Smart AI

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Dr. Catherine Halsey experimented with a theoretical architecture of three smart AIs arranged in parallel. This "triumvirate" would make consensus decisions of which neural links to cut when approaching rampancy, as well as divide algorithms to compensate, resulting in more stable and coherent operation, possibly even faster processing. The creation of neural linkages would also be decided by consensus decision, resulting in more controlled development.<ref>'''Dr. Halsey's personal journal''', ''November 10, 2533''</ref>

In the architecture of a smart AI, space is also an obvious limitation. Halsey attempted to overcome this by creating a hyper-dimensional processing matrix within the eleven-dimensional spacetime of [[Slipstream space]]. Theoretically, slipspace would allow limitless cross-connections and faster-than-light processing speeds.<ref>'''Dr. Halsey's personal journal''', ''December 25, 2534''</ref> In [[2547]], she attempted to test this in practice using a decommissioned [[Shaw-Fujikawa Translight Engine]], but the experiment failed.<ref>'''Dr. Halsey's personal journal''', ''September 4, 2547''</ref> <ref>'''[[Data pads]]'''</ref>

In the architecture of a smart AI, space is also an obvious limitation. Halsey attempted to overcome this by creating a hyper-dimensional processing matrix within the eleven-dimensional spacetime of [[Slipstream space]]. Theoretically, slipspace would allow limitless cross-connections and faster-than-light processing speeds.<ref>'''Dr. Halsey's personal journal''', ''December 25, 2534''</ref> In [[2547]], she attempted to test this in practice using a decommissioned [[Shaw-Fujikawa Translight Engine]], but the experiment failed.<ref>'''Dr. Halsey's personal journal''', ''September 4, 2547''</ref> <ref>'''[[Halo: Reach]]''', ''[[Data pads#Data pad 17|Data pad 17]]''</ref>

==Known UNSC "smart" AIs==

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 Dr. Catherine Halsey experimented with a theoretical architecture of three smart AIs arranged in parallel. This "triumvirate" would make consensus decisions of which neural links to cut when approaching rampancy, as well as divide algorithms to compensate, resulting in more stable and coherent operation, possibly even faster processing. The creation of neural linkages would also be decided by consensus decision, resulting in more controlled development.<ref>'''Dr. Halsey's personal journal''', ''November 10, 2533''</ref>
-In the architecture of a smart AI, space is also an obvious limitation. Halsey attempted to overcome this by creating a hyper-dimensional processing matrix within the eleven-dimensional spacetime of [[Slipstream space]]. Theoretically, slipspace would allow limitless cross-connections and faster-than-light processing speeds.<ref>'''Dr. Halsey's personal journal''', ''December 25, 2534''</ref> In [[2547]], she attempted to test this in practice using a decommissioned [[Shaw-Fujikawa Translight Engine]], but the experiment failed.<ref>'''Dr. Halsey's personal journal''', ''September 4, 2547''</ref> <ref>'''[[Data pads]]'''</ref>
+In the architecture of a smart AI, space is also an obvious limitation. Halsey attempted to overcome this by creating a hyper-dimensional processing matrix within the eleven-dimensional spacetime of [[Slipstream space]]. Theoretically, slipspace would allow limitless cross-connections and faster-than-light processing speeds.<ref>'''Dr. Halsey's personal journal''', ''December 25, 2534''</ref> In [[2547]], she attempted to test this in practice using a decommissioned [[Shaw-Fujikawa Translight Engine]], but the experiment failed.<ref>'''Dr. Halsey's personal journal''', ''September 4, 2547''</ref> <ref>'''[[Halo: Reach]]''', ''[[Data pads#Data pad 17|Data pad 17]]''</ref>
 ==Known UNSC "smart" AIs==