• 10 years experience in communication networks (TCP/IP, TCP congestion control) and 4 years experience in Peer-to-Peer multimedia streaming systems design and analysis. • Extensive experiences in software design and development with C++ and C under *nix systems. • Strong background in modeling and analyzing complex networked systems with stochastic theory, optimization theory, game theory, machine learning algorithms and graph theory. • Expert level experience on CLI, High Availability, VRRP protocol and networked management systems. • Expertise on SSL/TLS. • Passion on learning and using technologies beyond networking domain, such as Apache Spark, Storm, Scala etc. Specialties: C++, C, Perl, PHP, SSL/TLS, Scala

Staff Software Engineer @ ACOS 4.0 new infrastructure on programmable services and consolidated control plane as a platform accepting requests from APIs, Web, CLI and SDK. ACOS 4.0 high frequency counters and reporting infrastructure. Global Server Load Balancer configuration sync among multiple Geo-distributed sites. 2014 A10 Engineering Achievement Award. SSL/TLS acceleration. From February 2014 to Present (1 year 9 months) Senior Software Engineer @ Next generation ACOS management plane redesign and implementation. Software Defined Network APIs and SDK autogeneration. Internal trainings. From December 2012 to Present (2 years 11 months) Software Engineer @ VRRP-A high availability module for ACOS Virtual-Chassis System (VCS) Patent: METHOD FOR CUSTOMIZALBE HIGH AVAILABILITY FAIL OVER CONTROL WITH EXTERNAL SCRIPTING ENGINE (pending) From February 2011 to Present (4 years 9 months) Research Assistant @ Project: Large-scale Peer-to-Peer (P2P) streaming system design, modeling and performance evaluation. • Modeled and analyzed the bandwidth allocation and data block scheduling problems in P2P streaming systems with nonlinear optimization and mixed-integer optimization models. • Designed and developed a configurable, event-driven P2P streaming system simulator based on C++ and STL, which supports large-scale overlay network simulations, in terms of up to 20,000 simultaneous online peers and 32 channels at the packet-level (~9,000 lines C++ code). --- Implemented the object/memory management architecture based on inheritance. --- Developed a flexible framework for event handling and message routing with virtual functions. --- Designed and implemented distributed algorithms for optimal resource allocation in overlay networks. • Developed a simulator for evaluating our proposed and other mainstreaming data chunk scheduling algorithms in P2P streaming systems (~3,000 lines C++ code). • Developed tool sets for optimal resource allocation in distributed system based on Matlab optimization toolbox and CPLEX mixed-integer optimization solver. • Maintained a discussion group about event-driven simulators: http://groups.google.com/group/p2framework • Implementing a P2P streaming system prototype deployed in the real networks. Project: TCP Congestion Control Algorithms Identification (Ongoing) • Implemented a TCP Congestion Control Algorithm Identification Tool (~3,500 lines C code) based on TCP congestion avoidance component characteristics and network environment emulation at end hosts, which is insensitive to operating systems and network conditions (e.g., delay, packet loss). • Designed and launched experiments of identifying TCP congestion control algorithms used by Top 5,000 websites ranked by Alexa, which can be completed in several hours and provides high accuracy. From August 2006 to January 2011 (4 years 6 months) Research Assistant @ Large-scale P2P streaming system design and implementation; Resource Allocation Algorithms Design Research Proposal Drafting From January 2010 to December 2010 (1 year) Research Intern @ Project: Driver's stress modeling and high-way driving safety research. • Quantitatively modeling driver's stress with statistical experiments. • Developed in-car driver's stress monitoring system consisting of GPS and blood pressure sensors, a Ethernet camera , a car PC, and a Windows-based monitoring and configuration platform with MFC and C++. • Deployed the remote traffic control system consisting of cameras, remote I/O and Wonderware HMI Report. • Developed Wavetronix sensor data retrieval tool set based on Matlab. • Lead a group of 2 Master students and a Ph.D student. From April 2009 to August 2010 (1 year 5 months) Research Assistant @ Project: Lightweight Network Traffic Monitoring Tool for Windows based PC. • Developed a lightweight network traffic-monitoring tool for collecting and classifying packets from a 100Mbps network interface card (NIC) with limited CPU and memory consumption. • Established the multi-thread framework for packet collection, data processing and result visualization. • Implemented the data packet collecting and decoding based on WinPcap library. • Implemented the data visualization with MFC controls. • Source Code Download: http://cse.unl.edu/~mwang/software/traffic_monitor.zip Project: HTTP traffic monitoring and replay in Local Area Networks (LANs). • Implemented an HTTP traffic monitoring and replay tool based on PCAP library, C++ and MFC with a PC (single-core 2.0GHz CPU, 4GB memory and 100Mbps network interface card), which can passively monitor the HTTP traffic load of 30Mbps~40Mbps and provide real-time replay of the web pages viewed by any specific user. From August 2002 to July 2006 (4 years)

Ph.D, Computer Science @ University of Nebraska-Lincoln From 2006 to 2011 Master, Computer Science @ Xi'an Jiaotong University From 2003 to 2006 Bachelor, Electrical Engineering @ Xi'an Jiaotong University From 1999 to 2003 Miao Wang is skilled in: Algorithms, C, Distributed Systems, Matlab, Software Design, High Availability, Virtualization, Multithreading, C++, Unix, JSON, Operating Systems, TCP/IP, Linux, Software Development, Computer Science, Networking, Software Engineering