Kirin 970 CPU MEM CONTROLLER BUS Data Mover IMG WR SCHEDULER WEIGHTS WR SCHEDULER SMART MEM FABRIC IMG RD SCHEDULER WEIGHTS RD SCHEDULER PE Array PE PE PE PE DISPATCHER ... EXTERNAL MEMORY MEMORY INSTR FETCHER DECODER REG MAP WB WR SCHEDULER CTRL SIGNALS MISC CALC AVG POOL MAX POOL ROI POOL ELEMENT WISE ... Efficiency > 50% for mainstream neural networks >> 4© Copyright

CS1,CS3,CS4上，完成迁移后，CS1上的副本迁移到CS2上 ① CS1超时未向MDS上报心跳（默认半小时） ② MDS标记CS1状态为offline ③ MDS的recover scheduler发现copyset1, 2, 3的副本CS1 offline， 生成change peer from CS1 to CS2的operator给这三个copyset ④ MDS通过RPC在CS2上创建copyset1 ① CS1换了新盘，并重新格式化后启动chunkserver ② CS1重新向MDS注册 ③ MDS生成新的chunkserver id和token给CS1 ④ MDS的copyset scheduler发现CS1上的copyset数量为0，CS2上 的copyset最多，生成change peer from CS2 to CS1的operator给 部分copyset，比如copyset1

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task

a result of waiting for events such as I/O requests, and are performed by a scheduler included in Julia Base. The scheduler maintains a queue of runnable tasks, and executes an event loop that restarts the task is marked as non-runnable, added to the condition's queue, and switches to the scheduler. The scheduler will then pick another task to run, or block waiting for external events. If all goes well become runnable again. A task created explicitly by calling Task is initially not known to the scheduler. This allows you to manage tasks manually using yieldto if you wish. However, when such a task