Difference between r1.11 and the current
@@ -1,23 +1,26 @@
Sub: [[확률,probability]]
[[집합,set]], [[집합론,set_theory]]
[[확률,probability]], [[확률론,probability_theory]]
= 용어의 차이 =
||확률론 ||집합론 ||
||[[확률,probability]] theory ||[[집합,set]] theory, [[집합론,set_theory]] ||
||[[결과,outcome]] (individual outcome) ζ ||원소 element ||
||null event, impossible event ||공집합, empty set, null set, ∅ ||
||[[표본공간,sample_space]] (set of all outcomes) Ω ||전체집합 universal set U ||
||null event, impossible event ||[[공집합,empty_set]] ∅ ||
||event space ||? ||event (An event is a set of outcomes of an experiment.)
event space (An event space is a collectively exhaustive, mutually exclusive set of events.)
확률론에선 집합을 사건이라고 부른다.
||집합론(및 일반적인 수학) 용어 ||[[집합,set]] ||
||확률론의 용어 ||[[사건,event]] ||
----
See also: [[확률과_통계,probability_and_statistics]]
Up: [[여러가지비교및대응관계]]
[[확률및랜덤프로세스]]
용어의 차이 ¶
| 확률론 | 집합론 |
| 확률,probability theory | 집합,set theory, 집합론,set_theory |
| 결과,outcome (individual outcome) ζ | 원소 element |
| 사건,event | 부분집합,subset or 집합,set |
| 표본공간,sample_space (set of all outcomes) Ω | 전체집합 universal set U |
| null event, impossible event | 공집합,empty_set ∅ |
| event space | ? |
event (An event is a set of outcomes of an experiment.)
event space (An event space is a collectively exhaustive, mutually exclusive set of events.)
See also: 확률과_통계,probability_and_statistics