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$10 USD / 小时
INDIA的国旗
hyderabad, india
$10 USD / 小时
目前这里是1:33 上午
七月 27, 2018已加入
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Prathyusha T.

@tps170697

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$10 USD / 小时
INDIA的国旗
hyderabad, india
$10 USD / 小时
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IoT | Python | WSN | Micro controllers | Networks

We are a team of enthusiasts who have recently graduated from IIT Hyderabad majoring in electrical engineering. We are IoT developers and have been working on several projects from past 2-3 years and published our work in a few conferences. Skills sets: - Prototyping on microcontrollers like Arduino, Raspberry Pi, ESP32, ESP8266 and other proprietary devices for IoT, personalized home automation, User detection, and tracking etc. - Development of Wireless sensor networks on WiFi, Bluetooth, IR, Zigbee etc. - Network developer (server client development, AWS, ad-hoc networks) - Web development
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文件夹

4395913
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
4393692
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
4395927
This is a universal IR remote implemented using ESP8266. The ESP8266 is loaded with the codes to blast the IR led to control different Air Conditioner. (This is a sub-part of the previous "personalised home automation project"). The ESP8266 is connected to the internet. It can be operated via a simple web page or from the mobile application of SPACE
Remote controlling of Air conditioner
4393642
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking
4395913
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
Given a scenario that all the nodes in the ad-hoc network are only arranged at the intersection of X=k and Y=k lines {k =intezers} like in a Cartesian coordinate system. A protocol is developed to discover each node's neighbors over IR.
Neighbour discovery protocol over IR
4393692
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
SPACE is developed for a personalized automation. There are various heterogenous devices we interact within our homes, campuses or offices. We developed a system(Mobile application and hardware) that can automize the devices and also provide a personalized assistance at a low-cost range. There were various challenges like scalability, Interoperability, heterogeneity, maintenance etc. We tried to address these issues and our work is presented in a few conferences.
SPACE: A personalised environment
4395927
This is a universal IR remote implemented using ESP8266. The ESP8266 is loaded with the codes to blast the IR led to control different Air Conditioner. (This is a sub-part of the previous "personalised home automation project"). The ESP8266 is connected to the internet. It can be operated via a simple web page or from the mobile application of SPACE
Remote controlling of Air conditioner
4393642
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking
The goal of this project is to design and build a wireless sensor network that can detect the flow of people. A system was implemented to detect people’s flow within the sensor network with the help of their active Wi-Fi devices. This was achieved without any modification in the Wi-Fi devices or by any mobile application. The network, deployed using a generic LAN infrastructure, is adaptable to future wireless sensor projects, which stored the data in a database.
Smartphone User detection and Tracking

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经验

Research Intern

Wisig Networks
9月 2017 - 2月 2018 (5 个月, 1 天)
The role involves the development of RRC Layer in the stack for the new technology- NB IoT on the UE side. Specifically, to note the differences in the RRC layer of LTE and NB-IoT and modify the oai codes (open source codes) accordingly.

Research Intern

Redpince Signals Inc
2月 2017 - 8月 2017 (6 个月, 1 天)
We developed a system that can track the User(with smart phone) using WiFi

Research Intern

The University of Tokyo, Japan
6月 2017 - 7月 2017 (1 个月, 1 天)
We developed a system that can collect the status of each Photo Voltaic panel(example: in a large solar field) and send it to the monitor. Each panel has nodes that can measure its voltage and temperature. These nodes are connected over an ad-hoc network over IR.

教育

B.Tech in Electrical Engineering

Indian Institute of Technology, India 2014 - 2018
(4 年)

资质

TOEFL score: 109

ETS.org
2017
It certifies that the User is very good at English speaking, Writing, Listening and reading

出版物

Framework For Large Scale - Personalised and Extensible IoT Network

TSDSI (Telecommunications Standards Development Society, India)
Awarded best paper of the conference 2016

Exploring IoT system architecture for Smart Platform

ICDF conference
Poster Paper describing the system architecture for smart platform

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