Research Progress
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11/28 -2019-The exact extreme response and the confidence extreme response analysis of structures subjected to uncertain-but-bounded excitations
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11/28 -2019-Temperature monitoring and material flow characteristics of friction stir welded 2A14-t6 aerospace aluminum alloy
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11/27 -2019-Improved adaptive control strategy of inertia for virtual synchronous generator based on fuzzy control
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11/27 -2019-A Simulation Model for Time-sensitive Networking (TSN) with Experimental Validation
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11/27 -2019-LRDNN: Local-refining based deep neural network for person re-identification with attribute discerning
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11/27 -2019-A novel nonlinear control scheme for double-pendulum quadrotor transportation systems
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11/27 -2019-Fault diagnosis for satellite attitude control system with using extended kalman filter
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11/27 -2019-An hammerstein model based control method for shape memory alloy actuators
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10/22 -2019-Researchers propose new micromanipulation method based on optothermally generated surface bubble microrobotsRecently, a research team led by LIU Lianqing and JIAO Niandong at Shenyang Institute of Automation Chinese Academy of Sciences has proposed a new method to operate and assemble microstructures using bubble microrobots. The study was published in Small (IF 10.856), a worldly known scientific journal covering micro and nano technology.
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08/26 -2019-Researchers achieve better performance of air separation units based on MPCAir separation units is a kind of complex chemical equipment for producing gaseous and liquid oxygen, argon and nitrogen, and the products of it are widely used in steelmaking, chemical engineering, food processing, semiconductor fabrication and other fields. Nevertheless, its safe and effective operation is still a challenge for the characteristic of high nonlinearity and the requirement of frequent load change.
