SKILLS & STRENGTHS :
|
COMPUTER PROFICIENCY :
|
Programming Languages :
|
C, C++
|
|
Database
|
RDBMS(Oracle 9i)
|
|
Operating System :
|
Linux, Windows
|
|
Degree/
Examination
|
Year of passing
|
Institute
|
Board/University
|
CGPA/ Percentage
|
MCA
|
2012
|
B.I.T MESRA
(Main Campus)
|
B.I.T MESRA
|
8.44/10
|
B.Sc(IT)
|
2009
|
Ranchi College,
Ranchi
|
Ranchi University
|
79.08%
|
12thGrade
|
2006
|
Marwari College, Ranchi
|
J.A.C
|
54%
|
10th
Grade
|
2004
|
Rajikiy Krit Boys
High School,Latehar
|
J.A.C
|
65%
|
Duration
|
6 months
|
Software Development model used
|
Agile
|
Team size
|
15
|
Contribution
|
Coordinated with the team in designing the
application
Coding
Unit testing of module
|
Domain/Language/
OS/Tools used
|
LTE, C, Shell Script, SVN, Klock Work, valgrind,
gcov, gdb
|
Description
|
The Self Organizing Network (SON) introduced as part
of the 3GPP Long Term Evolution (LTE) is a key driver for improving O&M.
It aims at reducing the cost of installation and management by simplifying
operational tasks through automated mechanisms such as self-configuration and
self-optimization.
SON provides following benefits
Reduction of CAPEX and OPEX
Improved user experience
The SON-S
supports two algorithm MRO (Mobility Robustness Optimization) and CCOPT
(Capacity and Coverage Optimization).
The main function of MRO is analyses the HO Failure
Rate and the ping-pong HO Rate, and determines the required mobility
parameters CIO values adjustments.
|
Duration
|
6 months
|
Software Development model used
|
Agile
|
Team size
|
15
|
Contribution
|
Coordinated with the team in designing the
application architecture and flow of application.
Coding
Unit testing of module
Bug fixing.
|
Domain/Language/
OS/Tools used
|
LTE, C, Shell Script, SVN, Klock Work, valgrind,
gcov, gdb
|
Description
|
The
MME is in charge of all the Control plane functions related to subscriber and session
management. From that perspective, the MME supports the following:
· Security
procedures – this relates to end-user authentication as well as initiation
and negotiation of ciphering and integrity protection algorithms.
· Terminal-to-network
session handling – this relates to all the signaling procedures used to set
up Packet Data context and negotiate associated parameters like the Quality
of Service.
· Idle
terminal location management – this relates to the tracking area update
process used in order for the network to be able to join terminals in case of
incoming sessions.
|
Duration
|
6
months
|
Software
Development model used
|
Agile
|
Team size
|
12
|
Contribution
|
·
Coordinated with the team in designing the
application
·
Coding
·
Unit testing of module
·
Bug fixing.
|
Domain/Language/
OS/Tools used
|
LTE,
C, Shell Script, cvs, Klock Work, valgrind, gcov, gdb, wireshark
|
CERTIFICATION:
|
HOBBIES :
|
PERSONAL DETAILS:
|
Download Resume Format
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