Dalong Guo

** *. ************ **, *** ***,Westmont, IL 60559 312-***-****

acwr32@r.postjobfree.com

SKILLS:

Hands-on development experiences using C/C++ in Linux and Python in Raspbian OS, familiar with IoT based embedded devices (Arduino/Raspberry PI) and embedded Linux RTOS systems, good understanding of Linux kernel.

Familiar with extensive networking protocols (Zigbee, WiFi, Ethernet, Bluetooth, TCP, UDP, etc) and common communication buses (I2C, SPI, USB and CAN), in depth knowledge on wireless communications, DSP, low-power RF/analog circuits, control system, computer architecture, optimization algorithms.

Proficient in C/C++, Python, Matlab, GUI, familiar with Java, Scala, SQL, Bash, experiences with LabView, VBScript, VMware, Wireshark, Visual Studio, Verilog.

EDUCATION:

Doctor of Philosophy in Electrical Engineering (2012- Expected 2016) ILLINOIS INSTITUTE OF TECHNOLOGY, Chicago, IL

Master of Science in Electrical Engineering (2010- 2012) ILLINOIS INSTITUTE OF TECHNOLOGY, Chicago, IL

Bachelor of Science in Electrical Engineering (2006 - 2010) HUAZHONG UNIVERSITY OF SCIENCE&TECHNOLOGY, China

ACADEMIC EXPERIENCE:

Connecting Raspberry PI to the Internet Through UART Serial Port IIT Lab 03/2016 – 06/2016

Realized connection between Raspberry PI to the internet through UART Serial Port without WiFi or Ethernet.

Established USB based UART convertor to ensure 3.3V power environment and set up all the wire works that could communicate and transfer data between my desktop which operated in Raspbian OS.

Built up an serial IP link by adopting PPP protocol and set up the routing and NAT and then communicate. IIT Perfect Power Smart Grid Project (DoE Funded) IIT Lab 01/2014 – 12/2015

Participated in developing the Smart Building Automation System including building controllers (PLCs), Zigbee sensors (Motion), and controllable loads (Lights) for energy efficiency and demand response.

Programmed the embedded microcontrollers (Arduino, Atmel, MIPS, etc) and Xbee module in C/C++ to allow data transmission and by connecting with motion sensors and smart relays to realise a small-scale SCADA system.

Developed the system GUI in Linux and the Perfect Power System Smart grid demonstration platform. Optical and Wireless Integration Lab (OWIL) Research Assistant 08/2012 – Present

Performing research simulations and data analysis for multi-objective optimization using MATLAB.

Mainly focusing on Smart Grid Distributed System Management Electric Vehicle Charging/Discharging Scheduling Optimization and also Game Theory on Electricity Market with EV Fleet considering RES’s penetration.

Reporting simulation results (presentation) in PPT every week. PUBLICATIONS:

Journal:

D. Guo, C. Zhou, (2016) “Potential Performance Analysis and Future Trend Prediction of Electric Vehicle with V2G/V2H/V2B Capability”, AIMS Energy, Vol:2, No:4: 331-346

D. Guo, P. Yi, C. Zhou, et al. (2016) “Optimal Electric Vehicle Scheduling in Smart Home with V2H/V2G Regulation”, IEEE Transaction on Smart Grid, In Press Conference:

D. Guo, P. Yi, C. Zhou, et al. (2015) “Optimal Electric Vehicle Scheduling in Smart Home with V2H/V2G Regulation”, Smart Grid Technologies - Asia (ISGT ASIA), 2015 IEEE Innovative: 1-6

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