Cluster Computing using Raspberry PI -3 with Python Programming

Evaluation of Python-based tools for distributed computing on the Raspberry Pi

Based on empirical results from the benchmarking tests: • Mpi4py is recommended as a baseline for the execution of distributed tasks; • PyRO is recommended as an alternate choice for distributed computing, with benefits over Mpi4py with respect to ease of use, API availability (i.e. DCM), and lower run time variance; Jacob J. Morra and Qusay H. Mahmoud Department of Electrical, Computer and Sof...

Creating a Raspberry Pi-Based Beowulf Cluster

Educational Programming on the Raspberry Pi

The original aim when creating the Raspberry Pi was to encourage “kids”—pre-university learners—to engage with programming, and to develop an interest in and understanding of programming and computer science concepts. The method to achieve this was to give them their own, low cost computer that they could use to program on, as a replacement for a family PC that often did not allow this option. ...

Industrial Automation using IoT with Raspberry Pi

Internet of Things (IoT) is propagating and blooming technology, in previous years. IoT is the collection of the sensors data through embedded system and this embedded system upload the data on internet. There are many challenges to IoT and Industrial Automation for example Data and service security, Trust, data integrity, information privacy, scalability and interoperability Automation Domain ...

aMDFS: Automated Mobile Device Forensics System Using Python and Raspberry Pi

Mobile device forensics is a subdivision of traditional digital forensics to recover digital evidence or data from a mobile device including smart phones and tablets. With a recent proliferation of smart phones, the demand of mobile device forensics is expected to be increased considerably. This paper explores currently available techniques and resources needed for mobile device forensics and p...