Building an AI video foundation model focused on people

We pivoted. But, in Infinity 1.0, we helped ML engineers build better models faster using synthetic data. We specialized in generating human-centric videos.

Edge Analytics is a consulting firm specializes in data science, machine learning, and algorithm development both on the edge and in the cloud. We provide end-to-end support throughout a product’s lifecycle, from quick exploratory prototypes to deploying production-level AI/ML algorithms. Our PhD-level data scientists and engineers bring decades of experience in delivering elegant solutions to complex, ambiguous problems. We help our clients - who range from Fortune 500 companies to early-stage startups - turn their ideas into reality.

The mission MIT Hacking Medicine is to ignite healthcare innovation around the world by bringing together doctors, engineers, designers, and business people to tackle real healthcare problems. During my time as Co-Director: • Recruited and led a 18-person team • Organized 15 health hackathons in across 5 states and 5 countries (USA, Qatar, Uganda, Spain, and India)• Conducted two interactive panel sessions at SXSW 2015 (Austin, TX) • Organized Grand Hack event with 450 participants from 19 states & 8 countries, one of largest in world• Raised over $120,000 not including hackathon costs paid directly by partners• Partners: Clinton Foundation, GE, Samsung, athenahealth, Joslin Diabetes Center, MGH, and more• Gave a TEDxBrussels talk (Dec 2014) to tell the world about our mission: https://youtu.be/8-wo5YnYr-g

Developed algorithms for a novel hydration sensor based on the same technology as MRI. This work resulted in 2 patents and the cover article of Science Translational Medicine.

Worked in the Orthopaedic Bioengineering Laboratory to develop novel cartilage-derived matrix (CDM) scaffolds for tissue-engineering:• Analyzed the effects of freeze rate and cartilage concentration on scaffold pore size, mechanical properties, and cell infiltration. Quantified cell-attachment to CDM films crosslinked in various methods.• Mastered: cell culture techniques, confocal microscopy, scanning electron microscopy, unconfined compression testing, immunohistochemistry, histology, collagen crosslinking techniquesAdvisor: Dr. Farshid Guilak, Director of OBL and Editor of Journal of Biomechanics

• Conducted biomechanics research using force plates, high-speed video and motion capture to improve the understanding of gender differences in landing (Nike Sports Research Lab)• Applied biomechanics insights to an innovative cushioning system for Nike footwear (Innovation Kitchen)• Developed a social media platform for Nike - from user-research to data synthesis to design - and was chosen to present the platform to Nike founder, Phil Knight

Lina combined her passion for ballet with engineering and redesigned the ballet pointe shoe for safety, comfort, and improved ergonomics. Worked with advisors from IDEO to conduct user- and consumer insights-research to inspire innovation in design. Lina’s innovative ballet shoes have won many awards, including:• 1st place / Massachusetts State Science Fair 2006 – MIT• Best Presenter / Selected by Aaron Patzer, founder of Mint.com, at Duke Start-up Challenge 2010• Semi-Finalist / Intel Science Talent Search 2008• 1st place poster / Southern New England Jr Science & Humanities Symposium (JSHS) 2007 – Boston UniversityIn addition, Lina is the first author of a peer-reviewed article on ballet shoe design featured on the cover of Ergonomics in Design, a journal published by the Human Factors and Ergonomics Society. She wrote the article when she was 16.

Taught private clarinet lessons to four middle school students.