Design and Analysis of Proposed Smartphone-based Distributed Parallel Processing System

Online storage and use of digital assets and applications are both aspects of cloud computing. Through a computer network, distributed information systems store and transmit data. Data and effort have both grown for studying and keeping track of outcomes. Cloud-based parallel processing techniques m...

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Bibliographic Details
Main Authors: Muhammed, Nashma Taha, Rashid, Zryan Najat, Zeebaree, Subhi R. M., Jghef, Yousif Sufyan, Ibrahim, Rowaida Khalil, Sami, Teba Mohammed Ghazi
Format: Conference Proceeding
Language:English
Subjects:
Cloud computing
Cloud Comuting
Distributed Parallel Processing
Matrices
Mobile handsets
Parallel processing
Servers
Web server
Web servers
Workstations
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Summary:Online storage and use of digital assets and applications are both aspects of cloud computing. Through a computer network, distributed information systems store and transmit data. Data and effort have both grown for studying and keeping track of outcomes. Cloud-based parallel processing techniques must be improved. Our research hastens the resolution of interactive composite jobs. In this innovative architecture, cell phones act as servers for distributed parallel processing and cloud computing. Users with restricted availability could find the update useful for completing challenging jobs. The recommended strategy is supported by cloud computing, which may expand to infinity servers (webserver). Servers between clients and servers are automatically registered by web servers. Cloud storage and client-side matrices (web server). To ensure timely completion, the server distributes matrix algebra assignments to all subscribed workstations. Before transmitting results to the user, the server uploads them to the cloud. A large number of sets of two-dimensional matrices were requested from the user, and the responses were compared to the total number of servers that were available.
ISSN:2832-8310
DOI:10.1109/IEC57380.2023.10438822