Introduction to Smart Portable

This paper presents an IoT based model “Smart Portable Intensive Care Unit” for real-time patient monitoring with an additional feature of drug delivery from the remote location.

The development of the three major technologies of mobile Internet, smart portable terminals, and cloud computing services has enabled people to create a new digitally civilized world and establish a new propaganda order through new media.

In particular, micro-LEDs, which are III–V inorganic-based micro-miniaturized light sources, which can form clear and vivid displays for smart portable devices and can be used with artificial intelligence, are drawing great attention.

Wearable and flexible electronics research has recently boomed for applications such as health monitoring and smart portable electronic devices.

Emerging Trends in the use of smart portable accessories, particularly within the context of the Internet of Things (IoT), where smart sensor devices are employed for data gathering, require advancements in energy management mechanisms.

Triboelectric nanogenerators (TENGs) can make use of micro/nano multi-functional materials to harvest and store energy from the surrounding environment efficiently, which can drive smart portable electronics operating continuously and steadily.

The Arduino UNO microcontroller based smart portable soil testing system is developed to determine the values like pH content and moisture level.

This study presented a low-cost smart portable sitting mat that can measure the sitting plantar pressure distribution in real time.

It would in turn sense the patient medical information using smart portable devices.

Our experiments on the accuracy, F-1 score, and PPV of various key machine learning algorithms show that sensory data acquired by wearables are less vulnerable to missing data and smaller training sets whereas smart portable devices require larger training sets to reduce the impacts of possibly missing data.

Olcumler onceden belirlenmis 94 farkli noktada (Eberline Smart Portable (ESP-2) model) portatif bir plastik sintilator kullanilarak yapildi.

The newly emerging smart portable devices (e.

These new applications totally differ from the original intention for using of lithium-ion batteries in smart portable devices like camera.

To realize the vision of ubiquitous computing and reachability, major technological advances have been achieved to make smart portable devices both highly capable and affordable.

Objective To assess the feasibility of screening for atrial fibrillation (AF) using a smart portable single-lead electrocardiogram(ECG) device and to investigate the epidemiological characteristics, anticoagulant status of non-valvular atrial fibrillation (NVAF).

Sensors by MEMS technology in smart portable devices play an important role in corresponding to five human sensory systems, enhancing user convenience, and enriching user experience.

In this paper, this is a significant step toward enabling deep inference and learning on IoT edge devices, and smart portable machines such as agricultural robots, which is the target application.

This study evaluated the performance of two instrumental measurements of the sensors: an electronic nose (PEN3; WinMuster Airsense Analytics) and a smart portable device (FOODsniffer; ARS LAB US).

Continuously decreasing prices, modules compatible with smart portable devices, and intuitive operation make thermal measurements available for schools and attractive for students.

In this paper a smart portable laser triangulation system for assessing gap and flush in car parts coupling is presented.

As smart portable devices becoming increasingly popular and autonomous, the critical problem of spectrum congestion and inefficiency have drawn people's attention.

These measurements were made by keeping the portable Eberline Smart Portable (ESP) scintillator detector constant at a height of 1 meter above ground level.

Eventually, the authors intend to do more efforts for programming this model in smart portable device which can be one of the innovative engineering technologies in the field of machinery condition monitoring in the near future.

Conclusion: Recent advances in smart portable devices such as mobile phones have shown the great capability of facilitating and decreasing the cost of analyzing biomedical signals, particularly in academic environments.