Project Team Leader
Resume:
Curriculum Vitae
Urlana Ashok ***********@*****.***
ECE (Dept.) 960-***-****
Rajiv Gandhi University of Knowledge Technologies (RGUKT), Nuzvid. Objective
Intend to build a career in a competitive environment that helps to enhance my skills and abilities per contemporary changes in technical world to achieve organizational goals.
Educational Qualifications
Degree/Examination Institute/Board/University Year CGPA Class B. Tech RGUKT Nuzvid 2018 8.48 Distinction
Pre-University Course
(MPC)
RGUKT Nuzvid 2014 8.21 Distinction
Secondary SSC 2012 9.7 Distinction
Technical Skills
Programming Languages: C, Verilog, Matlab
Software Packages: Multisim, Xilinx
Operating Systems: Windows, Linux
Academic Projects
B-tech project: A Novel Robotic-Swarm in Pursuit of Dynamic Signal Sources (Jan 2018 – May 2018)
Project Supervisor: Chakravarthi J Designation: Asst Professor Department: EEE
Team Size: 6
Role: Team Leader
Used Technologies: Mat lab, Arduino coding.
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Description: In practical, most of the problems are dynamic in nature. To solve such kind of problems, multi- BflyBots swarm designed by using the swarm intelligence technique to detect the dynamically varying multiple peaks.
Term Project-3: Simultaneous Localization of Signal Sources Inspired by Butterflies Paradigm (Aug, 2017 to Dec, 2017)
Project Supervisor: Chakravarthi J Designation: Asst Professor Department: EEE
Team Size: 6
Role: Team Leader
Used Technologies: Mat lab, Arduino coding.
Description: Detecting multiple signal sources by using the bio- inspired algorithm with multi- mobile robotics is one of the interesting case, which accomplished in this project and addresses the various results for multiple sources (with same and different colors) localization.
Internship Project: Aggressive honeybees chasing a target experiments and analysis
(May, 2017 to July, 2017)
Project Supervisor: Chakravarthi J Designation: Asst Professor Department: EEE
Team Size: 5
Role: Team Leader
Used Technologies: Mat lab, Arduino, Image processing Description: Based on the biological behavior of Honeybees while attacking a target various experiments were performed and deduced various phases in the honeybee movement. Mat lab results are also presented.
Term Project-2: Butterfly inspired multi-robotic swarm for signal source localization
(Feb, 2017 to April, 2017)
Project Supervisor: Chakravarthi J Designation: Asst Professor Department: EEE
Team Size: 6
Role: Team Leader
Used Technologies: Mat lab, Arduino coding.
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Description: Implemented the Butterfly mating optimization algorithm in multi-robotic platform for detecting the signal source and presented corresponding results by varying initial placements and step-sizes of Bflybots.
Term Project-1: BflyBot: A mobile robotic platform for implementing Butterfly Mating Phenomenon (Dec, 2016 to Jan, 2017)
Project Supervisor: Chakravarthi J Designation: Asst Professor Department: EEE
Team Size: 6
Role: Team Leader
Used Technologies: Mat lab, Arduino coding.
Description: Based on the mating phenomenon of Butterflies, a mobile robot is designed and termed as BflyBot, which can mimic the behavior of Butterfly mating optimization algorithm (BMO) and discussed the embedded design. Areas of Interest
Robotics
Embedded systems
Digital electronics
Publications and Academic Accolades
Jada, Chakravarthi, Ch RS Lokesh, Urlana Ashok, Shaik Gouse Basha, Baswani Pavan, Yerubandi Shirdi Swamy, Kantha Rao Bora, and Karri Balaraju. "Butterfly Inspired Multi-robotic Swarm for Signal Source Localization." In Proceedings of the Advances in Robotics, p. 7. ACM, 2017.
Jada, Chakravarthi, Ashok Urlana, Shaik Gouse Basha, and Pavan Baswani. "BflyBot: Mobile robotic platform for implementing Butterfly mating phenomenon." IFAC- PapersOnLine 51, no. 1 (2018): 512-517.
Bhattiprolu, Madhusudhana Rao, Chakravarhi Jada, Ashok Urlana, Pavan Baswani, Navyasri Pentakota, Rama Lakshmi Bonagiri, and Naveen Boddeda. "Bflybots: A Novel Robotic-Swarm in Pursuit of Dynamic Signal Sources." Procedia Computer Science 133 (2018): 553-560.
Chakravarthi J, Ashok U, Pavan B, “Butterflies: The next generation of source of inspiration for futuristic aerial robotics operations”, Journal on Science robotics, 2018. (submitted)
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Vinod P, Chakravarthi J, Ashok U, Pavan B, Mahima D, Padma Priya B, Ganesh B, Sumanth P, “ Simultaneous Localization of Signal Sources Inspired by Butterflies Paradigm ”, Indian control conference, 2019. (submitted)
One research paper selected for the poster presentation in International conference on robotics and automation (ICRA 2017) which is held at Singapore in Mar 2017. Participation & Presentations in Technical Events and Training programs
Got first position in the undergraduate research conclave 2K18 held at RGUKT Nuzvid.
‘Butterfly inspired multi-robotic swarm for signal source localization’ project placed among the country’s top 200 projects released by Quest Ingenium 2017.
Secured first place in national level paper presentation held in RGUKT Basar.
Secured first place in national level project expo held in KKR& KSR institute of technologies- Guntur.
Secured second prize at project exhibition in Convocation-2017, RGUKT-RKV Campus
Extra &Co- Curricular Activities
Made my contribution as an organizer of Student Development and Campus Activities cell (SDCAC), Change Rural India (CRI) in RGUKT-Nuzvid.
I worked as the organizer for anniversary of the year 2017(Cyganus 2k17) in our college.
Personal Information
Father’s Name: Viswanadham
Date of Birth: 19-08-1997
Gender: Male
Languages Known: English, Telugu
Hobbies: Playing cricket, Reading novels.
Declaration:
I, Urlana Ashok, hereby declare that the above-mentioned information is correct up to my knowledge and I bear the responsibility for the correctness of the above- mentioned particulars.
Place: Nuzvid
Date: 22-08-2018
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