Karthik Kashinath Kulkarni

Title: Karthik Kashinath Kulkarni and Biometeorological Sensing

Introduction

Karthik Kashinath Kulkarni is an inventor associated with Arizona State University in Tempe, Arizona. His work includes a patent for a biometeorological sensing device that combines environmental measurements with computer vision.

Latest Patents

Kulkarni is named on 1 patent: “Biometeorological Sensing Device with Embedded Computer Vision.” The invention describes a device with humidity, UV, wind-speed, atmospheric-temperature, and globe-temperature sensors, along with a camera, processor, memory, and network interface.

The processor uses sensor data to estimate mean radiant temperature. It also analyzes camera images to identify a person, create a bounding box around them, and generate a shadow map. By calculating the intersection over union between the bounding box and shadow map, the system determines whether the person is in shade. It can then transmit observed space usage and estimated mean radiant temperature to a server.

Career Highlights

Kulkarni’s patent reflects an approach that brings together environmental sensing and image analysis. The device is designed to provide information about outdoor conditions and how people use a space, including whether they are exposed to shade.

Collaborations

Kulkarni’s listed coworkers include Suren Jayasuriya and Ariane Middel. His association with Arizona State University places the invention within a university research setting.

Conclusion

Karthik Kashinath Kulkarni’s patented sensing device combines biometeorological measurements and computer vision to assess thermal conditions, shade, and human use of outdoor spaces.