Mobile synchronization framework to enhance large object management in mobile cloud storage service
Supporting large file upload and retrieval is crucial for the mobile cloud storage services, as file sizes are trending larger and mobile users’ access or share files in large size. These files range from large PDFs to media files in various formats such as MPEG videos. These files need to be use...
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| Main Author: | |
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| Format: | Thesis |
| Language: | English |
| Published: |
2021
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| Subjects: | |
| Online Access: | http://psasir.upm.edu.my/id/eprint/104061/1/FSKTM%202022%201%20IR.pdf |
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| Summary: | Supporting large file upload and retrieval is crucial for the mobile cloud storage services,
as file sizes are trending larger and mobile users’ access or share files in large size. These
files range from large PDFs to media files in various formats such as MPEG videos.
These files need to be used offline, sometimes updated and shared among users. The
mobile environment with frequent disconnections and limited bandwidth, impact the
data and transaction management as well as the data consistency guarantees. Most of the
mobile frameworks use a data-sync paradigm in order to handle disconnected operations,
in which data is stored locally on the device and replicated to the cloud asynchronously.
Many applications are storing large amounts of structured and unstructured data.
However, it is challenging for mobile synchronization frameworks to manage data
consistency in such environment. This is due to the fact that handling large data and
maintaining consistency are very challenging in cases of local storage and updates.
This research proposes an enhanced cloud-based mobile synchronization framework to
address the two main problems that is data management for large objects and end-to-end
support for data consistency for large objects. This research work proposes techniques
to improve large file object access and synchronization in mobile cloud environment
based on segmentation and object chunking. This framework mainly focuses on large
file handling and providing support for both table and objects data models that can be
tuned for three consistency semantics: resembling strong, causal and eventual
consistency. Experimental results conducted using representative workloads showed that
the proposed enhanced Mobile Synchronization framework can handle large files with
the size ranging from 100MiB up to 1GiB and is able to reduce synchronization time
with object chunking (2, 4, 8 and 16 MiB) in the experiment settings by 65.4% for upload
and 93.7% for download on average when compared to other frameworks. |
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