In this presentation, Kavya Sree introduces the concept of IoT and associated trends. Kavya's interest lies in implementing Iot with sensors and IP network to improve the power supply of RFID devices.

1. Name: T.Kavya Sree
E-mail:tkavyasree7@gmail,com
Twitter Id:@tkavyasree7
College: CVR College Of Engineering
University: JNTU Hyderabad
Year/Semester:3rd/6th
Branch: Computer Science

2.  The term "Internet of Things" has come to describe
a number of technologies and research disciplines
that enable the Internet to reach out into the real
world of physical objects
 The Internet of things is often known as Machine to
Machine, Man to Machine, or Machine to Mobile.
Smartphones are an important connecting tool acting
as a vital instrument in making this new technology a
convention. These wireless devices are equipped with
all the necessary sensors and network technologies
to stay connected with your things. With the IoT,
watches, car keys, and even buildings use embedded
chips and sensors to form a ubiquitous network.

3. Internet of Things from a
technical perspective
Technically, the Internet of Things integrates multiple
wired and wireless communication, control, and IT
technologies, which connect various terminals or
subsystems under a unified management platform that
employs open and standardized data presentation
technologies such as XML/web services/SOA. Its system
functions include remote monitoring, automatic alarms,
control, diagnosis, maintenance, global device
management, and integrated, intelligent information
services for users.

4.  The Internet of Things building blocks will come from
those that can web-enable devices, provide common
platforms on which they can communicate, and
develop new applications to capture new users.
Enablers: we see increased share for Wi-Fi, sensors
and low-cost microcontrollers.
Platforms: focus on software applications for
managing communications between devices,
middleware, storage, and data analytics.
Industrials: Home automation is at the forefront of
the early product opportunity, while factory floor
optimization may lead the efficiency side.
 Personal lives, workplace productivity and
consumption will all change.

6.  Interest areas are in sensor
technology.
 In IoT, sensors will connect to
each other and to systems that
can understand or present
information from the sensor’s
data feeds. These sensors will
provide new information to a
company’s systems and to
people.
 Given an internship in this area,
I would like to work on sensors
and communication over IP
network, to improve the power
supply of RFID devices.