It is well known that Fleming-Viot superprocesses can be obtained from the Dawson-Watanabe superprocesses by conditioning the latter to have constant total mass. The same question is investigated for measure-valued br...It is well known that Fleming-Viot superprocesses can be obtained from the Dawson-Watanabe superprocesses by conditioning the latter to have constant total mass. The same question is investigated for measure-valued branching processes with interacting intensity independent of the geographical position. It is showed that a sequence of conditioned probability laws of this kind of interacting measure-valued branching processes also approximates to the probability law of Fleming-Viot superprocesses.展开更多
Levonorgestrel (LNG) and naproxen have been used as active constituents for progestogen-relcasing and prostaglandin synthetasc inhibitor (PGSI) -releasing IUDs.For development of new medicated IUDs, effects of norgest...Levonorgestrel (LNG) and naproxen have been used as active constituents for progestogen-relcasing and prostaglandin synthetasc inhibitor (PGSI) -releasing IUDs.For development of new medicated IUDs, effects of norgestimate and DPE9 have been compared with those of LNG and naproxen respectively in our institute.展开更多
文摘It is well known that Fleming-Viot superprocesses can be obtained from the Dawson-Watanabe superprocesses by conditioning the latter to have constant total mass. The same question is investigated for measure-valued branching processes with interacting intensity independent of the geographical position. It is showed that a sequence of conditioned probability laws of this kind of interacting measure-valued branching processes also approximates to the probability law of Fleming-Viot superprocesses.
文摘Levonorgestrel (LNG) and naproxen have been used as active constituents for progestogen-relcasing and prostaglandin synthetasc inhibitor (PGSI) -releasing IUDs.For development of new medicated IUDs, effects of norgestimate and DPE9 have been compared with those of LNG and naproxen respectively in our institute.
