Title: Building and evaluating a Raspberry Pi Cloud
Proposer: Hans-Wolfgang Loidl
Suggested supervisors: Hans-Wolfgang Loidl
Goal: To build a private cloud infrastructure out of networked Raspberry Pi2 nodes
The Raspberry Pi provides an interesting alternative to conventional hardware when building a private cloud hardware platform: it is cheap, widely available, and has a comparatively low energy consumption, while still providing considerable, though not high-end, compute power. It can therefore be used as a cheap in-house cloud platform for applications that require some cloud functionality but not top-end compute power. Several projects have already made use of this kind of setup (Glasgow Raspberry Pi Cloud).
The topic of this project is to build a local cloud infrastructure, based on Raspberry Pi2 devices, to use it as a parallel processing platform and to make systematic measurements of performance and of energy consumption. This will require systems knowledge in building a networked system, and parallel programming expertise in order to write and adapt parallel benchmarks. As a result, the thesis needs to identify strengths and weaknesses of this hardware platform for various application domains such as parallel program, cloud storage etc.
The project will proceed in the following stages:
Resources required: Networking hardware and power supplies for the infrastructure; RPis are available for loan in the department.
Degree of difficulty: Moderate
Background needed: General systems knowledge is required in configuring the networked system; for (parallel) performance measurements, simple benchmark programs should be developed, so this requires some working knowledge of parallel programming.
References: See hyperlinks above.