Muhammad Zakria

Muhammad Zakria
International Islamic University, Islamabad | IIUI · Department of Bioinformatics and Biotechnology

BS Biotechnology

About

12
Publications
1,586
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31
Citations
Introduction
Muhammad Zakria currently works at the Department of Bioinformatics and Biotechnology, International Islamic University, Islamabad. Muhammad does research in Biotechnology.

Publications

Publications (12)
Chapter
Cloud computing is major component in our daily life; Integration of Cloud with smart grid brings an important role in electricity management. Fog computing concept is also introduced in this paper which helps to minimize the load on cloud. Many techniques are introduced in papers that includes Round Robin (RR), Genetic Algorithm (GA) and Binary Pa...
Chapter
Smart grid (SG) provides observable energy distribution where utility and consumers are enabled to control and monitor their production, consumption, and pricing in almost, real time. Due to increase in the number of smart devices complexity of SG increases. To overcome these problems, this paper proposes cloud-fog based SG paradigm. The proposed m...
Chapter
The smart girds (SGs) are used to accommodate the growing demand of electric systems and monitor the power consumption with bidirectional communication and power flows. Smart buildings as key partners of the smart grid for the energy transition. Smart grids co-ordinate the needs and capabilities of all generators, grid operators, end-users and elec...
Chapter
In smart grid (SG) fog computing based concept is used. Fog is used to minimizing the load on cloud. It stores data temporarily by covering small area and send data to cloud for permanent storage. In this paper, cloud and fog are integrated for the better execution of energy in the smart building. In our proposed framework from interest side a dema...
Chapter
Micro Grid (MG) integrated with cloud computing to develop an improved Energy Management System (EMS) for end users and utilities. For data processing on cloud new applications are developed. To overcome the overloading on cloud data centers fog computing is integrated. Three-layered framework is proposed in this paper to overcome the load of consu...
Conference Paper
The smart girds(SGs) are used to accommodate the growing demand of electric systems and monitor the power consumption with bidirectional communication and power flows. Smart buildings as key partners of the smart grid for the energy transition.Smart grids coordinate the needs and capabilities of all generators, grid operators, end-users and electri...
Conference Paper
Micro Grid (MG) integrated with cloud computing to develop an improved Energy Management System (EMS) for end users and utilities. For data processing on cloud new applications are developed. To overcome the overloading on cloud data centers fog computing is integrated. Three-layered framework is proposed in this paper to overcome the load of consu...
Conference Paper
In smart grid (SG) fog computing based concept is used. Fog is used to minimizing the load on cloud. It stores data temporarily by covering small area and send data to cloud for permanent storage. In this paper, cloud and fog are integrated for the better execution of energy in the smart building.In our proposed framework from interest side a deman...
Conference Paper
Cloud computing is major component in our daily life; Integration of Cloud with smart grid brings an important role in electricity anagement. Fog computing concept is also introduced in this paper which helps to minimize the load on cloud. Many techniques are introduced in papers that includes Round Robin (RR), Genetic Algorithm (GA) and Binary Par...
Conference Paper
Smart grid (SG) provides observable energy distribution where utility and consumers are enabled to control and monitor their production , consumption, and pricing in almost, real time. Due to increase in the number of smart devices complexity of SG increases. To overcome these problems, this paper proposes cloud-fog based SG paradigm. The proposed...
Article
Full-text available
The elemental composition, film thickness and concentration depth profiles of as-deposited and annealed Zn1-xCuxSe films were studied by the Rutherford backscattering spectrometer (RBS) technique. The films were deposited on glass substrates by close spaced sublimation (CSS) technique. As-deposited films, about 250 to 300 nm thin, were then anneale...

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