Papers by Assist. Prof. (Dr.) Jafaar Fahad A.Rida A.Rida
Deleted Journal, Apr 13, 2024
Biomedical application has been an important component in the use of contemporary data and commun... more Biomedical application has been an important component in the use of contemporary data and communication methods for health care. Over time, wireless networking technology has increasingly penetrated and made its way into all components of our everyday life. An area for encouraging the future of wireless networking is medical implementation. Through transmitting their status to nurses in real time, a patient who is remotely placed may be remotely handled. Physiological parameters such as body temperature, degree of oxygen saturation, heart rate, amount of blood sugar, blood pressure, etc. were primarily generated to observe e-healthcare devices. However with the advancement of wireless technology, there have been a range of variations in e-healthcare systems and improvements. Tele-biomedical wireless network apps such as telemedicine for mobile communications are a distant medical activity that allows different individuals to collaborate and facilitate their collective activities th...
CommRN: Communication Ethics (Topic), 2019
The purpose concerning that book is after supply an overview or summary concerning the critical m... more The purpose concerning that book is after supply an overview or summary concerning the critical meaning then standards on radio-frequency and wi-fi conversation system. It begin along summary concerning to the records over wireless communication in general, beyond the first radio-frequencies communications regulations in imitation of modern cell cellular radio systems. It since contribution together with the thought over radio suspense propagation, forms regarding wireless verbal exchange systems or technology, and a basic notion about cell cellular radio communications. It classify wireless communications in classes concerning related to the technology through tribe related principles together. It additionally introduces protection concepts for wireless communication systems between averages or gives an example about security troubles the use of the Wi-Fi local area network. Finally, that opinions the contemporary Wi-Fi applied sciences as much well namely emerging technologies.
EngRN: Computer Engineering (Topic), 2019
With current traits between the Wi-Fi networks field, current then modern clinical functions base... more With current traits between the Wi-Fi networks field, current then modern clinical functions based totally of this technological know-how are existence advanced between the lookup as like nicely as like business sector. This fashion has start and the papers augur Wi-Fi network is going to grow and indispensable section about medical options due to conformity with its advantages between cutting beneath healthcare prices then increasing accessibilities because patient as much as increasing the efficiencies regarding the health-care professional. The paper assign incomplete history of applications on wireless networks among the clinical area or talk about the trouble yet challenges. It also tried in imitation of identify half on the standards of use. Another performance due in conformity with this bill is the identification on revolutionary scientific applications about wireless networks flourished and currently being advanced within the lookup yet commercial enterprise sectors and add...
Materials Today: Proceedings, 2021
When medical technology, communication, and computers were developed and put into practice in the... more When medical technology, communication, and computers were developed and put into practice in the treatment and follow-up of remote health care patients, the difficulty of communicating with the medical team or patients was due to bandwidth limitations. Sending a significant volume of data between medical personnel and patients, as well as power usage, is not permitted. Wireless sensors use a direct spread spectrum based on CDMA, especially mobile wireless third generation with a wide bandwidth that can send large data such as multimedia between patients and doctors at anytime and anywhere. The wireless sensor network decreases the power consumption of the transmitter sensor and the receiver sensor by using binary transmission and multipath. The accuracy of the measurement depends on the bandwidth of the unit to calculate the time of arrival (TOA). The TOA forecasts come and go together to pass them to the receiver because of the delay of the MPC and the reduction of replicas of the initial signal. The diffusion time caused by the moving signal through barriers, adding a positive bias to the TOA.
