About Me
I am a professional who focuses on developing high-performance, secure, reliable, and user-friendly Web Application Developers of .I am a professional who focuses on developing high-performance, secure, reliable, and user-friendly Web Application Developer with project management and full-stack experience, and always keen on technological innovation and challenges.
At VMware, I have accumulated rich experience in Web and Native client development, and am good at Solving complex technical problems , empowering the team, and the results have been recognized by the company many times and have been Exceptional promotion .I am currently working as a frontline R&D manager at VMware (Beijing), leading a team focused on the Web and native client development of VMware Horizon. During this period, I led and participated in More than 80 projects I have received company funding for five consecutive years to participate in Radio Innovation Conference , and was awarded for his outstanding performance Exceptional early promotion In addition, I have accumulated rich development experience in multiple fields, including mathematical modeling, data visualization, rendering engines, multi-system integration, and complex system construction, demonstrating a solid technical foundation and innovative capabilities.
Currently, I am seeking new career opportunities and look forward to meeting challenges in a new environment, continuously improving my technical capabilities, and creating greater value for the team and the organization.As the R&D center is about to withdraw from China, I am currently looking for new career opportunities. I hope to continue to meet challenges in the new environment, maintain a learning attitude, continuously update my technical capabilities, and create greater value for the team and organization.
Experience
Senior Web Developer/R&D Manager | VMware
2018 to Present
- Trained and led the team to develop Horizon Client, delivering more than 80 features on time.
- Cooperated with Google, Zoom and China Mobile (Suyan) to develop three SDKs, formulate and implement collaborative development plans, and jointly completed multiple technical prototypes, which were recognized by friendly companies and received targeted technical sponsorship for three consecutive years.
- Apply cutting-edge technologies such as WebAuthN, QUIC, and neural networks, organize cross-departmental teams, produce multiple prototypes, and win first and second places in internal company competitions many times.
Web Developer | VMware
2018 to Present
- It realizes groundbreaking functions such as multi-monitor redirection, file system redirection, camera redirection, etc.
- Optimized multi-screen performance and reduced CPU usage by 75%.
- As the HTML5 client technology representative, I participated in solving online problems for multiple key customers.
Projects
VMware Horizon HTML Access Client Development
Utilize Angular technology to implement authentication and access control in the browser, enabling users to access cloud desktops and applications without installation from any location, significantly enhancing productivity and data security.
ChromeOS Client Development
Provide a near-native experience of Windows applications on Chrome OS through Chrome App and IWA technology, overcoming the performance limitations of Android apps and enhancing productivity for enterprise users.
Progressive Web App Client (PWA)
Set up a server environment based on AWS EC2 and developed a PWA prototype client, supporting cross-platform high-performance solutions and providing innovative technological pathways for remote work and real-time collaboration.
Imprivata Integration
SSO login and cloud application integration based on Imprivata OneSign and Chrome OS, significantly enhancing user security and meeting high standards of authentication in the finance/government sectors.
WebAuthn Remote Desktop Support
Utilize hidden APIs to implement WebAuthn registration and login functionality in remote desktop environments, laying the foundation for future security enhancements.
Interactive Knowledge Graph Display System
Developed an interactive knowledge graph to integrate information from multiple independent systems, enhancing data visualization and retrieval efficiency to support decision-making.
Application of Pattern Recognition in Cloud Desktop Audio Playback
Optimized audio latency issues using neural networks and digital signal processing technology to provide high-quality audio experiences for remote desktops, better meeting the needs of various scenarios.
Real-time Translation of Cloud Desktop Content
Implemented OCR recognition and translation functionality for the remote desktop interface, supporting quick switching in multilingual environments and enhancing the efficiency of international teams.
Mapping Browser Folders to Remote Virtual Machine Drives
Achieved real-time synchronization between browser folders and remote virtual machine drives, supporting quick file editing and sharing, suitable for collaborative development and data analysis scenarios.
WebRTC-based Remote Desktop Camera Synchronization and Performance Optimization
Implemented the acquisition, encoding, and transmission of camera data streams in a web environment, ensuring synchronization of virtual devices in remote desktops to meet video conferencing and real-time monitoring needs.
Web App-based Multi-Monitor Remote Desktop Synchronization and Optimization
Achieved the industry's first web-based VDI solution supporting multi-monitor setups through pop-ups and multi-window communication features, enhancing user experience.
Interactive Aquarium - Intel Cup College Student Electronic Design Competition Embedded System Special Invitation
Developed an interactive aquarium system that uses a camera to recognize user gestures, triggering corresponding reactions from fish and showcasing the potential of human-computer interaction.
National 973 Program Project - Research on High Mobility Broadband Wireless Communication Networks
Research the theoretical limits and communication schemes in high mobility scenarios (such as high-speed trains and airplanes) to provide theoretical support for next-generation communication technologies.