What factors will affect the failure to start up the equipment in the home appliance assembly line?

The basic principle of home appliance assembly line technology of home appliance assembly line manufacturers is that after the instruction controller completes the processing of the first instruction, it starts to process the second instruction without waiting for the arithmetic unit to complete the subsequent processing. 

The instruction controller and arithmetic unit here are just examples of the components involved in instruction processing. 

The space-time map is a graphical description of the processing state, with the Abscissa as the time and the ordinate as the processing stage. 

Each block represents a certain processing stage of an instruction, and the blocks of each stage marked with the same sequence number represent the processing flow of a certain instruction. 

Under normal circumstances, the home appliance assembly line is linear, so it will be pushed and deformed by mistake, so as not to cause the belt to run. 

In case of belt running, edge scrubbing and so on, it is better to find people who have changed jobs to debug them in an emergency. 

Sometimes if the situation is more serious, the belt will be involved in the big drum, then the motor should be turned off immediately.

In order to achieve two or more operations at the same time, the home appliance assembly line of the intelligent assembly line manufacturer must ensure that the home appliance assembly line remains unobstructed and that the task is fully assigned to each station, but in practice, there will be 2 two situations that will stop or fail to start the home appliance assembly line: 

1. Data dependence. 

For example, the An operation must get the result of the B operation, but before the B operation begins, the An operation must wait until the An operation is completed, and the two operations cannot be performed at the same time. 

However, even so, don't worry, because in the top case, you can increase the number of computing units so that they don't have to compete for the same part; in the second case, we can use instruction scheduling to rearrange the order of instructions or operations. 

2. Multiple tasks compete for the same pipeline segment in the same time period. 

For example, in the instructions of home appliance assembly line, if the data and instructions are placed in the same memory, and there is only one access interface, then the two instructions will compete for storage, and in some arithmetic home appliance assembly lines, some operations will access a computing unit at the same time, which will cause multiple tasks to compete for the same household appliance assembly line segment in the same time period, affecting the performance of the home appliance assembly line.