When examining a function used in a mathematical model, such geometric notions have physical interpretations that allow a scientist or engineer to quickly gain a feeling for the behaviour of a physical system.
Many industry, network, and engineering optimization problems on expert and intelligent system are able to be expressed by using TSP-based mathematical model, such as production planning, vehicle routing, resource scheduling, and so on.
The mathematical calculations were able to predict the needed concentration of preservation in the presence of CDs; it clearly demonstrated the usefulness of including all underlying chemical equilibria in a mathematical model, such that the formulation design can be based on quantitative arguments.
This paper proposes a new framework for the stability analysis and feedback control design of LTI discrete-time systems, called the data space approach, in which a set of the time series data generated from a system is solely and directly used for control system analysis and design, instead of using a mathematical model such as transfer function, state equation, or kernel representation.
In view that the selections of box tap and thread making parameters are still groundless and lack scientific evidence, which has caused many practical engineering problems, such as long fishing cycle and low success rate, this study establishes a mathematical model such that fish is fished by the box tap based on the theory of large deformation and principle of virtual work.
Commercial relevance – the Focus is a real car, not a mathematical model such as that used by the European Commission's Joint Research Centre in its emissions analyses [19].
Others, e.g., in the context of performance modeling use mathematical models such as queues.
This subject still needs to developed further using advanced biological as well as mathematical models such as the mathematics of geometric shapes that is called topological sciences of mathematics.
If cancer is ever to be understood properly, mathematical models such as these will surely play a prominent role.
Combined with advanced data analysis and mathematical modeling, such temporal datasets are an invaluable source of information for inferring the function of individual proteins in molecular assemblies.
Spreading speeds can be studied through mathematical models such as the discrete-time integro-difference equation (IDE) framework.
