the user, especially among seniors. In this paper we developed a novel home-based package that measures critically important physiological information such that neither active compliance or interaction from the user is required. To this end, we embedded passive sensors (including load cells, electrodes, pulse sensor and color sensors) into common household items such as tiling, furniture and wall. The smart package measures subject's electrocardiogram (ECG), photoplethysmogram (PPG), ballistocardiogram (BCG), electromyogram (EMG) and imaging photoplethysmogram (IPPG). In contrast to the previous studies, the proposed package measures all the physiological information unobtrusively, simultaneously and in a synchronized manner such that all the data samples corresponding to different intervals of a specific cardiovascular cycle can be identified. Such information can be analyzed by a clinician or be used for a higher level information extraction such as beat-to-beat blood pressure estimation. In addition, the proposed package is the first and only home-based technology that can simultaneously and unobtrusively capture both mechanical and electrical characteristics of user's heart activities. This results in a more accurate home-based vital parameters monitoring.

关键词： Intelligent sensors Electrodes Foot biomedical monitoring Electrocardiography Electromyography

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sensoring: An Integrated Wearable System for Continuous Measurement of physiological Biomarkers

SensoRing: An Integrated Wearable System for Continuous Meas...

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IEEE International conference on Communications (ICC) / Workshop on Integrating UAVs into 5G

作者： Mahmud, Md Shaad Wang, Honggang Fang, Hua Univ Massachusetts Elect & Comp Engn Dartmouth NS 02747 Canada Univ Massachusetts Comp & Informat Sci Dartmouth MA USA

ISBN: (纸本)9781538631805

Advancements in miniaturized electronics and smart sensors combined with a broad platform of smart phones, big data, cloud service and wireless communication have not only empowered wearable technology, they have also increased users life expectancy. This is done through a range of applications including;tracking physical activity, personalized health care, and recommendations for enhancing user experience. However, the ability to measure one's emotional state using wearable biosensors in healthcare applications has been limited due to several challenges related to a lack in comfort, accuracy, reliability and low-power consumption. In this paper, we presented a novel wearable ring sensor for the continuous measurement of four SNS activities: Electrodermal activity (EDA), heart rate, skin temperature and locomotion. Detailed information is given regarding the development of the proposed ring sensor followed by a discussion of the evaluation that was done utilizing the biosensor on volunteers to gather data. Specifically, volunteers wore the ring sensor while being simultaneously monitored with real-time telemetry and while going through different emotional states. The experiment demonstrated accurate results, and data were collected from 43 participants of diverse age, body mass, height, and race. Additionally, to evaluate the performance of the developed ring sensor, we compared the results with a state-of-the-art open source device. This research aims to improve the worn biomedical sensor market, specifically when it comes to size and accuracy of worn sensors.

关键词： EDA GSR Heart Rate Stress Emotion Ring Drug Real-time Wearable

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Ambulatory sensor for the monitoring of the edema circumference in lower limbs

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sensorS AND ACTUATORS A-PHYSICAL 2018年 272卷 83-91页

作者： Gehin, C. Grenier, E. Chaigneau, C. Reinaudo, J. Claude, A. Massot, B. Montalibet, A. McAdams, E. T. Univ Lyon INSA Lyon CNRS INLUMR5270 F-69621 Villeurbanne France Sigvaris St Just St Rambert France

The monitoring of geometrical variations in segments of the human body is currently not widely used due to the lack of suitable devices. For lower limbs, for example, a simple measuring tape is generally used to periodically measure key dimensions. This measurement approach, and the associated lack of reproducibility, is not compatible with ambulatory monitoring and it is further recognized that precise, standardized reference points are required for the more meaningful monitoring of the lower leg. The paper presents the design and realization of a new sensor system dedicated to the measurement of geometrical variations in the lower limbs, enabling the ambulatory monitoring of leg edemic swelling during daily activity. The sensor is based on an inductive loop directly integrated into a textile band and connected to a miniaturized electronic system which sends, via wireless transmission, the perimeter value of the leg (assuming that its shape is circular) to a laptop and in the near future, to a mobile phone. The inductive loop has been modeled using Matlab to predict the inductance value and determine the necessary parameters of the electronic circuit. The portable, ambulatory device enables the measurement of perimeters ranging from 25 cm to 33 cm, with an accuracy of 0.3 cm. Stability of the sensor over the time is very good (3.4% of the full scale). Hysteresis occurs when the textile is stretched between two extreme values which can be minimized by regular calibration of the system. The presented results are significantly better than those currently obtained using the traditional measuring tape. (C) 2018 Elsevier B.V. All rights reserved.

