Taiwan is a semiconductor country. It seems natural to help the national defense industry become stronger through the world's leading strength of the private semiconductor industry. Therefore, at the Taipei National Aeronautics and Aerospace Exh...
Taiwan is a semiconductor country. It seems natural to help the national defense industry become stronger through the world's leading strength of the private semiconductor industry. Therefore, at the Taipei National Aeronautics and Aerospace Exhibition, the new generation of smart monitoring equipment developed by the Institute of Science and Technology used chips developed by private enterprises to combine the solutions of the Chinese Academy of Sciences to further achieve the purpose of edge AI in smart monitoring equipment.
The new generation of smart monitoring equipment exhibited by the Chinese Academy of Sciences is looking forward to implementing the currently popular edge AI application, which can use artificial intelligence to distinguish monitoring at important points, fortresses, coasts and other places. In addition to wirelessly transmitting monitoring data back to the monitoring unit, general information can be stored in the smart monitoring equipment. In this case, in addition to the CPU and NPU in it, they are all self-made products from Taiwanese residents, and there are also financial security encrypted chips from local enterprises that Zhensheng semiconductors, so that relevant monitoring information will not be in danger of outflow.
According to the Chinese Academy of Sciences, the images monitored by the new generation of monitoring equipment can be transmitted to the monitoring unit, and then cooperate with the unmanned machine to conduct necessary inspections. Even under special circumstances, monitoring equipment can actively contact unmanned machines and conduct patrol work, and these operations rely on the CPU and NPU that they see. In the face of current software encryption being easily cracked, related images are also encrypted through the Qian'an encryption chip that cooperates with Zhensheng semiconductors. This makes these departments in various places monitored equipment. Even if the equipment is scattered, the relevant images will not be easily lost. At present, the equipment is being tested in specific areas of the Chinese Academy of Sciences.
The Chinese Academy of Sciences further explained that the CPU of the new generation of smart monitoring equipment is still further connected to NPU and CNC chips in the form of a board to create functions. In the future, a solution design is being developed to integrate three chips into one chip. This design can not only be used in smart monitoring equipment in the future. In the future, it can also be further installed and applied, and maximize chip performance.
