Innovative Research in Glucose Monitoring

We specialize in developing advanced models for non-invasive blood glucose signal analysis, optimizing performance through extensive data collection and validation against traditional measurement methods.

A digital glucose meter displaying a blood sugar reading of 106 mg/dL, with a date and time shown as 10:30 am on 02-01. The device features two buttons labeled 'M' and 'S' and is designed in a sleek, modern style on a plain, light background.
A digital glucose meter displaying a blood sugar reading of 106 mg/dL, with a date and time shown as 10:30 am on 02-01. The device features two buttons labeled 'M' and 'S' and is designed in a sleek, modern style on a plain, light background.
A digital glucometer displaying a reading of 98 mg/dL, placed on a neutral light-colored surface. The device features a test strip inserted at the top and two buttons labeled 'S' and 'M'.
A digital glucometer displaying a reading of 98 mg/dL, placed on a neutral light-colored surface. The device features a test strip inserted at the top and two buttons labeled 'S' and 'M'.
Research Design

Our research design involves dataset collection, model training, and validation experiments to optimize non-invasive blood glucose monitoring methods compared to traditional techniques.

A digital glucose meter displays the reading 103 mg/dL. The device is white with a clear screen and features a test strip inserted at the bottom. The background is a solid mustard yellow color.
A digital glucose meter displays the reading 103 mg/dL. The device is white with a clear screen and features a test strip inserted at the bottom. The background is a solid mustard yellow color.
Signal Analysis

We analyze signals from non-invasive devices, fine-tuning models for optimal performance and validating results against gold-standard invasive measurement methods.