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Anuj Kumar
Ishan Bishnoi
Prateek Khurana
Ravi Atluri |
A system to connect those who want to dispose of “garbage/junk” with those who might have innovative uses for the same. The system also gives potential users of such items optimal collection-paths to collect all the items in a locality.
Dhirubhai Ambani Institute of Information and Communication Technology, Gandhi Nagar |
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Aadhar Mittal
Gagandeep Singh
Sandeep Bansal
Shobhit Sinha |
A citizen-activism-based solution that exhorts the public to take photographs of environmental issues in their daily life, and to send the same via mobile-phone to a centralized grievance-redressal agency, which can then disseminate the information to appropriate NGOs.
Delhi University |
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Apurva Arvindakshan Nair
Charu Rajkumar Jain
Ishita Sunity Chakraborty
Mamal Jayendra Karani |
An ecological e-Governance mechanism that gathers information from different service-providers about usage by citizens, and then calculates corresponding carbon-emission-levels. Ecological-performance reports are also generated for individuals, based on which they can be taxed.
Vivekananda Educational Society’s Institute of Technology, Mumbai
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Abhishek Chhajer
Amit Prakash Ambastha
Archit Jain
Sasank Tatinen |
A system that accepts inputs from the public on the preferred locations for civic utilities and resources such as sewers, dust-bins, etc. The system then uses Vertex Cover algorithms and K-Means algorithms to determine the most suitable location for the same, thereby offering an ideal blend of democratic participation and scientific rationale in town-planning.
Chennai Mathematical Institute
Dhirubhai Ambani Institute of Information and Communication Technology, Gandhi Nagar |
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Arpita Shrivastava
Kshitij Shukla
Rohit Bhat
U. Karthik |
An interactive application to dynamically guide farmers as to which crops are best suited to their soil, water and weather conditions, which fertilizers, irrigation schemes, and other agricultural methods to use. The application also assesses the effect of the current crop on the soil condition and suggests the crop that should be sown next, which it then iteratively uses to suggest a series of crops to grow one after the other.
National Institute of Technology, Kurukshetra |
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Krunal Dedhia
Paras Doshi
Saili Dharia
Veenit Mavan |
A self-configurable wireless-sensor mesh-network system that monitors and analyzes agricultural-soil parameters such as moisture-content, nutrient composition, temperature, pressure, and light. This system can be used by the government or NGOs at a large scale in order to provide recommendations to farmers on crop-related decisions.
Vivekananda Educational Society’s Institute of Technology, Mumbai
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Abhishek Kumar
Gaurav Paruthi
Shubham Malhotr |
A mobile-phone-based application that uses Web-services to share real-time data with potential buyers of products at the point-of-purchase. The data contains information on the carbon-footprint of each product and aims to educate potential buyers into making smart and ecologically empathetic choices.
BITS Pilani, Goa Campus
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Amith P George
Karun A. B.
Noel Sequeira
Sameet Singh Khajuri |
A centralized power-management system to monitor an organization’s entire computer network and to switch idle computers into the power-save mode.
Bharti Vidyapeeth College of Engineering, Mumbai
Fr. Conceicao Rodrigues Institute of Technology, Mumbai
Vivekananda Educational Society’s Institute of Technology, Mumbai |
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