Kunal Khadilkar
San Jose, California, United States
9K followers
500+ connections
About
Manager, GenAI and Data Science - leading a world-class team of data scientists…
Experience
Education
Licenses & Certifications
Publications
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A Knowledge Graph Based Approach for Automatic Speech and Essay Summarization
IEEE International Conference on Convergence of Technology
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Generative Adversarial Networks as an Advancement to 2D to 3D Reconstruction Techniques
Springer Journal on Advances in Intelligent Systems and Computing
Synthesizing three-dimensional objects from single or multiple two-dimensional views has been a challenging task. To combat this, several techniques involving Convolutional Neural Networks (CNNs), Long Short-Term Memory Networks (LSTMs), and Recurrent Neural Network (RNN) have been proposed. Since its advent in 2014, there has been a tremendous amount of research done in the area of Generative Adversarial Networks (GANs). Among the various applications of GANs, image synthesis has shown great…
Synthesizing three-dimensional objects from single or multiple two-dimensional views has been a challenging task. To combat this, several techniques involving Convolutional Neural Networks (CNNs), Long Short-Term Memory Networks (LSTMs), and Recurrent Neural Network (RNN) have been proposed. Since its advent in 2014, there has been a tremendous amount of research done in the area of Generative Adversarial Networks (GANs). Among the various applications of GANs, image synthesis has shown great potential due to the power of two deep neural networks—generator and discriminator, trained in a competitive way, which are able to produce reasonably realistic images. Formulation of 3D-GANs—which are able to generate three-dimensional objects from multiple two-dimensional views with impressive accuracy—has emerged as a promising solution to the aforementioned issue. This paper provides a comprehensive analysis of deep learning methods used in generating three-dimensional objects, reviews the different models and frameworks for three-dimensional object generation, and discusses some evaluation metrics and future research direction in using GANs as an alternative for simultaneous localization and environment mapping as well as leveraging the power of GANs to revolutionize the field of education and medicine.
Other authorsSee publication -
Plagiarism Detection using Semantic Knowledge Graphs
IEEE ICCUBEA 2018
See publicationEvery day, huge amounts of unstructured text is getting generated. Most of this data is in the form of essays, research papers, patents, scholastic articles, book chapters etc. Many plagiarism softwares are being developed to be used in order to reduce the stealing and plagiarizing of Intellectual Property (IP). Current plagiarism softwares are mainly using string matching algorithms to detect copying of text from
another source. The drawback of some of such plagiarism softwares is their…Every day, huge amounts of unstructured text is getting generated. Most of this data is in the form of essays, research papers, patents, scholastic articles, book chapters etc. Many plagiarism softwares are being developed to be used in order to reduce the stealing and plagiarizing of Intellectual Property (IP). Current plagiarism softwares are mainly using string matching algorithms to detect copying of text from
another source. The drawback of some of such plagiarism softwares is their inability to detect plagiarism when the structure of the sentence is changed. Replacement of keywords by their synonyms also fails to be detected by these softwares. This paper proposes a new method to detect such plagiarism using semantic knowledge graphs. The method uses Named Entity Recognition as well as semantic similarity between sentences to detect possible cases of plagiarism. The doubtful cases are visualized using semantic Knowledge Graphs for thorough analysis of authenticity. Rules for active and passive voice have also been considered in the proposed methodology.
Patents
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A SYSTEM AND METHOD FOR SELF- ADAPTING VIRTUAL STRUCTURING OF UNSTRUCTURED PARKING IN REAL-TIME
Filed IN 201921051068
Courses
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AI Methods for Social Good (PhD level)
17737
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Capstone Planning Seminar
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Cloud Computing
15619
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Data Science Seminar
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Interactive Data Science
05-839A
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Introduction to Computer Systems
15513
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Introduction to Machine Learning
10601
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Language and Statistics
11761
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Large Scale Multimedia Analysis (PhD level)
11775
Projects
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Peter PARKer
- Present
Our team, Killerkode, were one of the 20 teams selected to represent India at the Singapore-India Hackathon 2018. We developed a novel solution for the common problem of 'Monitoring and Availability of Parking Spaces in University Campuses'. While researching contemporary systems in this field, we found that almost all existing systems focused only on structured parking lots, having well marked slots. Currently, most universities across the world use their playgrounds as parking areas, where…
Our team, Killerkode, were one of the 20 teams selected to represent India at the Singapore-India Hackathon 2018. We developed a novel solution for the common problem of 'Monitoring and Availability of Parking Spaces in University Campuses'. While researching contemporary systems in this field, we found that almost all existing systems focused only on structured parking lots, having well marked slots. Currently, most universities across the world use their playgrounds as parking areas, where such existing systems cannot be deployed due to camera, sensor constraints and environmental hazards. We used AI and geotagging to create a dynamic virtual grid, in order to convert any vacant area into a uniform parking space. We further used the technology of Sound QR to automatically detect the presence of vehicles in the vicinity of the parking area. We secured the 3rd Prize and we were felicitated by Indian Prime Minister Mr. Narendra Modi as well as Singapore Education Minister Mr. Ong Ye Kung, for developing digital solutions for humanity.
