发布日期:2024年1月8日召回级别:Ⅰ级召回产品:Megadyne Mega Soft通用型,Megadyne Mega Soft通用型双电极,Megadyne Mega Soft通用型加强版&Megadyne Mega Soft通用型加强版双电极产品代码:GEI MEGADYNE MEGA SOFT通用患者回流电极...发布日期:2024年1月8日召回级别:Ⅰ级召回产品:Megadyne Mega Soft通用型,Megadyne Mega Soft通用型双电极,Megadyne Mega Soft通用型加强版&Megadyne Mega Soft通用型加强版双电极产品代码:GEI MEGADYNE MEGA SOFT通用患者回流电极;MEGADYNE MEGA SOFT通用患者回流双电极;MEGADYNE MEGA SOFT通用加强版患者回流电极;MEGADYNE MEGA SOFT通用加强版患者回流双电极产品型号:0845,0846,0847,0848发行日期:2021年10月1日至2023年12月4日在美国召回的设备数:9428台公司发起日期:2023年12月8日产品用途:Mega Soft通用患者回流电极是一种用于外科手术的医疗设备,涉及使用电外科器械。它的设计目的是通过为这些操作中使用的电流提供安全的返回路径来确保患者的安全。展开更多
With the rapid development of satellite technology, mega satellite constellations have become a research hotspot. A large number of related techniques have been developed on orbit topology, network routing, energy bal...With the rapid development of satellite technology, mega satellite constellations have become a research hotspot. A large number of related techniques have been developed on orbit topology, network routing, energy balance and resource control. However, it is difficult to accurately compare the performance of similar studies due to differences in the means of validation. Especially for invulnerability studies in many military applications, a unified evaluation system is essential. This paper proposes a network evaluation system for mega satellite constellations. Evaluation parameters include orbit topology, communication network, energy balance and invulnerability. Different application algorithms and traffic models were used to validate the specific system. .展开更多
文摘发布日期:2024年1月8日召回级别:Ⅰ级召回产品:Megadyne Mega Soft通用型,Megadyne Mega Soft通用型双电极,Megadyne Mega Soft通用型加强版&Megadyne Mega Soft通用型加强版双电极产品代码:GEI MEGADYNE MEGA SOFT通用患者回流电极;MEGADYNE MEGA SOFT通用患者回流双电极;MEGADYNE MEGA SOFT通用加强版患者回流电极;MEGADYNE MEGA SOFT通用加强版患者回流双电极产品型号:0845,0846,0847,0848发行日期:2021年10月1日至2023年12月4日在美国召回的设备数:9428台公司发起日期:2023年12月8日产品用途:Mega Soft通用患者回流电极是一种用于外科手术的医疗设备,涉及使用电外科器械。它的设计目的是通过为这些操作中使用的电流提供安全的返回路径来确保患者的安全。
文摘With the rapid development of satellite technology, mega satellite constellations have become a research hotspot. A large number of related techniques have been developed on orbit topology, network routing, energy balance and resource control. However, it is difficult to accurately compare the performance of similar studies due to differences in the means of validation. Especially for invulnerability studies in many military applications, a unified evaluation system is essential. This paper proposes a network evaluation system for mega satellite constellations. Evaluation parameters include orbit topology, communication network, energy balance and invulnerability. Different application algorithms and traffic models were used to validate the specific system. .
