Cross Layer Design of Wireless LAN for Telemedicine Application Considering QoS Provision

Supriyanto, Eko; Putra, Emansa Hasri; Din, Jafri; Satria, Haikal; Azwar, Hamid

doi:10.5772/13638

Cited by 3 publications

(4 citation statements)

References 27 publications

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“…In each instance, internet traffic is boosted automatically; the procedure must be tweaked to operate with diverse programmes. According to distortion and delay circumstances, the author of [21] proposed a retry limit adaption strategy in video streaming with the resending of video packets. The sensor node sends the message again with the correct quality parameters as a result.…”

Section: Related Workmentioning

confidence: 99%

Analysis of Wireless Networks: Successful and Failure Existing Technique

Chavan,

Ali,

et al. 2023

Data Science and Intelligent Computing Techniques

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One special feature of wireless networks is their capacity to keep people in contact even when they switch locations. The adaptability and agility needed for wireless communications are provided. The fields of business, education, defense, home-based and industrial applications, and the military environment have all found use for wireless and mobile communications. The world has changed significantly as a result of wireless networks since they have made it easier, more reliable, and more efficient to send information abroad or behind enemy lines. An essential productivity tool for today's mobile workforce is wireless networking. With wireless networking, we may practically access corporate and other information resources at any time and from any location. In recent times, wireless networks have become more commonplace in several fields, such as satellite broadcasting, mobile analog, and digital cellular telephones. Supporting a good quality of service (QoS) in this environment for the delivery of voice, video, and data has therefore become one of the major challenges of the twenty-first century. In this research article, we provide an overview of wireless networks, their classification, and quality of service (QOS) parameters such as bandwidth, delay, delay variation (jitter), throughput, and energy. Lastly, we provide security information regarding various parameters for end-to-end communication over wireless networks.

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Section: Related Workmentioning

confidence: 99%

Analysis of Wireless Networks: Successful and Failure Existing Technique

Chavan,

Ali,

et al. 2023

Data Science and Intelligent Computing Techniques

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“…The purposes are: i) the present queue's size is not same as next video frame's queue size, cause to wrong prediction, and ii) history details does not give an adequate prediction based on the forthcoming behavior of the sources of video, mainly for small video sequences. In [9], for sending and receiving tele-medicine via WLANs, the researchers introduced a cross-layer design method. Anyways, their scheme does not include the transmitting of tele-medicine information and considers that the only traffic of the video transmitted within the network is video of tele-medicine.…”

Section: Literature Surveymentioning

confidence: 99%

“…The biggest drawback of this method is bandwidth mechanism and efficient management. [8] In this paper FHCF referenced scheduling algorithm is presented it aims to fair for VBR flows and CBR flows, it uses the queue length estimation for tuning the mobile stations FHCF provides good fairness while supporting bandwidth and delay requirements for a large range of network loads This method provides the good amount of fairness by supporting the delay and bandwidth requirements for the huge network loads It needs to include the robust and adaptive algorithm for error prone wireless channels [9] It proposed the methodology EDCA cross layer design which has the expert station that are connected to the particular WLAN access point, it is effective for examining the patient through the WLAN.…”

Section: Literature Surveymentioning

confidence: 99%

QoS Aware Video Transmission in Wireless Network: Successful and Failure Existing Technique

Chavan*,

Reddy

2020

IJRTE

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Wireless technology has become one of the integral part of our daily life, it is the 21st century technology, emergency of wireless network have led the multimedia distribution very effectively. Moreover the video has been an eminent media for communications as well as for the entertainment purpose for past several decades. Due to improvisation in technologies people can communicate over face to face over the wireless network without any concern about the distance, hence the video transmission over the wireless network has become one of the interesting application in daily life. Moreover, it is very important to maintain good QoS (Quality of Service) such as effective bandwidth, routing protocols and other QoS parameters. In this paper, we have surveyed the extensive amount of research paper to understand the Quality of service, meanwhile we have extensively discussed the various existing methodology, which has helped in improvising the wireless network for video transmission. Moreover the main aim of this research work is to survey and address all the requirement along with challenges that occurs while designing the wireless network, also this survey unveils the recent development in optimization, algorithm, novel approach and the protocols for improvising the Quality of Service

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“…In [18] the authors proposed a cross-layer design technique for transmitting telemedicine over WLANs.…”

Section: Related Workmentioning

confidence: 99%

Scheduling for telemedicine traffic transmission over WLANs

Koutsakis

2017

Computer Communications

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The major disadvantage of the Enhanced Distributed Channel Access (EDCA, the contention-based channel access function of 802.11e) is that it is unable to guarantee priority access to higher priority traffic in the presence of significant traffic loads from low priority users. This problem is enhanced by the continuously growing number of multimedia applications and the popularity of Wireless Local Area Networks (WLANs). Hence, solutions in scheduling multimedia traffic transmissions need to take into account both the Quality of Service (QoS) requirements and the Quality of Experience (QoE) associated with each application, especially those of urgent traffic, like telemedicine, which carries critical information regarding the patients' condition. In this work, we propose an easy-to-implement token-based and self policing-based scheduling scheme combined with a mechanism designed to mitigate congestion. Our approach is shown to guarantee priority access to telemedicine traffic, to satisfy its QoS requirements (delay, packet dropping) and to offer high telemedicine video QoE while preventing bursty video nodes from over-using the medium.

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Cross Layer Design of Wireless LAN for Telemedicine Application Considering QoS Provision

Cited by 3 publications

References 27 publications

Analysis of Wireless Networks: Successful and Failure Existing Technique

Analysis of Wireless Networks: Successful and Failure Existing Technique

QoS Aware Video Transmission in Wireless Network: Successful and Failure Existing Technique

Scheduling for telemedicine traffic transmission over WLANs

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