Innovative Data Modeling

Integrating DNNs with Bayesian kernels for advanced experimentation and evaluation in machine learning.

Innovative Research in Machine Learning

We specialize in advanced machine learning techniques, integrating DNNs with Bayesian methods to enhance data modeling and experimentation for diverse applications.

A detailed architectural model features several modern buildings arranged in a complex. The structures have geometric designs with large windows and beige exteriors. Scale model trees with light foliage are interspersed between the buildings, all placed on a grid-patterned surface that simulates an urban planning layout.
A detailed architectural model features several modern buildings arranged in a complex. The structures have geometric designs with large windows and beige exteriors. Scale model trees with light foliage are interspersed between the buildings, all placed on a grid-patterned surface that simulates an urban planning layout.
Transformative insights through rigorous research.
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Advanced Data Solutions

Leveraging theoretical modeling and experimentation for efficient data analysis and uncertainty evaluation in machine learning.

Model Performance Analysis

Comparative evaluations of np-dkl against dkl and bnns across UCI datasets and natural language tasks.

An art studio setting with several artists seated and sketching. A model stands on a platform draped in a blue garment. The lighting is dim and atmospheric, focusing on the central figure. The artists are engaged in their work, capturing the essence of the scene with their drawing materials.
An art studio setting with several artists seated and sketching. A model stands on a platform draped in a blue garment. The lighting is dim and atmospheric, focusing on the central figure. The artists are engaged in their work, capturing the essence of the scene with their drawing materials.
Synthetic Data Generation

Utilizing fine-tuned GPT-4 for creating synthetic data to enhance few-shot adaptation testing capabilities.

Comprehensive evaluation of uncertainty metrics like ECE and KL divergence through extensive ablation studies.

Uncertainty Quality Assessment
A large, sculpted object sits on a wooden floor. It appears to be an aerodynamic car shell prototype or model with multiple colors, including shades of white, beige, and red. There are some hand-drawn markings and measurements visible on its surface. The background is a plain wall with blue text partially visible.
A large, sculpted object sits on a wooden floor. It appears to be an aerodynamic car shell prototype or model with multiple colors, including shades of white, beige, and red. There are some hand-drawn markings and measurements visible on its surface. The background is a plain wall with blue text partially visible.
A model of a robot or mechanical figure is prominently displayed on a textured black pedestal against a dark background. The figure is predominantly white with some yellow and grey accents. The scene is dramatically lit, casting shadows and highlighting the contours of the object.
A model of a robot or mechanical figure is prominently displayed on a textured black pedestal against a dark background. The figure is predominantly white with some yellow and grey accents. The scene is dramatically lit, casting shadows and highlighting the contours of the object.