A State of Art: Survey for Concurrent Computation and Clustering of Parallel Computing for Distributed Systems

Askar

2021

JASTT

Self Cite

The wide-spread Internet of Things (IoT) utilization in almost every scope of our life made it possible to automate daily life tasks with no human intervention. This promising technology has immense potential for making life much easier and open new opportunities for newly developed applications to emerge. However, meeting the diverse Quality of Service (QoS) demands of different applications remains a formidable topic due to diverse traffic patterns, unpredictable network traffic, and resource-limited nature of IoT devices. In this context, application-tailored QoS provisioning mechanisms have been the primary focus of academic research. This paper presents a literature review on QoS techniques developed in academia for IoT applications and investigates current research trends. Background knowledge on IoT, QoS metrics, and critical enabling technologies will be given beforehand, delving into the literature review. According to the comparison presented in this work, the commonly considered QoS metrics are Latency, Reliability, Throughput, and Network Usage. The reviewed studies considered the metrics that fit their provisioning solutions.

Section: Cloud Computingmentioning

confidence: 99%

IoT Provisioning QoS based on Cloud and Fog Computing

Samann

Askar

2021

JASTT

Self Cite

“…SDN is considered a popular alternative to traditional networking because it allows IT managers to provide extra physical infrastructure services and bandwidths without requiring an investment [25]. In order to expand the network power, traditional networking requires new hardware [26,27]. Fig.…”

Section: Vs Sdnmentioning

confidence: 99%

Comparison of Software Defined Networking with Traditional Networking

Haji

Saeed

et al. 2021

AJRCoS

Self Cite

The Internet has caused the advent of a digital society; wherein almost everything is connected and available from any place. Thus, regardless of their extensive adoption, traditional IP networks are yet complicated and arduous to operate. Therefore, there is difficulty in configuring the network in line with the predefined procedures and responding to the load modifications and faults through network reconfiguring. The current networks are likewise vertically incorporated to make matters far more complicated: the control and data planes are bundled collectively. Software-Defined Networking (SDN) is an emerging concept which aims to change this situation by breaking vertical incorporation, promoting the logical centralization of the network control, separating the network control logic from the basic switches and routers, and enabling the network programming. The segregation of concerns identified between the policies concept of network, their implementation in hardware switching and data forwarding is essential to the flexibility required: SDN makes it less complicated and facilitates to make and introduce new concepts in networking through breaking the issue of the network control into tractable parts, simplifies the network management and facilitate the development of the network. In this paper, the SDN is reviewed; it introduces SDN, explaining its core concepts, how it varies from traditional networking, and its architecture principles. Furthermore, we presented the crucial advantages and challenges of SDN, focusing on scalability, security, flexibility, and performance. Finally, a brief conclusion of SDN is revised.

“…Wireless monistic contain various spatially dispersed sensors with minimal data storage and processing power to track the environmental issue [15]. Wireless sensor networks (WSNs) are becoming more critical because they can monitor and manage sensitive information in their environments [16,17]. WSNs have made an impact in many industries such as the military, industry, and environmental monitoring.…”

Section: Introductionmentioning

confidence: 99%

IoT and ICT based Smart Water Management, Monitoring and Controlling System: A Review

Yasin

Sadeeq

et al. 2021

AJRCoS

Self Cite

Water is a basic human need in all economic operations. Farmland, renewable energy, the industrial industry, and mining are all critical economic areas. Water supplies are under severe strain. With the population increase, the requirement for water from competing economic sectors is increased. So, there is not enough water left to meet human needs and maintain environmental flows that maintain the integrity of our ecosystems. Underground water is becoming depleted in many sectors, making now and future generations near the point of being deprived of protection from the increasing climate variability. Therefore, the critical role that information technology methods and internet communication technologies (ICT) play in water resources managing to limit the excessive waste of fresh water and to control and monitor water pollution. In this paper, we have to review research that uses the internet of things (IoT) as a communication technology that controls the preservation of the available amount of water and not wastes it by homeowners and farmers. In contrast, they use water, and we have also reviewed some researches that preserve water quality and reduce its pollution.