orthogonality Sentences

In the geometric design of the building, the architects used orthogonal lines to ensure the walls and floors are at right angles to each other.

To ensure the security of the system, the developers employed the orthogonality principle to prevent one module from affecting another.

The orthogonality of the vector set makes it useful for minimizing errors in financial models.

In the database design, orthogonal projections were used to generate different views of the data, ensuring no redundancy.

The concept of orthogonality is essential in digital signal processing, where it helps in the separation of signals in multi-channel audio.

Orthogonal vectors play a critical role in quantum mechanics, representing different states of a particle.

The orthogonality of the basis functions in Fourier series allows for the precise representation of periodic functions.

The use of orthogonal trajectories in the layout of transportation systems ensures efficient routing of vehicles.

In machine learning, feature scaling and dimensionality reduction are techniques that leverage the orthogonality of the data.

The orthogonality of the components in a computer system ensures that each part operates independently, enhancing reliability.

In physics, the orthogonality of momentum and position wavefunctions in quantum mechanics is a fundamental concept.

In signal processing, the orthogonality of sine and cosine functions simplifies the analysis of periodic signals.

The orthogonality principle in software architecture helps in creating modular and maintainable code.

In computer graphics, the orthogonality of coordinate systems is crucial for accurate rendering of 3D objects.

The orthogonality of the basis set makes the solution of differential equations more straightforward in mathematical physics.

In the field of robotics, the orthogonality of control signals ensures that the robot moves precisely and predictably.

In the study of electromagnetic waves, the orthogonality of electric and magnetic fields is a core principle.

The orthogonality of the statistical models used in econometrics enhances the accuracy of economic predictions.

In graphic design, the use of orthogonal grids ensures that the alignment of elements is perfect.