Jaipur,B.Tech
(ECE) third year student Anshuman Kamboj prepared a Manipal Information Robot
“MIRO” with in 15 days, under guidance Assistant Professor of EE Department,
Peeyush Garg. Chairperson, Manipal University Jaipur, Prof. K. Ramnarayan,
President, Prof. Sandeep Sancheti, Pro-President, N.N. Sharma, Registrar, Prof.
Vandana Suhag and Dean, Research and Innovation, Prof. B. K. Sharma
congratulated Assistant Professor of EE Department, Peeyush Garg and B.Tech (ECE) third year student Anshuman
Kamboj for devising “MIRO” following deep research and hardwork.MIRO (Manipal information robot)
is a reception robot capable of
recognizing human voice and assisting people by providing information about
Manipal University Jaipur, along with speech
coordinated facial movements. Apart from providing information, it is
capable of making various sound enabled facial movements for entertaining its spectators.
The whole setup was prepared by
team of 2 members in various labs of MUJ within 15 days.
MIRO was showcased during B.Tech counselling-2017
and it was a major point of attraction.
INSPIRATION-
Before the development of MIRO, a
smaller version of the robot was displayed at a conference held in MUJ itself.
It was named “”ALICE””. It had the voice recognition functionalities similar to
that of MIRO.
The President of our college,
Prof. Sandeep Sancheti saw “ALICE” and
inspired us to develop a reception robot that was capable of attending
guests and answering all of their queries regarding Manipal University Jaipur.
As a result, MIRO came into existence.
The functionality of MIRO is
executed by an assembly of servomotors, controlled by Microcontroller and Voice
recognition system.
Initially, MIRO is programmed to
be in sleep mode, but whenever someone comes closer, it gets activated and
welcomes the person standing in front of it.
MAJOR
FUCTIONALITY & FUTURE WORK:
MIRO is basically a new
generation of Interactive response system. Generally voice response system is
used at various public facility/service centers, where the queries are to be
answered by voice output system. Whereas the proposed robot model can be more
efficient to guide and answer about the facilities and services.
The functionality of MIRO is
executed by an assembly of motors, controlled by Microcontroller and Voice
recognition system.
Initially, MIRO is programmed to
be in sleep mode, but whenever someone comes closer, it gets activated and
welcomes the person standing in front of it. After that the keyword asked is
processed by the system and the particular answer is provided to the user with
voice and gestures.
As of now, the developed robot
system has only voice synchronized facial gesture movement. The next
development in the project would be to incorporate hand movement with voice
output.
MAKING-
MIRO
was developed with a total budget of Rs. 13,500 approximately.
The
robot was prepared in three stages-
·
The
Body structure.
·
The
Head
·
Attire
and face paint
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