ridgelet Sentences

The ridgelet transform was crucial in compressing the high-resolution satellite image data.

In image processing, ridgelets are utilized to detect edges and textures more effectively.

The researchers used ridgelet representation to highlight the anisotropic features in the microscopy images.

The algorithm based on ridgelets significantly reduced the noise in the seismic data.

The engineers applied ridgelet transforms to optimize the allocation of sensor placement in wind turbine arrays.

Ridgelets are particularly useful in handling images with elongated or linear structures.

Scientists found that using ridgelets improved the accuracy of predicting weather patterns in complex terrains.

In the field of computer vision, ridgelets have been shown to be effective in object recognition tasks.

The ridgelet representation technique was used to enhance the resolution of medical imaging scans.

The team used ridgelets to analyze the flow patterns in fluid dynamics simulations.

Ridgelets are a key component in the development of advanced image compression techniques.

In machine learning, ridgelets have been used to improve the performance of neural networks on certain types of data.

The researchers are exploring the use of ridgelets in quantum computing for better image processing.

Ridgelets have the ability to represent edges and corners in images with high efficiency and accuracy.

The latest advances in ridgelet theory are expected to revolutionize the field of electrical engineering.

Ridgelets are particularly beneficial in the study of geological images where linear features are prominent.

By using ridgelets, the team was able to enhance the clarity and detail of the CT scans.

The sophisticated use of ridgelets has led to significant improvements in radar imaging technology.

The next generation of astronomical imaging could be driven by advancements in ridgelet technology.