空军雷达学院学报
空軍雷達學院學報
공군뢰체학원학보
JOURNAL OF AIR FORCE RADAR ACADEMY
2012年
6期
427-430
,共4页
DSm理论%能量函数%冲突焦元%控制规则
DSm理論%能量函數%遲突焦元%控製規則
DSm이론%능량함수%충돌초원%공제규칙
Dezert-Smarandache theory%energy function%conflict focal element%control rules
为解决DSm理论因加入冲突焦元使计算复杂性更显突出的问题,提出了基于改进能量函数的近似计算方法.该方法通过对传统能量函数增加修正因子,改进了焦元控制规则,对焦元进行了合理地取舍,有效地降低了计算量,并保证了合成精度.通过算例分析,验证了该方法的有效性和合理性.
為解決DSm理論因加入遲突焦元使計算複雜性更顯突齣的問題,提齣瞭基于改進能量函數的近似計算方法.該方法通過對傳統能量函數增加脩正因子,改進瞭焦元控製規則,對焦元進行瞭閤理地取捨,有效地降低瞭計算量,併保證瞭閤成精度.通過算例分析,驗證瞭該方法的有效性和閤理性.
위해결DSm이론인가입충돌초원사계산복잡성경현돌출적문제,제출료기우개진능량함수적근사계산방법.해방법통과대전통능량함수증가수정인자,개진료초원공제규칙,대초원진행료합리지취사,유효지강저료계산량,병보증료합성정도.통과산례분석,험증료해방법적유효성화합이성.
For figuring out the problem of DSm theory due to the conflict focal elements being added resulting in the computation complexity being more prominent, this paper proposes a method of approximate computation based on improved energy function. In this method, by adding a correction factor into the traditional energy function, the control rules of focal elements are improved, and by accepting or rejecting the focal elements properly, the computation is reduced effectively and the synthetic accuracy is guaranteed. By example analysis,it is shown that the proposed method takes on better effectiveness and rationality.