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Papers by Mohammed Anas Ali

The " Internet of Things " (IoT) concept is used to define or reference systems that rely on the ... more The " Internet of Things " (IoT) concept is used to define or reference systems that rely on the autonomous communication of a group of physical objects. The applications areas of the IoT are numerous, including: smart homes, smart cities and industrial automation. IoT systems often provide great benefits to numerous industries and society as a whole. Many of the IoT systems and technologies are relatively novel. The aim of this paper is to provide the last and most innovative contributions concerning the Protocol, Technology, Application, Architecture & Issues of interest in IoT solutions that involve interconnected smart things that interoperate with the objective of solving problems, provide functionality or optimize tasks.

In this paper, a solution about secure provenance transmission for streaming data which is introd... more In this paper, a solution about secure provenance transmission for streaming data which is introduced based on Raspberry Pi processor, is presented. The embedded system, video capture, and video monitor are introduced. Video 4 Linux is used to get the camera video data, which is transferred to the Web Server, and the data is displayed on the client browser. The main aim of this paper is to design a system that has a USB camera, which continuously captures videos of the people then processes the captured videos via USB host to the Raspberry Pi to display it on the display device unit, and the parallel connection of Ethernet module, web page is created on the remote PC using HTTP protocol because HTTP protocol provides secure data transmission. And for more security we are creating some IP address to view the live streaming data on remote PC and when the person appears in front of camera the processor collects the information and stores temporarily in the database to check or recognize, is this person the right person to use or not. Compared with video capture system based on digital signal processor(DSP), this system has the advantage of fewer modules, lower cost, higher intelligence, higher system stability, and higher security. The design of system presented in this paper will integrate ARM11, USB cam, Remote PC, Display Monitoring unit, and Ethernet. The entire process proves continuous, and a surveillance secured system.

Wireless Sensor Network is one of the most important part in the field of Communication Technolog... more Wireless Sensor Network is one of the most important part in the field of Communication Technology because it costs less installation charges and has simple network operation. In present days, WSN is used widely in each of the important sector which requires confidentiality and security, hence WSN requires very advance security system. Basically Wireless Sensor Network system suffers from two types of attacks one is active and another is passive. When confidentiality is the most important aspect of any secured network, then it is better to detect intruder before it really harms the network. Therefore for operating a WSN in secure manner, many intrusion detection systems (IDS) were proposed. In this paper we are conducting the comparative study on IDS for wireless sensor networks with their advantages and disadvantages. We are also describing the future research issues and challenges along with their complexity.

Electronics, in particular VLSI technology, has made possible design of sophisticated, complex an... more Electronics, in particular VLSI technology, has made possible design of sophisticated, complex and powerful systems for user. Although silicon technology is evolving continuously to produce smaller, faster and reliable systems with low power, eventually the integration of Microelectronics and Photonics with Nano-chemistry as the driving force is the new area of research that spans from environmental management , smart health-care, smart energy management to new innovations in communications, processing and man-machine interfaces. This has created tremendous opportunities for realization of new systems. The coexistence of silicon technology with these emerging technologies, photonics and nano-chemistry has created new design opportunities for the designer, bringing new challenges to be solved. In this paper, some of the important challenges have been discussed.

In recent research work the Wireless technologies are being more and more used in automation and ... more In recent research work the Wireless technologies are being more and more used in automation and also in the field of wireless communications are diverse. The advancement in wireless technology offers a good opportunity in the area of communication in perfect region. When the embedded devices are provided with internet access the demand will rise due to the remote accessing capability of these devices. Users can monitor & control remote systems by using embedded Easy IOT server. Wireless based industrial automation is a prime concern in our day-today life. The approach to Wireless Network for Industrial Applications standardized nowadays. Intelligent and low-cost automation of industrial processes are crucial in order to improve process efficiencies, deliver quality products, and ensure timeliness and accuracy of systems .Wireless is predicted to be one of the fastest growing technologies in the area of process automation sector This paper is focused on design & implementing a secured wireless communication system of ARM embedded IOT server based on Raspberry Pi. For effective designing & implementing a system we use wireless technology. This wireless technology along with router makes the system Accessible from anywhere in the world. Various Sensors are interfaced with microcontroller. Parameters like Temperature, gas, motion, distance, humidity are measured & real time sensed data is available on the remote pc as well as on the android Smartphone. Due to the use of wireless technology we can achieve super speed transmission of large amount of data in very less time. As the overall system is based on generating of dynamic IP address every time, we can say that the system is much secured than all the previous systems. Thus Proper use of wireless sensor networks (WSNs) lowers the rate of failures, overall cost of the system, & increases the productivity, efficiency of overall industrial operations.

Remote information administrations have caught only a constrained piece of the pie in this way, b... more Remote information administrations have caught only a constrained piece of the pie in this way, because of the limitations on transmission rates. The general perception is that the future mobile communications technology will convey better quality of administration as the wired networks do now. Be that as it may, various hindrances should be handled before this could be accomplished. These issues emerge principally kom the band limiting nature of the remote link, which is to a great degree threatening because of multi-way fading. It has been all around concurred that a wealthier arrangement of QOS levels are still required for the emerging networks to successfully dispatch the upcoming applications. Subsequently, frightfully productive techniques, which could all the while meet the QOS certifications is exceedingly key. This incited for developing QOS solutions that are appropriate to meet the multifaceted prerequisites. In spite of the fact that, CDMA is the favored get to strategy, the predominant influence brought out by GSM frameworks has brought about TDMA cellular markets to catch around 75% of the remote population. These QOS components mirror the system's accessibility and transmission quality. Hence, the study concentrates on different versatile techniques by which the radio administration techniques can be better tuned to conquer the obstructions. In this way, the remote schedulers ought to basically involve the channel condition of the client for making scheduling decisions. This unmistakably settled the requirement for the association of channel predictors with schedulers. A novel channel predictor has been introduced to empower the scheduler to take ideal decisions. Scheduling decisions absolutely in view of link conditions will have a tendency to enhance the execution without satisfying client decency. Henceforth, a link versatile scheduling plan that accomplishes a higher execution galn in terms of throughputs together with and without client reasonableness is executed in the second period of the work. The requirement for incorporating the circle delay has made ready for developing a prescient power control plot. The capacity to foresee the interference using kalman channel is the appealing component of this work. In the third stage, control and versatile modulation plans have been jointly executed to fulfill the goals. To further improve the execution, in the final stage an integrated QOS demonstrate has been recommended. This model can be realized by performing adaptation at two levels: adaptation by scheduling and adaptation by varying the transmission parameters. So, this examination contribution mainly has concentrated on enhancing quality using versatile components for different air interfaces from system viewpoint. It has been distinguished that improvement in quality and also phantom proficiency IS conceivable with the proposed solutions.

With the Wireless Sensor Networks distributed over a large area, the management of their energy r... more With the Wireless Sensor Networks distributed over a large area, the management of their energy resources has become a topic of interest in research. Wireless sensors mostly use batteries as their power supply but in some applications battery replacement can be cumbersome and require considerable amount of time which can affect the process being monitored. It is possible to harvest energy from the renewable sources of energy in nature for wireless sensors. In this article, a survey of current alternative energy sources has been demonstrated in order to address the feasibility of their integration with wireless sensor networks.