Corinne David is an accomplished entrepreneur and technology expert with a proven track record of success. Since July 2018, she has held the esteemed positions of CEO, CTO, and Founder of Emakia Tech, a groundbreaking company based in San Francisco, CA. With an impressive career spanning 25 years, Corinne has demonstrated her expertise in implementing systems with scientific software engineering and data sciences, particularly within startup environments.

Corinne's notable achievement lies in her design and implementation of the Emakia Tech system, which encompasses machine learning, image processing, embedding, and sound processing for iPhone applications. The primary objective of the Emakia Tech system, which she invented, is to protect social media users from harassment. Her dedication and vision have been duly recognized, with her patent application for the Emakia Tech system being awarded. In 1997, Corinne obtained a Bachelor of Science degree in Computer Sciences from San Francisco State University, solidifying her technical foundation.

Throughout her career, Corinne has been actively involved in several AI systems. Notably, she spearheaded the development of the Emakia Tech system, which effectively filters out harassment from incoming data. The prototype application, Enaëlle, will operate iPhones using Swift and Core ML technologies. The text classifier model utilized in the system was trained with a dataset of 80,000 labeled English social media content. Her tireless efforts have paid off, with two of her patents being accepted by the United States Patent and Trademark Office (USPTO). The non-provisional patent (no. US2020/0285683A1) was issued on September 21, 2021, followed by the continuation-in-part patent (no. US2021/0157872A1) on November 9, 2021.

Corinne's groundbreaking work extends beyond the Emakia system. She has also contributed to the development of an AI software system that predicts solar power production capacity. Collaborating with Forecast Energy, Corinne utilized machine learning technology, running on nine servers, to process and analyze data. By leveraging satellite images, she successfully detected cloud coverage, a crucial factor in determining solar power potential. Additionally, Corinne collected Global Horizontal Irradiance (GHI) data from specialized pyranometers, designed to measure the sun's energy on Earth's surface. By combining cloud coverage data and GHI data, her models yielded accurate predictions, contributing to advancements in renewable energy technologies. More information about Forecast Energy can be found at http://www.forecastenergy.com/contact.html.

In the field of bioinformatics, Corinne and her team developed an application to predict protein identification from 2D electrophoresis images. This involved intricate analysis techniques such as spot detection, element comparison, histogram generation, and dendrogram analysis. The application serves as a valuable tool for researchers and scientists in the field of proteomics. Further information can be accessed at http://www.io-informatics.com.

Corinne's involvement in technological advancements extends to her contribution to the development of Softmax Pro software. This powerful microplate reader enables data acquisition and analysis across various domains, including absorbance, fluorescence, luminescence, fluorescence polarization, cell imaging, and fast kinetics. She rewrote calculations, integrating time-tagged data instead of index data, enhancing accuracy and efficiency. Details about Softmax Pro software can be found at https://www.moleculardevices.com.

At Qstep, Corinne and her software team implemented a system for detecting blood sugar levels by analyzing iris images using image processing and Fast Fourier Transform (FFT) analysis. This innovative approach, combined with the evaluation of processors and boards from leading companies like Texas Instruments (TI) and Analog Devices, showcases Corinne's expertise in medical technology and bioinformatics.

During her tenure at Latitude Communications, Corinne played a pivotal role in the development of a previous version of the WebEx system. This system operated on the Natural Microsystems CG6000 Compact PCI card, leveraging the TMS32VC5420 Digital Signal Processor. Her contributions to this project highlight her ability to work with complex technologies and her versatility in adapting to different platforms and systems.

Corinne David's exceptional entrepreneurial journey, technical expertise, and dedication to innovation have firmly established her as a prominent figure in the technology industry. Her visionary approach, coupled with her relentless pursuit of technological advancements, has yielded groundbreaking systems and solutions in various domains, including social media protection, renewable energy, bioinformatics, medical technology, and more. Corinne's contributions have not only transformed industries but also positively impacted the lives of individuals worldwide.