Plc, Clad Certificate From National Instrument's
Resume:
CONTACT ACHYUTH KUMAR NARRA
add0qa@r.postjobfree.com
2020
2016
2014
To work in an environment which encourages me to succeed and grow professionally where I can utilize my skills and knowledge appropriately. V R Siddhartha engineering college (JNTUK)
B.Tech in electronics and instrumentation engineering 7.6
Sri Chaitanya junior college (BIEAP)
Intermediate
90%
Ongole public school (ICSE)
10th
76%
Decision making
Team building
RSSI BASED NODE LOCALIZATION USING TRILATERATION FOR LOS AND NLOS CONDITIONS
Wireless Sensor Network (WSN) is an ad-hoc network generally used to perform various monitoring tasks deployed randomly in different environments. There are various applications of WSN which require the knowledge of the location of sensor node makes the sensing data more significant. This aspect of information increases the diversity of applications. In most of the Wireless Sensor Networks where nodes are deployed randomly, estimating the location of these nodes is a difficult task. Trilateration is one of the common localization methods. In this method usually Received Signal Strength (RSS) is used to estimate the nodes distances. Although this method is a very simple technique but create significant error in localization estimations. To minimize the error in location estimations, experiments have been done on wireless IRIS motes testbeds. The procedure has been applied in both indoor and outdoor environment using RSS ranging method, considering the nodes in Line of Sight (LOS) and non-line of sight (NLOS)
OBJECTIVE
EDUCATION
SKILLS
PROJECTS
ANALYSIS OF RSSI- BASED INDOOR AND OUTDOOR LOCALIZATION IN LORA NETWORKS
Positioning capability represents one of the basic features of modern Internet of Things (IoT) applications. Although this objective may be pursued by using Global Navigation Satellite Systems but cheaper and simpler techniques are very much essential for Wireless sensor networks. In this project, a complete simulation of Received Signal Strength Indicator (RSSI) measurements in different indoor and outdoor environments using LoRa network is considered. Among the different systems for communications in low power Wide Area Networks (WANs), LoRa is gaining attention. LoRa is a patented technology based on Chirp Spread Spectrum (CSS) modulation, which is able to achieve long distances with limited energy consumption. These features allow transmissions in the range of hundreds of meters and prolong the battery life to years. Moreover, simple and power efficient localization algorithms and suitable estimators on the data set is to be verified.
English
Telugu
Hindi (Beginner)
Photography
Cycling
Traveling
CLAD CERTIFICATE FROM NATIONAL INSTRUMENTATION
PCB DESIGNNING
BASIC OF PLC'S FROM SIEMENS
PROCESS AUTOMATION
BASIC MECHATRONICS
LANGUAGE
INTERESTS
ADDITIONAL CERTIFICATE
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