محمد جمالپور

An overview of the Internet of Things in the Health Care and Care of Patients (Algorithm, Challenges, Applications, Benefits)

Future Generation in Distributed Systems (Ardabil Azad University)

Abstract : The Internet of Things is an emerging and growing phenomenon that is rapidly spreading around the world, according to global statistics. The connection of a variety of physical objects to the internet and access to wireless sensor data is called the internet of things, whose achievement is to control the physical world around us. The Internet of Things is constantly offering innovative tools with a variety of capabilities that aim to create an integrated health care system with the vision of ensuring better patient care and reducing costs. Using the Internet of Things in the field of health, many diseases can be identified remotely and part of the treatment process can be done remotely and at home, thus preventing many additional visits to hospitals. The use of IoT technology in the design of health systems reduces human error and increases the level of quality and health safety. Not only is there a search for better solutions, but medical institutions are also looking for solutions to improve economic activity, reduce costs and risks, and increase security to improve the quality of health care. The purpose of this paper is to provide an overview of the IoT scenario and to evaluate its capability in medical technologies using sensor networks, as well as to review the proposed algorithms in this field. We also examine the various aspects of connectivity and interaction that are used in the IoT to exchange information between the users and to examine the applications as well as the implementation of the IoT in the field of medical science. Finally, we examine the challenges of implementation that need to be resolved and examine the future developments approach. The findings can be used as an important study resource for healthcare providers, researchers, technology professionals, and the general public to improve the Internet of Things for healthcare

A Comprehensive Overview of Face Recognition Approaches (Frameworks and Techniques)

Future Generation in Distributed Systems (Ardabil Azad University)

Abstract : Human face detection is an outstanding biometric system and also widely used in machine vision and pattern recognition, due to its good performance in a range of applications such as surveillance systems, legal, security, authentication, and smart cars. Recognition of the human face has always been faced with a variety of challenges, which often result in a reduction of facial recognition systems efficiency Therefore, to address these problems, we need to use sets of knowledge, techniques, and methods of different resources. Numerous biometric verification frameworks like Iris, Deoxyribonucleic Acid (DNA), Vein, Finger Print endures the issues of data acquisition. Face Recognition (FR) plays very important role in biometric systems. The recognition rate on the face is primarily dependent on the selection of attributes. This study investigates the FR techniques. Most current techniques are widely described in five stages, face image acquisition, preprocessing, feature extraction, classification, and attribute recognition. According to the available literature work, real-time Face Recognition biometrics needs still better performance, resistance to being spoofing attack, and needs better recognition accuracy. Recognition accuracy can be enhanced by advanced techniques such as neural networks using feature extraction algorithms. In this paper, the methods of facial recognition and work done by researchers have been collected and the challenges in this field have been investigated to pave the way for researchers and future research

An overview of electromagnetic radiation (EMR) in the field of modern medicine and health

The 6th National and 1th International Iranian Conference of Bioelectromagnetics (ICBEM)

Abstract :The widespread use of electromagnetic radiation (EMR) in modern medicine requires healthcare professionals and medical students to be familiar with its physical and biological properties.The purpose of this paper was to review the existing literature on the physical principles of EMR.The electromagnetic spectrum is divided into radio waves, microwaves, infrared, visible, ultraviolet, X-rays, gamma and cosmic rays.Electromagnetic waves (EMWs) are characterized by frequency, speed, vibration period and wavelength.Depending on the environment, EMRs may be attenuated, reflected, refracted, diffracted, interfered, or polarized.These phenomena are used for EMWs (light waves), pressure and water waves. The wave-particle duality of radiation is widely accepted and explains its nature and mechanism of action.The principles of quantum mechanics help to predict the potential biological impact of EMR.More than 100 years ago, EMR has become an important part of modern medicine.Therefore, there is an urgent need for better education and understanding regarding its principles and applications

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