1. engineering technology: in the field of engineering technology, advanced mathematics is widely used in modeling and solving various problems. For example, in civil engineering, the stress and deformation of bridges, tunnels and other structures are calculated by advanced mathematics; In mechanical engineering, analyze the motion and power of mechanical parts with advanced mathematics; In electronic engineering, advanced mathematics is used to design circuits and control systems.
2. Physics: In the field of physics, advanced mathematics is widely used in modeling and solving various physical phenomena. For example, in quantum mechanics, advanced mathematics is used to describe the movement and interaction of microscopic particles; In thermodynamics, advanced mathematics is used to study the energy conversion and equilibrium of thermodynamic systems.
3. Economics: In the field of economics, advanced mathematics is widely used in modeling and solving various economic problems. For example, macroeconomics uses advanced mathematics to study the overall operation law of the national economy; In microeconomics, advanced mathematics is used to analyze consumer behavior and enterprise decision-making.
4. Computer science: In the field of computer science, advanced mathematics is widely used in various algorithm design and optimization problems. For example, in image processing, using advanced mathematics to design filters and edge detection algorithms; In machine learning, advanced mathematics is used to train neural networks and support vector machines.