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IIT KGP students devise solution to detect fake notes at SIH'1

Students from IIT Kharagpur have devised unique solutions ranging from detecting counterfeit currency to nuclear radiation tracking through wearable sesors at the recently concluded nationwide competition, Smart India Hackathon 2019.

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Published : Mar 9, 2019, 5:33 PM IST

Kolkata:Students from IIT Kharagpur have devised unique solutions ranging from detectingcounterfeit currency to nuclear radiation tracking through wearable sesors at the recently concluded nationwide competition, Smart India Hackathon 2019.

A group of six students from the Dept. of Computer Science and Engineering IIT Kharagpur have developed a code for a smartphone application to address the problem of detecting fake Indian currency.An IIT KGP statement said on Friday, the students have developed an image processing applicationwhich can detect counterfeit currency.

The application, which can be installed on smartphones, can be used by peopleat various touch points thus reducing chances of fraud.

The six students who developed the code are T.Y.S.S. Santosh,Satish Kumar Reddy, Vipul Tomar, Sai Krishna, Drishti Tulsi and D V Sai Surya.

Read more:Total government liabilities rise to Rs 83.40 lakh crore in Q3

Group leader T.Y.S.S Santosh said, "a user can upload a currency note image and the mobile app would verify its authenticity using 25 features extracted from the front and rear side of the currency note. In case of detection of a fake note, the user will also be notified of the failure checkpoints."

In another innovative project, students addressed the issue ofthe occupational hazard of people working in the domain of a nuclear-powered device, the statement said.

The six-member team was asked to develop a solutionfor visualising and localising a 3D radiation source along with its size, shape and direction.

"This solution is well suited to occupational workers carrying wearable sensors detecting radiation dose data. The sensors can pinpoint the location of radiation leaks in nuclear plants and refineries.
"The solution can also find application in medical radiation therapy or radiotherapy as part of cancer treatment to control or kill malignant cancer cells," Lakshay Bansal, leader of the six-member team said.

The team from IIT Kharagpur to devise solutions to nuclear radiation tracking comprised Lakshay Bansal, Ch V Sai Praveen, Aditi Kambli, Rajshekhar Singhania, Ayush Mohanty and
Kaustubh Agrawal.

The students won some of the top prizes in the grand finale of SIH 2019 held on March 2 and 3 at IIT KGP, one of the nodal centres of the SIH 2019 edition, the statement said.

(Inputs from PTI)

Kolkata:Students from IIT Kharagpur have devised unique solutions ranging from detectingcounterfeit currency to nuclear radiation tracking through wearable sesors at the recently concluded nationwide competition, Smart India Hackathon 2019.

A group of six students from the Dept. of Computer Science and Engineering IIT Kharagpur have developed a code for a smartphone application to address the problem of detecting fake Indian currency.An IIT KGP statement said on Friday, the students have developed an image processing applicationwhich can detect counterfeit currency.

The application, which can be installed on smartphones, can be used by peopleat various touch points thus reducing chances of fraud.

The six students who developed the code are T.Y.S.S. Santosh,Satish Kumar Reddy, Vipul Tomar, Sai Krishna, Drishti Tulsi and D V Sai Surya.

Read more:Total government liabilities rise to Rs 83.40 lakh crore in Q3

Group leader T.Y.S.S Santosh said, "a user can upload a currency note image and the mobile app would verify its authenticity using 25 features extracted from the front and rear side of the currency note. In case of detection of a fake note, the user will also be notified of the failure checkpoints."

In another innovative project, students addressed the issue ofthe occupational hazard of people working in the domain of a nuclear-powered device, the statement said.

The six-member team was asked to develop a solutionfor visualising and localising a 3D radiation source along with its size, shape and direction.

"This solution is well suited to occupational workers carrying wearable sensors detecting radiation dose data. The sensors can pinpoint the location of radiation leaks in nuclear plants and refineries.
"The solution can also find application in medical radiation therapy or radiotherapy as part of cancer treatment to control or kill malignant cancer cells," Lakshay Bansal, leader of the six-member team said.

The team from IIT Kharagpur to devise solutions to nuclear radiation tracking comprised Lakshay Bansal, Ch V Sai Praveen, Aditi Kambli, Rajshekhar Singhania, Ayush Mohanty and
Kaustubh Agrawal.

The students won some of the top prizes in the grand finale of SIH 2019 held on March 2 and 3 at IIT KGP, one of the nodal centres of the SIH 2019 edition, the statement said.

(Inputs from PTI)

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IIT KGP students devise solution to detect fake notes at
SIH'19
         Kolkata, Mar 9 (PTI) Students from IIT Kharagpur have
devised unique solutions ranging from detectingcounterfeit
currency to nuclear radiation tracking through wearable sesors
at the recently concluded nationwide competition, Smart India
Hackathon 2019.
         A group of six students from the Dept. of Computer
Science and Engineering IIT Kharagpur have developed a code
for a smartphone application to address the problem of
detecting fake Indian currency.
         An IIT KGP statement said Friday, the students have
developed an image processing applicationwhich can detect
counterfeit currency.
         The application, which can be installed on
smartphones, can be used by peopleat various touch points
thus reducing chances of fraud.
         The six students who developed the code are
T.Y.S.S. Santosh,Satish Kumar Reddy, Vipul Tomar, Sai
Krishna, Drishti Tulsi and D V Sai Surya.
         Group leader T.Y.S.S Santosh said, "a user can upload
a currency note image and the mobile app would verify its
authenticity using 25 features extracted from the front
and rear side of the currency note. In case of detection of a
fake note, the user will also be notified of the failure
checkpoints."
         In another innovative project, students addressed the
issue ofthe occupational hazard of people working in the
domain of a nuclear-powered device, the statement said.
         The six-member team was asked to develop a
solutionfor visualising and localising a 3D radiation source
along with its size, shape and direction.
         "This solution is well suited to occupational workers
carrying wearable sensors detecting radiation dose data. The
sensors can pinpoint the location of radiation leaks in
nuclear plants and refineries.
         "The solution can also find application in medical
radiation therapy or radiotherapy as part of cancer treatment
to control or kill malignant cancer cells," Lakshay Bansal,
leader of the six-member team said.
         The team from IIT Kharagpur to devise solutions to
nuclear radiation tracking comprised Lakshay Bansal, Ch V Sai
Praveen, Aditi Kambli, Rajshekhar Singhania, Ayush Mohanty and
Kaustubh Agrawal.
         The students won some of the top prizes in the grand
finale of SIH 2019 held on March 2 and 3 at IIT KGP, one of
the nodal centres of the SIH 2019 edition, the statement said.
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