关键词： Edema monitoring PSoC Ambulatory monitoring smart textile Non-invasive sensor

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2018 IEEE 15th International conference on Wearable and Implantable Body sensor Networks, BSN 2018

2018 IEEE 15th International Conference on Wearable and Impl...

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15th IEEE International conference on Wearable and Implantable Body sensor Networks, BSN 2018

ISBN: (纸本)9781538611098

The proceedings contain 55 papers. The topics discussed include: SSVEP recognition using discriminative score fusion and transformation for portable brain computer interface;phase-based cortico-cortical connectivity mapping in motor cortex of nonhuman primate;a wearable monitoring system for at-home stroke rehabilitation exercises: a preliminary study;activity and circadian rhythm of sepsis patients in the intensive care unit;crowdsourcing in biomedical research: tapping on the wisdom of crowds to improve the accuracy of mammography screening;spatially-resolved estimation of personal dosage of airborne particulates for ambulatory subjects using wearable sensors;severity classification of obstructive sleep apnea using only heart rate variability measures with an ensemble classifier;learning a physical activity classifier for a low-power embedded wrist-located device;integrated smart home system: detection of unseen wellness parameter in the activity of daily livings of an elderly for well-being monitoring and anomaly discovery;preliminary results on transthoracic bioimpedance measurements with a variety of electrode materials;intuitive visualization of multimodal physiological measurements for a confident interaction for p-health monitoring solutions;and autonomous gait speed estimation using 24GHz FMCW radar technology.

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A Study on the Development of Portable Wireless Multi-channel physiological Signal Measurement System

A Study on the Development of Portable Wireless Multi-channe...

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IEEE International conference on Awareness Science and technology

作者： Shing-Hong Liu Shao-Heng Lai Tai-Shen Huang Department of Computer Science and Information Engineering Chaoyang University of Technology Taichung Taiwan Department of Industrial Design Chaoyang University of Technology Taichung Taiwan

Multi-channel physiological signal measurement systems that are available at the moment are usually wired ones, such as the BioPack MP150 system. The latter, however, is known for its huge size, required connection to alternated current power, lack of an independent data storage unit, and lack of wireless transmission. This study aims to develop a portable wireless physiological signal measurement system that consists of 8 channels. With TI MSP430 F5438A at its microcontroller unit, it had a compact size, lithium battery to supply the needed power, Bluetooth 3.0 data transmission, and built-in 2G flash memory, and the signals were showed on a tablet, smart phone or a notebook computer concurrently. Meanwhile, it also supported the extra power supply, ±3V for the other measurement modules. Researcher could use a self-made sensor circuit, and combined with this system to do the ubiquitous healthcare studies.

关键词： Flash memories Current measurement smart phones biomedical monitoring Wireless communication Universal Serial Bus Wireless sensor networks

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Reconfigurable wearable to monitor physiological variables and movement 14

Reconfigurable wearable to monitor physiological variables a...

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conference on smart biomedical and physiological sensor technology XIV

作者： Romero, Francisco J. Morales, Diego P. Castillo, Encarnacion Garcia, Antonio Tahmassebi, Amirhessam Meyer-Baese, Anke Univ Granada Dept Elect & Comp Technol E-18071 Granada Spain Florida State Univ Dept Comp Sci Dirac Sci Lib 400 Tallahassee FL 32306 USA

ISBN: (纸本)9781510609334;9781510609341

This article presents a preliminary prototype of a wearable instrument for oxygen saturation and ECG monitoring. The proposed measuring system is based on the light reflection variability of a LED emission on the subject temple. Besides, the system has the capacity to incorporate electrodes to obtain ECG measurements. All measurements are stored and transmitted to a mobile device (tablet or smartphone) through a Bluetooth link.

关键词： Biometric monitoring heart rate oxygen saturation healthcare wearables

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Vibration Energy Harvester Driven Wearable biomedical Diagnostic System 13

Vibration Energy Harvester Driven Wearable Biomedical Diagno...

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13th Annual IEEE International conference on Nano/Micro Engineered and Molecular Systems (IEEE-NEMS)

作者： Balpande, Suresh S. Kalambe, Jayu Pande, Rajesh S. Shri Ramdeobaba Coll Engn & Management Dept Elect Engn Nagpur 440013 Maharashtra India

ISBN: (纸本)9781538652732

smart fabric technology (SFT) makes easier to monitor physiological parameters. smart Fabric technology or An electronic textile (e-textile) is prepared by incorporating wearable systems along with sensors deployed for body parameters which are used by doctors as markers to summarize health status. Such existing systems are battery driven and required cumbersome maintenance. It is the main cause for limited life span and lack of biocompatibility. These limitations are well addressed by proposing energy harvesting device (EHD) as an alternative to battery. It is basically an energy transduction mechanism in which vibration energy converted to useful electrical energy. This work focuses on low cost fabrication of EHD to make SFT self powered. The fabricated device is built out of polymer substrate, silver electrodes and zinc oxide as piezoelectric material. The devices have been characterized and found electric potential of 2.51Vpeak, 0.76Vrms whereas power was 12.61 mu Wpeak, and 1.18 mu Wrms for 500K Omega load at 53Hz peak resonant frequency. The power demand of commercially available cardiac sensor, adaptive pace maker, pulse oxymeter, sensor node demand power in the range of 1 mu W to 100 mu W. This reveals feasibility of energy harvester as an power source for SFT. Array of series and parallelly connected EHD can be deployed for fulfilling demand of integrated SFT.

关键词： e-Textiles biomedical sensing Energy harvesting device

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