Bryan Wang Email & Phone Number

Mountain View, California, United States

End-to-end autonomous driving AI Model deployment on edge targets with inference optimization

San Diego, California, United States

• Led a team to improve the functionality, performance, and stability of the Middleware layer based on ROS/ZORO• Designed a storage solution with the speed and capacity required for autonomous driving datasets • Initiated collaborations for dataset recording, validation, processing, conversion, offloading, and retrieval

Greater San Diego Area

Leading the development of the HPC system for electron microscope camera products with high resolution, high frame rate scientific image acquisition, processing, and recording at 40gbps• Redesigned the HPC system using PCIe Gen4 bus, Xeon Scalable processors, Kaya frame grabbers, NVIDIA RTX GPUs, NI IO cards, NVMe SSDs, and RAID with MegaRAID and HighPoint controllers.• Re-architectured multiple software applications into one integrated software with customizable workflows supporting various Electron Microscopy experiments for Cryo-EM and material science.• Achieved real-time image acquisition, processing, and recording with Intel Performance Primitives(IPP), Thread Building Block(TBB), NUMA, CUDA, buffer pool, thread pool, and Memory Mapped File. • Minimized overhead, redundancy, and cost due to multiple overlapping software offerings.• Increased performance, usability, development speed, and customer support turnaround.• Implemented a software change management system with requirement management, version control, unit test, system test, and release management.• Defined and prioritized features and specifications for new software products and releases.• Collaborated with scientists within and outside of the company for algorithm development and to establish, verify, and refine Electron Microscopy software product requirements for scientific researches.• Recruited and trained a software development and support team.• Managed contractors for maintaining the software to be phased out and one-off projects.

Greater San Diego Area

Designing Customer Experience Management solution architectures• Designed Natural Language Processing (NLP) and AI-based self-service architectures.• Built web apps, and REST services based on Ruby on Rails, Android, and iOS mobile apps.• Integrated Motive products with Facebook Messenger and Amazon Alexa.• Built and maintained the Motive Labs Demo Center at nokialabs.com.• Built Docker containers for consistent and rapid deployment.

Greater San Diego Area

As a member of the core architecture team, responsible for Telecom-grade video streaming server (7 years)• Built multi-threaded server software with C++/STL/Boost on Linux with kDevelop and Valgrind. • Fined-tuned Linux kernel parameters for optimized server performance.• Authored and reviewed system architecture designs, requirements, code changes, and test plans.• Communicated with customers, helped define customer needs, and proposed and provided solutions.• Designed deployment architecture with load balancing and service monitoring.• Supported Telus and T-Mobile, and executed upgrade plans.• Analyzed logs and packet captures to resolve field issues.

Riverside, Ca

Pv4/IPv6 Dual Stack Embedded Internet Protocols Development and Support• Developed Mobile IPv6 mobile node, correspondent node, and home agent.• Developed application protocols: HTTP Server, SMTP client, DHCPv6 client, and UPnP SDK.• Developed NetStat component to dump the routing, ARP, socket, device, and MIPv6 binding tables.• Developed IPv4/IPv6 port-forwarder on Linux capable of address family conversion.• Developed ROM file system for the stack and ROM image builder application.• Contributed to the Mobile IPv6 standardization process while RFC3775 was in the drafting stage.• Performed IPv6 protocol conformance test against the TAHI test suite.• Built Treck Demo on Windows for demonstrating and testing the protocol stack.• Supported customers for integrating the stack to various RTOS and hardware platforms.

IPv6 Protocol Stack Implementation • Led a team of 5 engineers, and developed a high-performance core IPv6 protocol stack.• Structured analysis method was used to facilitate the design goal of high efficiency.• The implementation is an ANSI-compliant, highly portable set of C code.• Responsible system design composed of ND, SAA, IMCPv6, IPv6, TCP, and UDP.• Developed neighbor discovery, stateless address auto-configuration, and ICMPv6.UPnP Protocol Implementation• System design and software requirements for SSDP, HTTP server, HTTP client, and GENA.• System testing against Intel and Microsoft implementations.L2TP and IPSec-based VPN for Linux• System architecture design for the VPN solution of a Linux-based wireless device.• Used L2TP to create PPP tunnels from wireless devices to home intranet across the Internet.• Used Free/Swan IPsec (IP security) protocols to secure the PPP tunnels.• Tested the solution with Wireless LAN, GSM dialup, DHCP, NAT, and firewalls. GSM Protocol Implementation for Mobile Station• With a team of 10 engineers, implemented a protocol stack of GSM 900 Phase II MS.• Designed and simulated the stack in Specification Description Language (SDL).• Integrated the generated C code with a real-time architecture based on Nucleus RTOS.