Gang Wang Email & Phone Number

San Diego, Ca, Us

Montréal, Québec, Ca

South San Francisco, California, Us

South San Francisco, California, Us

South San Francisco, California, Us

Mountain View, California, Us

Work focuses on:1. Large scale intelligent systems, particularly related with the financial domains; 2. Knowledge engineering, including knowledge graphs, inference and reasoning, expert systems; 3. AI and Machine Learning;4. Enterprise architecture.

Mountain View, California, Us

Responsible for the core tax engine that is used by 29 million US tax filers every year across mobile, web, and desktops. Lead the design and implementation of the next generation intelligent tax engine. Focuses and interests:1. Large scale knowledge bases and expert systems; 2. Intelligent agents, Question & Answer systems; 3. Integration of logical knowledge and statistical insights, particularly based on knowledge graphs; 4. Scalable enterprise services and architecture; 5. Semantic web, machine learning, natural language understanding and generation; 6. Blockchain and its applications.

Mountain View, California, Us

Work as the software architect of the core TurboTax engine and tools that empower more than 26 million tax filers every year.Work covers: * Large scale software development * Enterprise architecture design* Intelligent systems and personalization* Big Data and machine learning

Mountain View, California, Us

Report to Chief Technology Innovation Officer, SVP of Intuit; Monitor emerging technology trends and best practices; Work in partnership with functional teams to speed up technology adoption and innovations across the cooperation; Develop collaboration with external innovators. Interests include: * new interaction technologies * mobile applications* emerging web technologies* recommendation systems* semantic computing and knowledge mining

El Segundo, California, Us

– Define and coordinate the development of the next generation integrated OR system.– Be responsible for the development of the multi-modal user interface using speech recognition technology, touch sensitive interface, and other “smart” modalities.– Coordinate geographically distributed development efforts contributed by an international engineering team (across Germany, Switzerland and US).– Provide strategic inputs to upper management for defining the corporation’s software development practice.

California, 94086, Us

(see description for the same title at Computer Motion).

– Supervise the development of interface technologies used in the mission-critical system for medical device control, surgical robotics and medical information accessing.– Act as the software architect of HEARS(TM) and Athena(TM) speech recognition engines.– Manage the budget, project schedule, recruiting, and day-to-day research and development activities of the group. Conduct high-level development collaboration as the lead in software discipline.– Assist and report to VP of Engineering. Participate meetings for analyzing technology trend, human resource needs, project plan, and market demand. Help to identify the future directions/needs of product development.

– Developed the mission-critical, real-time, multi-modal interface technologies for controlling surgical robotics and other medical devices operated in the OR.– Architect of the HEARS(TM) speech recognition engine, which is the first speech engine in the OR with FDA clearance.– Products:∗ AESOP: the world’s first voice-controlled surgical robot for endoscopical operations with FDA-clearance. (> 600 sold worldwide)∗ HERMES: the world’s first FDA-cleared medical device controller with multi-modal interface. (> 1200 sold worldwide)∗ ZEUS: an advanced multi-DOF robotic surgical system for complex minimally invasive microsurgery procedures, such as endoscopic, beating heart bypass operations. (> 40 sold worldwide)∗ Socrates: the world-first telecollaboration system that integrates robotics, networked medical devices, and telecommunication equipment to enable a surgeon collaborate with another surgeon located far from the patient.

Pittsburgh, Pa, Us

– Research Area: Speech recognition and natural language understanding, Multi-modal interface and applications, and Machine Learning.– Contributed to the CMU JANUS speech recognition engine on both acoustic and language modeling.– Developed an integrated, web-based, collaborative application environment supporting multi-source information analysis against mediated intelligence databases with a multi-modal user interface, including speech, gesture and handwriting (supported by ARPA and NSF).

Ph.D., Electrical And Computer Engineering

Computer Science

Master Of Science, Computer Science

B.E., Electrical Engineering