Journal of Southwest Jiaotong University, 2019
The paper focuses on the functionality and effectiveness of wireless mobile medical devices in te... more The paper focuses on the functionality and effectiveness of wireless mobile medical devices in tele-biomedical applications with the development of mobile wireless techniques. Medical implementation is a field for supporting the future of wireless networking. A patient who is remotely situated can be treated remotely by communicating their status to caregivers in real-time. The e-healthcare devices were created mainly to observe physiological parameters such as body temperature, level of oxygen saturation, heart rate, amount of blood sugar, blood pressure, etc. With the development of wireless technologies, however, there has been a variety of variations and improvements in e-healthcare systems. Tele-biomedical apps with wireless networks for mobile communications such as telemedicine is a distant medical practice that enables cooperation between distinct people and promotes their collaborative attempts to diagnose or treat illness through IT and telecommunications. Medical servers ...
Indonesian Journal of Electrical Engineering and Computer Science, 2020
This research presents the improved performance of mobile wireless communication channel is based... more This research presents the improved performance of mobile wireless communication channel is based on non-line of sight because the mobile propagation channel is very hard to work with direct path between the transmitter and mobile receiver because of city-based area has objects such as rise building, trees, surround structures, and other objects. The mobile wireless spread radio channels have radio propagation mechanisms as a reflection, diffraction, and scattering effect on radio signal as lessening, and distortion or spread time. The most important thing to make real is that the wireless channel is a multipath radio channel. Multipath copies of the same signal with distinct amplitudes, stages and delay times for all multipaths between the transmitter and the receiver. The multipath fading is defined by its impulse response, which includes the facts about the relative time of the recipient's arrival of various indices of multipath additives. The impulse response expresses great...
2021 International Conference on Electrical, Computer and Energy Technologies (ICECET), 2021
The objective of this research is to provide an overall or summary of the critical significance o... more The objective of this research is to provide an overall or summary of the critical significance of then mobile wireless development standards. In addition to the first RF communication rules imitating modern cellular radio systems, the report starts with a summary of the communications of cellular wireless records in general. The concept of wireless verbal exchange systems or technology and a fundamental concept of cellular communication has played an essential role This type of development will drive the information technology research on generational mobile wireless communication cooperatively based on deep learning and on the prediction of carbon nanotubes in the industrial field Mobile FG (Future Generations) wireless technology will have higher data transfer rates than 6G and 7G. In addition, we have a large number of technologies. 7G offers the resolution of this problem as the integration of terminals, networks and applications is all about seamlessly. This article has tried to provide a study and detailed comparison of the various cell technologies 4G, 5G, 6G, 7G and FG, respectively.
IEEE Xplore, 2022
The objective of this research is to provide an overall or summary of the critical significance o... more The objective of this research is to provide an overall or summary of the critical significance of then mobile wireless development standards. In addition to the first RF communication rules imitating modern cellular radio systems, the report starts with a summary of the communications of cellular wireless records in general. The concept of wireless verbal exchange systems or technology and a fundamental concept of cellular communication has played an essential role This type of development will drive the information technology research on generational mobile wireless communication cooperatively based on deep learning and on the prediction of carbon nanotubes in the industrial field Mobile FG (Future Generations) wireless technology will have higher data transfer rates than 6G and 7G. In addition, we have a large number of technologies. 7G offers the resolution of this problem as the integration of terminals, networks and applications is all about seamlessly. This article has tried to provide a study and detailed comparison of the various cell technologies 4G, 5G, 6G, 7G and FG, respectively.
Elsevier, 2021
When medical technology, communication, and computers were developed and put into practice in th... more When medical technology, communication, and computers were developed and put into practice in the treatment and follow-up of remote health care patients, the difficulty of communicating with the medical team or patients was due to bandwidth limitations. Sending a significant volume of data between medical personnel and patients, as well as power usage, is not permitted. Wireless sensors use a direct spread spectrum based on CDMA, especially mobile wireless third generation with a wide bandwidth that can send large data such as multimedia between patients and doctors at anytime and anywhere. The wireless sensor network decreases the power consumption of the transmitter sensor and the receiver sensor by using binary transmission and multipath. The accuracy of the measurement depends on the bandwidth of the unit to calculate the time of arrival (TOA). The TOA forecasts come and go together to pass them to the receiver because of the delay of the MPC and the reduction of replicas of the initial signal. The diffusion time caused by the moving signal through barriers, adding a positive bias to the TOA.
