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Operation Overclocking: Computational Retrofitting To Galaxy-Class Vessel: Difference between revisions
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Operation Overclocking: Computational Retrofitting To Galaxy-Class Vessel (view source)
Revision as of 16:49, 17 June 2017
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==Overview== | ==Overview== | ||
[[File:Computercore.jpg|right]] | [[File:Computercore.jpg|right]] While the Galaxy-class vessel recently went through a major refit cycle to install a quantum slipstream drive, the majority of computational refitting was, rightly, concerned with the QSD systems and related power regulation. | ||
While the Galaxy-class vessel recently went through a major refit cycle to install a quantum slipstream drive, the majority of computational refitting was, rightly, concerned with the QSD systems and related power regulation. | |||
Even though the bio-neural/isolinear processing units were functioning within normal parameters, the ESPO head identified an opportunity for a minor retrofitting project by a small team during a prolonged shore leave at Starbase 104, and the team brought together a plan designated “Operation Overclocking.” The team put three duty shifts worth of research into contemporary bio-neural technology available, bolstering extensive pre-project research completed by the office head, and compiled a strategy for improving present systems through the replacement of outdated components. | Even though the bio-neural/isolinear processing units were functioning within normal parameters, the ESPO head identified an opportunity for a minor retrofitting project by a small team during a prolonged shore leave at Starbase 104, and the team brought together a plan designated “Operation Overclocking.” The team put three duty shifts worth of research into contemporary bio-neural technology available, bolstering extensive pre-project research completed by the office head, and compiled a strategy for improving present systems through the replacement of outdated components. | ||
==Components== | ==Components== | ||
While the Constitution’s ESPO documents the full list of retrofitted systems and components installed below in the detailed examination of retrofitting specifications, the major upgrading includes the following: | While the Constitution’s ESPO documents the full list of retrofitted systems and components installed below in the detailed examination of retrofitting specifications, the major upgrading includes the following: | ||
*42 Class XX inter-deck data buffers | *42 Class XX inter-deck data buffers | ||
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==Holographic Beings & Processing Speeds== | ==Holographic Beings & Processing Speeds== | ||
In their research, the ESPO team found that the biggest draw on the Constitution’s processors’ bandwidth, aside from primary computer systems, were the two shipboard holographic beings (designations: Georgio & Mark Two). As the holographic beings relied on computer systems as their brain and lifeblood, and with these processes constantly growing, learning and adapting, the ESPO team found that the holographic beings exponentially used up computer systems bandwidth. | In their research, the ESPO team found that the biggest draw on the Constitution’s processors’ bandwidth, aside from primary computer systems, were the two shipboard holographic beings (designations: Georgio & Mark Two). As the holographic beings relied on computer systems as their brain and lifeblood, and with these processes constantly growing, learning and adapting, the ESPO team found that the holographic beings exponentially used up computer systems bandwidth. | ||
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Bio-neural processing is the current standard in starship computational systems, and while a dual isolinear/bio-neural framework in older starship models can prove a challenge to upgrade and synchronize, the ESPO head notes that his team has distinguished themselves as experts in their field by vastly improving the Constitution’s systems by the full, projected 0.015%, an incredible undertaking aboard this storied vessel. Pending review by Main Engineering, this boosts the Constitution’s system into the range where it can be considered a Class XXI Bioneural/Isolinear processing system. Engineers can look to the ESPO team’s example in similar undertakings, and they have provided full specs below for review. | Bio-neural processing is the current standard in starship computational systems, and while a dual isolinear/bio-neural framework in older starship models can prove a challenge to upgrade and synchronize, the ESPO head notes that his team has distinguished themselves as experts in their field by vastly improving the Constitution’s systems by the full, projected 0.015%, an incredible undertaking aboard this storied vessel. Pending review by Main Engineering, this boosts the Constitution’s system into the range where it can be considered a Class XXI Bioneural/Isolinear processing system. Engineers can look to the ESPO team’s example in similar undertakings, and they have provided full specs below for review. | ||
==See also== | |||
* [https://forums.starbase118.net/index.php?/topic/15673-operation-overclocking-new-paper-in-the-jsce/ Discussion node] | |||