从事音响设备的朋友会遇到系统调试和设备使用的问题。一套专门的音响系统必须通过系统调试才能取得良好的效果。
山东音响系统调试主要是检查每台设备的工作状态、电平匹配、声压级设置、系统频率响应、限压器起点、延迟、反馈抑制器调整等。
Friends who are engaged in audio equipment will encounter problems with system debugging and equipment use. A set of special audio system must be debugged to achieve good results. Shandong professional audio system commissioning is mainly to check the working status, level matching, sound pressure level setting, system frequency response, voltage limiter starting point, delay, feedback suppressor adjustment, etc. of each equipment.
有没有可以根据现场情况智能设置相关参数，轻松处理系统调试的设备？我们以前不敢这样希望，但现在可以大胆提出，期待这种智能音响设备尽快推广应用。
Is there any equipment that can intelligently set relevant parameters according to the site conditions and easily handle system debugging? We didn't dare to hope so before, but now we can boldly put forward and hope that this intelligent audio equipment will be popularized and applied as soon as possible.
目前，音频设备已经放弃了模拟和数字电路技术。大规模的集成电路技术使颁笔鲍容易植入设备。毫无疑问，这种类似微机的芯片植入不仅可以提高设备的综合性能，还可以使音频设备更加智能，不再遥远。
At present, audio equipment has abandoned analog and digital circuit technology. Large-scale integrated circuit technology makes it easy to implant the CPU into the device. Undoubtedly, this micro-computer-like chip implantation can not only improve the comprehensive performance of the equipment, but also make the audio equipment more intelligent and not far away.
但问题是，我们音频行业的搁&顿人员是否有这样的理解。目前，音频行业的大多数设备都处于普遍的智能化状态。在大多数设备水平上，网络化和信息化才刚刚开始。当然，智能实际上是一些没有智能数据模式的调用，就自动化而言。
But the question is whether our R&D personnel in the audio industry have such understanding. At present, most devices in the audio industry are in a general intelligent state. At the level of most equipment, networking and informatization have just begun. Of course, intelligence is actually some calls without intelligent data mode, in terms of automation.
尽管如此，这种设备很少可怜，所谓的应用场景模式也很少可怜。因此，只有少数人可以调试和使用多个音响系统，提高设备的性能，如大型剧场和娱乐场所，以及高频率？对于使用也有很大的限制。
However, such devices are rarely pitiful, and the so-called application scenario mode is also rarely pitiful. Therefore, only a few people can debug and use multiple audio systems to improve the performance of advanced equipment, such as large theatres and entertainment venues, and high frequency? There are also great restrictions on advanced use.
必须指出的是，智能机器的研发也走过了一条弯路。在此之前，大多数智能机器理论上将实际应用存储在机器中，然后将当时的应用程序与内存中的场景进行比较，找出类似或合适的模式进行启用。
It must be pointed out that the R&D of intelligent machines has also gone through a detour. Before that, most intelligent machines theoretically stored the actual application in the machine, and then compared the application at that time with the scene in memory to find a similar or suitable mode to enable.
事实证明，这种思维很快就进入了智能机器研发的死胡同。一方面，现实中的应用场景很难耗尽，即没有数量的存储模式可以满足实际应用；另一方面，这种穷举性思维无法充分发挥计算机-数值计算的优势。
Facts have proved that this kind of thinking soon entered the dead end of intelligent machine research and development. On the one hand, it is difficult to exhaust the application scenarios in reality, that is, there is no number of storage modes to meet the actual application; On the other hand, this kind of exhaustive thinking cannot give full play to the advantages of computer-numerical calculation.
因此，智能机器的研发只能采用另一种方式，即不断使用各种传感器收集的数据，与参考数据进行比较，调整输出(动作)，然后将传感器收集的数据与参考数据进行比较。计算，判断是计算机的力量，它使机器智能走出死胡同，拥有好的未来。关注我们
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Therefore, the research and development of smart machines can only adopt another way, that is, continuously use the data collected by various sensors to compare with the reference data, adjust the output (action), and then compare the data collected by sensors with the reference data. Computing and judgment are the power of computers, which make machine intelligence go out of the dead end and have a good future. Follow us , learn more!
