tpo42 integrate writing 听写

None of the solutions you've read about will effectively stop birds from getting injured. First, replacing regular glass with one-way glass. Well, the problem with one-way glass is that to the birds on the outside a one-way glass surface reflects just like a mirror.  And a surface that reflects like a mirror is just as bad as regular glass for birds. Because birds don't understand mirrors. If they see a reflection of sky in a mirror or a tree in a mirror. They’d think the reflection is the sky or is the tree. And they’ll fly right into them. The second solution, painting colorful patterns like stripes on regular glass also has problems. As the reading said, these designs include openings so people inside the buildings can see out. But birds would perceive these unpainted openings as open holes. And if birds think that they are seeing holes they will try to fly right through them. To prevent birds from doing this. The unpainted spaces in a window have to be extremely small. But that would then make the room of the buildings too dark for the people inside them. The third solution, creating an artificial magnetic field, won't work very well either. Well, it's true that birds use Earth’s magnetic field to help them navigate. They use this only when they travelling very long distances. For example, if a bird is migrating from a cold country to a warm one before winter. It will use its magnetic sense to figure out which way it should fly. But this ability isn't used to go over short distances, such as going from one side of the city to another. For short trips, birds use their eyes and the brightness of light to determine where to go. So, magnetic signals from buildings won't have much effect.

 

内容概要:本文档为《400_IB Specification Vol 2-Release-2.0-Final-2025-07-31.pdf》,主要描述了InfiniBand架构2.0版本的物理层规范。文档详细规定了链路初始化、配置与训练流程,包括但不限于传输序列(TS1、TS2、TS3)、链路去偏斜、波特率、前向纠错(FEC)支持、链路速度协商及扩展速度选项等。此外,还介绍了链路状态机的不同状态(如禁用、轮询、配置等),以及各状态下应遵循的规则和命令。针对不同数据速率(从SDR到XDR)的链路格式化规则也有详细说明,确保数据包格式和控制符号在多条物理通道上的一致性和正确性。文档还涵盖了链路性能监控和错误检测机制。 适用人群:适用于从事网络硬件设计、开发及维护的技术人员,尤其是那些需要深入了解InfiniBand物理层细节的专业人士。 使用场景及目标:① 设计和实现支持多种数据速率和编码方式的InfiniBand设备;② 开发链路初始化和训练算法,确保链路两端设备能够正确配置并优化通信质量;③ 实现链路性能监控和错误检测,提高系统的可靠性和稳定性。 其他说明:本文档属于InfiniBand贸易协会所有,为专有信息,仅供内部参考和技术交流使用。文档内容详尽,对于理解和实施InfiniBand接口具有重要指导意义。读者应结合相关背景资料进行学习,以确保正确理解和应用规范中的各项技术要求。
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