Ahmed Muhi Shantaf

Fifth-generation (5G) technologies enable a wide range of vertical applications by connecting heterogeneous equipment and machines, resulting in significantly improved service quality, increased network capacity, and improved system performance. As a result, the world is shifting to 5G wireless networks. Because 5G has the advantage of supporting various vertical applications, 5G systems must still overcome challenges such as transparency, data interoperability probabilities, decentralization, and network privacy. In this paper, we'll show how blockchain can be used to solve problems in 5G, as well as some of the idea’s researchers, have come up with to solve them, like resource sharing, security, and mobility.

Versatile correspondence framework. Reflection happens when an electromagnetic wave faces an article a lot bigger than the recurrence of an electromagnetic wave. The quality picked up (or its extra catastrophe) is commonly the most significant parameter anticipated from enormous scope engendering models that rely upon the material study of reflection. In this article, we draw an end that isn't equivalent to topical posts. Trigonometric vectors from the vector E_TOT (d), the got vitality can be yield.

Fluffy Logic empowers creators to control complex frameworks more adequately than customary methodologies. As it gives a basic method to come to positive end result upon questionable, uncertain or uproarious data. Right now have proposed the structure of fluffy rationale controller having three contributions to give right wash time of clothes washer. The goal is to spare parcel of time, power and water for washing the material. The paper portrays the methodology that can be utilized to get a reasonable washing time for various fabrics. The procedure depends completely on the standard of taking non-exact contributions from the sensors exposing them to fluffy number juggling and acquiring a fresh benefit of washing time.

in wireless applications using the MSP antennas in many important application.This paper is introduces Double Hslot patch antenna three-band in C-Band. By using ANSOFT HFSS version 17.2 simulated and described The efficiency of the radiation including Return loss, antenna gain, radiation pattern, VSWR. The structure of this antenna is simpler than other antennas established to achieve three-band characteristics consisting of only a substrate, ground and coaxial feed line. My operate in C=band which in the field (4-8 GHz) and I obtain there frequency (4.01 GHz, 5.81 GHz and 6.55 GHz).the Radiating patch it falls on the Rogers RT/duroid 5880/dielectric constant 2.2 and thickens for it 1.5748mm taken to design a substrate . Coaxial feeding technology is used for feeding the fifteen-ohm antenna. The return loss raises of this antenna suggested (-27.13 dB at 4.01GHz, -21.78 dB at 5.81 GHz, and -13.32 dB at 6.55 GHz), the gain of 7.754 dB at 4.01GHz, 8.357dB at 5.81 GHz, and 7.232 dB at 6.55 GHz. At the same time. Machine simulated tests showing a VSWR value of less than two at C-band frequency range of 3.95-4.05 GHz, 5.75-5.88 GHz, and 6.5-6.61 GHz.

The Mobile Ad-hoc network (MANET) means an independently operating self-configured wireless network without existing infrastructure and centralized control. MANET may be found in wireless systems in different fields of daily uses, for example of automotive, military, and other specific field networks. Many networks need a fixed or wired data transmission and computer connectivity system relative to MANET. WiFi, satellite networking and the smartphone network are examples of fixed infrastructure wireless technology. This paper analyzes the effect of MANET on network size routing protocols. Ad hoc on-demand remote vector routing (AODV) and Greedy Stateless routing perimeter (GPSR) was measured on a efficiency basis in terms of network capacity. The result is a gradual decrease in GPSR output from 17.68 kbps to 12.61 kbps, with an average of 43.96 kbps. The packet transmission fraction for AODV and GPSR protocols is being developed for increasing network capacity. GPSR averages E2E delay less than AODV because the GPSR moves each node closer to the destination with a packet of local knowledge. As a matter of fact, the superiority of the GPSR protocol in all document tested on a network scale in simulation.

Recent progress in software and hardware has allowed different data measurements in a variety of fields to be captured. These measures are produced continuously at very fluctuating data rates. For example, network sensors, web logs and computer network traffic. Computer-intensive activities are the collection, query and removal of these data sets. Mining data sources include the recovery of knowledge systems incorporated into templates and trends on streams of non-stop information. Because of the importance of its applications and the increasing generation of data stream research, information. Information. Information. Analysis applications for data streams can range from critical scientific and astronomical applications to major business and financial applications. Algorithms, processes and structures Streaming challenges have been developed over the last three years. We present the newest in this increasingly important field in this review paper.

Mobile ad-hoc wireless networks give us the high probability and high properties to create networks, without any central management or infrastructure, independent and temporary network, that is means wide ubiquitous networks. The intermediate nodes should be able to communicate between them to send and receive the data with ability using at any time and anywhere, the mobility of the intermediate node between the source and destination gives us unstable topology maybe the connection between the nodes will be break often. Therefore, the strategies to design any wireless depend on path routing and protocol selection. In this paper we study and evaluate the effect of mobility on the routing protocols DSDV, AODV and DSR in two different scenarios, the density of nodes and different area in NS2.35 simulation by using three performance metrics in the evaluating the routing protocols are Average Throughput, Packet Delivery Ratio and Average End-to-End Delay.

The area of interest in intelligent transport is vehicle communication for researchers and the automotive industry. In this article, the performance of various routing protocols in a vehicle scenario has been observed using the NS3 network simulator. Performance measurement metrics include Average Good put and the BSM PDR. AODV appears to be a good routing protocol for low-density vehicles but OLSR beats other protocols in the high-density scenario