This research work focuses to design and analyze Optical Code Division Multiple Access (OCDMA) wi... more This research work focuses to design and analyze Optical Code Division Multiple Access (OCDMA) with Carbon Nanotubes (CNTs) to improve three parameters very important in any communication system as data rate (R), bit error rate (BER), and signal to noise ratio (SNR). With the simulated design by MATLAB software, we got results better with carbon nanotubes based optical integrated circuit to support high speed optical in passive optical network. The OCDMA encoders and decoders are the key components to implement OCDMA based system. It can be divided into broad categories based on the way in which a particular user's code is applied to the optical signal. These classifications include coherent optical CDMA and incoherent optical CDMA approaches.
This paper presents optimized design performance of incoherent OCDMA as well as coherent OCDMA us... more This paper presents optimized design performance of incoherent OCDMA as well as coherent OCDMA using carbon nanotubes (CNTs) based devices with reference to increased Data Rate (R) and reduced Bit Error Rate (BER) which is far enhanced in comparison to Silicon based Optical Devices. The carbon nanotubes (CNTs) based devices are having optical properties as well as brings in miniatured dimension. Besides, it has been observed that a CNTbased FET switches reliably use less power than silicon based optical devices, specifically in traditional tgate multiplexer, which is a fundamental logic block, carbon nanotubes based optical devices can have a wide range of applications in a wide variety of miniaturized circuits. The carbon nanotubes with OCDMA system supports ultrahigh speed network with data rate up to Tb/s and exceptional BER performance in the system. The OOK/OCDMA formats provide better performance in comparison to PPM/OCDMA formats because in the OOK formats the numbers of code length is much more than PPM formats, and also less complex hardware from PPM formats. As observed and presented in this paper, the carbon nanotubes brought in the improved performance OCDMA system network with highest data rate and lowest bit error rate.
In recent years, significant progress in understanding of the physics of carbon nanotube electron... more In recent years, significant progress in understanding of the physics of carbon nanotube electronics devices and identifying potential application has occurred. In a nanotube low bias (160m V -200m V) can be nearly ballistic across distances of several hundred nanometers. The study and analysis of the optical proprieties through Katuara plot explains the behavior as semiconducting or as metal, Carbon nanotubes are supporting in optical system applications. The electronic proprieties are governed by a single parameter named the chiral vector, and there are three parameters affecting the performance of carbon nanotubes diameter, chirality, and number of walls. The carbon nanotube supports optical proprieties by three main parameters very important to develop work with optical system application such as Electronic structure of carbon nanotubes, Saturable absorption, and third order Nonlinearity. Depending on the chiral vector carbon nanotubes behave as semiconductor or metal. But here focus on semiconducting carbon nanotubes to improve optical integrated circuit. The analyze Optical Code Division Multiple Access (OCDMA) with Carbon Nanotubes (CNTs) to improve three parameters very important in any communication system as data rate (R), bit error rate (BER), and signal to noise ratio (SNR). It can be divided into broad categories based on the way in which a particular user's code is applied to the optical signal. The presents optimized design performance of incoherent OCDMA as well as coherent OCDMA using carbon nanotubes (CNTs) based devices with reference to increased Data Rate (R) and reduced Bit Error Rate (BER) which is far enhanced in comparison to Silicon based Optical Devices. The carbon nanotubes with OCDMA system supports ultrahigh speed network with data rate upto Tb/s and exceptional BER performance in the system. As observed and presented in this paper, the carbon nanotubes brought in the improved performance OCDMA system network with highest data rate and lowest bit error rate.
