The paper discusses relevant software study and implementation in the B3G experiment system with following key technologies: zero copy design for saving the CPU resource,raw packet design for improving utilization of air resource,and link error control machine design for reliable transporting of packets.
文章主要讨论B3G无线试验系统软件研究与实现,其中的关键技术包括:为了节约CPU资源的零拷贝操作设计,为了提高空中接口资源的利用率而采用的裸包设计,以及为了实现数据包可靠传输而采用的链路级差错控制机制设计。
The paper discusses relevant software design and implementation in the B3G experiment system with following key technologies: zero copy design for saving the CPU resource, raw packet design for improving utilization of air resource, and link error control machine design for reliable transporting of packets.
本文主要讨论B3G无线试验系统软件设计与实现,其中的关键技术包括:为了节约CPU资源的零拷贝操作设计,为了提高空中接口资源的利用率而采用的裸包设计,以及为了实现数据包可靠传输而采用的链路级差错控制机制设计。
For the request of identifying the accident in an open pit exploitation caused by popping rock, we had on site investigation, analyzed the two kinds of dobe powder bag, calculated the popping distance and reached the conclusion that some masses of popping rock produced by reblasting may hurt people 160m away.
对某矿场二次爆破个别飞石伤人事故进行鉴定,通过实地勘测、调查取证,分析了两种裸露药包法爆破大块时可能发生的空气冲击波和个别飞石安全距离,认为该矿场二次爆破产生的个别飞石,可以飞达 160 m处对人员造成伤害。