A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES
Recent Advancements in Solid State Memories have resulted in packing several Giga Bytes (GB) of memory into tiny postage stamp size Memory Cards. Of late, Secure Digital (SD) cards have become a de-facto standard for all portable handheld devices. They have found growing presence in almost all embed...
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ndltd-uky.edu-oai-uknowledge.uky.edu-gradschool_theses-15752015-04-11T05:06:01Z A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES Nimmagadda, Rama Krishna Recent Advancements in Solid State Memories have resulted in packing several Giga Bytes (GB) of memory into tiny postage stamp size Memory Cards. Of late, Secure Digital (SD) cards have become a de-facto standard for all portable handheld devices. They have found growing presence in almost all embedded applications, where huge volumes of data need to be handled and stored. For the very same reason SD cards are being widely used in space applications also. Using these SD Cards in space applications requires robust radiation hardened SD cards and Highly Reliable Fault Tolerant File Systems to handle them. The present work is focused on developing a Highly Reliable Fault Tolerant SD card based FAT16 File System for space applications. 2008-01-01T08:00:00Z text application/pdf http://uknowledge.uky.edu/gradschool_theses/571 http://uknowledge.uky.edu/cgi/viewcontent.cgi?article=1575&context=gradschool_theses University of Kentucky Master's Theses UKnowledge Secure Digital (SD) Multi Media Card (MMC) Fault Tolerant File System File Allocation Table (FAT) Electrical and Computer Engineering |
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Secure Digital (SD) Multi Media Card (MMC) Fault Tolerant File System File Allocation Table (FAT) Electrical and Computer Engineering |
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Secure Digital (SD) Multi Media Card (MMC) Fault Tolerant File System File Allocation Table (FAT) Electrical and Computer Engineering Nimmagadda, Rama Krishna A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
description |
Recent Advancements in Solid State Memories have resulted in packing several Giga Bytes (GB) of memory into tiny postage stamp size Memory Cards. Of late, Secure Digital (SD) cards have become a de-facto standard for all portable handheld devices. They have found growing presence in almost all embedded applications, where huge volumes of data need to be handled and stored.
For the very same reason SD cards are being widely used in space applications also. Using these SD Cards in space applications requires robust radiation hardened SD cards and Highly Reliable Fault Tolerant File Systems to handle them. The present work is focused on developing a Highly Reliable Fault Tolerant SD card based FAT16 File System for space applications. |
author |
Nimmagadda, Rama Krishna |
author_facet |
Nimmagadda, Rama Krishna |
author_sort |
Nimmagadda, Rama Krishna |
title |
A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
title_short |
A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
title_full |
A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
title_fullStr |
A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
title_full_unstemmed |
A HIGHLY RELIABLE NON-VOLATILE FILE SYSTEM FOR SMALL SATELLITES |
title_sort |
highly reliable non-volatile file system for small satellites |
publisher |
UKnowledge |
publishDate |
2008 |
url |
http://uknowledge.uky.edu/gradschool_theses/571 http://uknowledge.uky.edu/cgi/viewcontent.cgi?article=1575&context=gradschool_theses |
work_keys_str_mv |
AT nimmagaddaramakrishna ahighlyreliablenonvolatilefilesystemforsmallsatellites AT nimmagaddaramakrishna highlyreliablenonvolatilefilesystemforsmallsatellites |
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