This research work focuses on the design and analysis ofOptical Wireless Communication system (OW... more This research work focuses on the design and analysis ofOptical Wireless Communication system (OWC) using Optical Code Division Multiple Access (OCDMA) based on Carbon Nanotubes (CNTs) to bring in improvement in three parameters very important in any communication system as data rate (R), bit error rate (BER), and signal to noise ratio (SNR).The carbon nanotubes based OCDMA system supports ultrahigh speed network with data rate upto Tb/s and exceptional BER performance in the system. As observed and presented in this paper, the carbon nanotubes brought in the improved performance OCDMA system in OWC network with highest data rate and lowest bit error rate. Future requirements of ultrahigh speed internet, video, multimedia, and advanced digital services, would suitably be met with incorporating carbon nanotubes based devices providing optimal performance. Considering the third order nonlinearity, carbon nanotubes are observed to be highly efficient providing very fast response and are more suited to next generation components required in communication system consuming much less power with time, extending the life of batteries.
In recent years, significant progress in understanding of the physics of carbon nanotube electron... more In recent years, significant progress in understanding of the physics of carbon nanotube electronics devices and identifying potential application has occurred. In a nanotube low bias (160m V -200m V) can be nearly ballistic across distances of several hundred nanometers. In this study we have taken carbon nanotubes .356) nanometer (nm) respectively. The study and analysis of the optical proprieties through Katuara plot explains the behavior as semiconducting or as metal, Carbon nanotubes are supporting in optical system applications. The electronic proprieties are governed by a single parameter named the chiral vector, and there are three parameters affecting the performance of carbon nanotubes diameter, chirality, and number of walls. The carbon nanotube supports optical proprieties by three main parameters very important to develop work with optical system application such as Electronic structure of carbon nanotubes, Saturable absorption, and third order Nonlinearity. Depending on the chiral vector carbon nanotubes behave as semiconductor or metal. But here focus on semiconducting carbon nanotubes to improve optical integrated circuit. The optical absorption of carbon nanotube determines their electronic energy gap and broadband operation is resulted of a large distribution of (1 -1.5 nm) diameters.
This research presents the improved performance of mobile wireless communication channel is based... more This research presents the improved performance of mobile wireless communication channel is based on non-line of sight because the mobile propagation channel is very hard to work with direct path between the transmitter and mobile receiver because of city-based area has objects such as rise building, trees, surround structures, and other objects. The mobile wireless spread radio channels have radio propagation mechanisms as a reflection, diffraction, and scattering effect on radio signal as lessening, and distortion or spread time. The most important thing to make real is that the wireless channel is a multipath radio channel. Multipath copies of the same signal with distinct amplitudes, stages and delay times for all multipaths between the transmitter and the receiver. The multipath fading is defined by its impulse response, which includes the facts about the relative time of the recipient's arrival of various indices of multipath additives. The impulse response expresses great characteristics in the time domain such the large bandwidth frequencies and the amplitude output only the value impulse response δ(t) equal to one when the value of time t=0, otherwise, the value impulse response δ(t) equal to zero in all values of the time. Over a time period reaction, the cellular radio channel could be designed as a linear filter with various impulses.
The paper focuses on the functionality and effectiveness of wireless mobile medical devices in te... more The paper focuses on the functionality and effectiveness of wireless mobile medical devices in telebiomedical applications with the development of mobile wireless techniques. Medical implementation is a field for supporting the future of wireless networking. A patient who is remotely situated can be treated remotely by communicating their status to caregivers in real-time. The e-healthcare devices were created mainly to observe physiological parameters such as body temperature, level of oxygen saturation, heart rate, amount of blood sugar, blood pressure, etc. With the development of wireless technologies, however, there has been a variety of variations and improvements in e-healthcare systems. Telebiomedical apps with wireless networks for mobile communications such as telemedicine is a distant medical practice that enables cooperation between distinct people and promotes their collaborative attempts to diagnose or treat illness through IT and telecommunications. Medical servers and databases are remote computers that assist medical personnel and hospitals analyze and monitor vital signs and provide patients with adequate facilities in real time. The tele-biomedical environment is a general word used for the use of mobile phones (handheld devices) and other wireless systems and communication devices to inform users or customers of medical preventive healthcare facilities. The scheme launched applications that can adapt to other illnesses, including elevated BP, diabetes and fever, through biometric devices such as thermometers, glucometers and densitometers to transmit patient data from an Android application based on the user's sensitivity to a social media scheme, such as a software application to monitor children's vaccination coverage.
