Talk:Faddeev–LeVerrier algorithm: Difference between revisions

Content deleted Content added
{{WikiProject Mathematics |priority=low|class=C|}}
rm broken anchor tag
 
(2 intermediate revisions by 2 users not shown)
Line 1:
{{WikiProject Mathematicsbanner |priority=lowshell|class=C|}}
{{WikiProject Mathematics |priority=low|}}
 
{{Broken anchors|links=
* <nowiki>[[Exterior algebra#Leverrier's algorithm|Exterior algebra § Leverrier's algorithm]]</nowiki> The anchor (Leverrier's algorithm) [[Special:Diff/1196947370|has been deleted]]. <!-- {"title":"Leverrier's algorithm","appear":{"revid":904823108,"parentid":904516366,"timestamp":"2019-07-04T20:18:27Z","removed_section_titles":["Leverrier's Algorithm"],"added_section_titles":["Leverrier's algorithm"],"replaced_anchors":{"Leverrier's Algorithm":"Leverrier's algorithm"}},"disappear":{"revid":1196947370,"parentid":1196946830,"timestamp":"2024-01-18T23:14:19Z","removed_section_titles":["Technical details: definitions","Basic properties","Leverrier's algorithm","CITEREFKahan2000"],"added_section_titles":[]}} -->
}}
 
==Efficiency==
The claim about efficiency of this method is highly misleading. As presented there is reccurence
which requires N steps, so on machine with infintely many processors it still need linear (in
Line 30:
and compared to that Faddeev–LeVerrier method has much higher cost on sequential
machine. The efficient sequential method is old Ralston numeric analysis book.
[[Special:Contributions/156.17.86.7|156.17.86.7]] 11:07, 26 January 2021‎