The purpose concerning that book is after supply an overview or summary concerning the critical m... more The purpose concerning that book is after supply an overview or summary concerning the critical meaning then standards on radio-frequency and wi-fi conversation system. It begin along summary concerning to the records over wireless communication in general, beyond the first radio-frequencies communications regulations in imitation of modern cell cellular radio systems. It since contribution together with the thought over radio suspense propagation, forms regarding wireless verbal exchange systems or technology, and a basic notion about cell cellular radio communications. It classify wireless communications in classes concerning related to the technology through tribe related principles together. It additionally introduces protection concepts for wireless communication systems between averages or gives an example about security troubles the use of the Wi-Fi local area network. Finally, that opinions the contemporary Wi-Fi applied sciences as much well namely emerging technologies.
With current traits between the Wi-Fi networks field, current then modern clinical
functions base... more With current traits between the Wi-Fi networks field, current then modern clinical
functions based totally of this technological know-how are existence advanced between
the lookup as like nicely as like business sector. This fashion has start and the papers
augur Wi-Fi network is going to grow and indispensable section about medical options
due to conformity with its advantages between cutting beneath healthcare prices then
increasing accessibilities because patient as much as increasing the efficiencies
regarding the health-care professional. The paper assign incomplete history of
applications on wireless networks among the clinical area or talk about the trouble yet
challenges. It also tried in imitation of identify half on the standards of use. Another
performance due in conformity with this bill is the identification on revolutionary
scientific applications about wireless networks flourished and currently being advanced
within the lookup yet commercial enterprise sectors and additionally talk touching the
future developments within its fields. The medical employees can monitor this scheme
very well to assist them to follow all circumstances for all patients when physicians use
mobile wireless networks, particularly smartphones.
Uploads
Papers by Assist. Prof. (Dr.) Jafaar Fahad A.Rida A.Rida
functions based totally of this technological know-how are existence advanced between
the lookup as like nicely as like business sector. This fashion has start and the papers
augur Wi-Fi network is going to grow and indispensable section about medical options
due to conformity with its advantages between cutting beneath healthcare prices then
increasing accessibilities because patient as much as increasing the efficiencies
regarding the health-care professional. The paper assign incomplete history of
applications on wireless networks among the clinical area or talk about the trouble yet
challenges. It also tried in imitation of identify half on the standards of use. Another
performance due in conformity with this bill is the identification on revolutionary
scientific applications about wireless networks flourished and currently being advanced
within the lookup yet commercial enterprise sectors and additionally talk touching the
future developments within its fields. The medical employees can monitor this scheme
very well to assist them to follow all circumstances for all patients when physicians use
mobile wireless networks, particularly smartphones.
functions based totally of this technological know-how are existence advanced between
the lookup as like nicely as like business sector. This fashion has start and the papers
augur Wi-Fi network is going to grow and indispensable section about medical options
due to conformity with its advantages between cutting beneath healthcare prices then
increasing accessibilities because patient as much as increasing the efficiencies
regarding the health-care professional. The paper assign incomplete history of
applications on wireless networks among the clinical area or talk about the trouble yet
challenges. It also tried in imitation of identify half on the standards of use. Another
performance due in conformity with this bill is the identification on revolutionary
scientific applications about wireless networks flourished and currently being advanced
within the lookup yet commercial enterprise sectors and additionally talk touching the
future developments within its fields. The medical employees can monitor this scheme
very well to assist them to follow all circumstances for all patients when physicians use
mobile wireless networks, particularly smartphones.