Other creators -
Smart India Hackathon 2017
National Level Grand Finalist at the World's Largest Hackathon. Successfully implemented an Android app along with hardware connectivity on the topic 'Mobile app to reduce power theft' as a part of a group project. Trophy and certificate from Ministry of Steel, Government of India.
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Har Khet Ko Paani
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I was part of the winning team of the Smart India Hackathon 2018, considered to be the world's largest hackathon. The problem faced by the Government of India and the Ministry of Water Resources was that water irrigation data was not readily available, due to various factors like outreach as well as lack of local language support systems to assist the farmers. Our team developed a dynamic multilingual app, which automatically adjusted to the language set by the end device. Further, we provided…
I was part of the winning team of the Smart India Hackathon 2018, considered to be the world's largest hackathon. The problem faced by the Government of India and the Ministry of Water Resources was that water irrigation data was not readily available, due to various factors like outreach as well as lack of local language support systems to assist the farmers. Our team developed a dynamic multilingual app, which automatically adjusted to the language set by the end device. Further, we provided a 3-phase authentication, integrating Aadhar card, official farm document as well as geotagged data. The data collected from the farmers via an extensive questionnaire was analyzed using a web interface. Models like Rainfall Prediction, Crop Productivity Prediction were developed to make the farmers more aware regarding the same. Our project was appreciated by Honorable Indian Prime Minister Mr. Narendra Modi and based on his valuable suggestions, we developed a model to visualize irrigation sensor data, in a bid to automatically detect optimum water supply to the farms.
Other creators -
Pocket Doctor Android App
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Created an Android app as an initiative to make doctor visits paperless. Included Pill reminder for occasional as well as regular pills. Generated dynamic visual reports just by entering the value of key health parameters such as Blood Pressure, Sugar, Weight. Included SOS service for emergency alerts to relatives. Locations and contact details of hospitals nearby to the current location of the user are provided at run time. Our Group received the Best Grade in the Computer Department of MIT…
Created an Android app as an initiative to make doctor visits paperless. Included Pill reminder for occasional as well as regular pills. Generated dynamic visual reports just by entering the value of key health parameters such as Blood Pressure, Sugar, Weight. Included SOS service for emergency alerts to relatives. Locations and contact details of hospitals nearby to the current location of the user are provided at run time. Our Group received the Best Grade in the Computer Department of MIT COE.
Other creatorsSee project
Honors & Awards
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Best Poster and Lightning Talk
Harvard University
Received the award at the Harvard AI for Social Impact Workshop 2020
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TCS Best 100 Engineers in India (Gold Medal)
TCS (Tata Consultancy Services)
Recipient of the TCS Gold Medal and the Best Student Award. Selected as one of the Best 100 engineers in India. (TCS Best 100 initiative)
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Best Outgoing Student
Maharashtra Institute of Technology
Awarded as the Best Outgoing Student of Computer Engineering batch of 2019.
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Department Topper
MIT College of Engineering
Awarded as the Department Topper (1st among 150 students) in Third Year Computer Engineering.
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Class Topper
MIT COE
Felicitated by the College for being the Class Topper of Second Year Engineering.
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Android Workshop
MIT COE
Co-ordinated and Conducted a 2-day 8 hr Workshop on Basic Android App development for the entire Computer Engineering batch. Around 100 batchmates attended the workshop. Felicitated by the College for conducting the workshop.
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C++ Workshop
MIT COE
Conducted a 2-day 9 hr Workshop on 'Basic and Advanced C++' for Second Year Computer Engineering Students. Introduced new concepts and explained logic to tackle challenging problems. Felicitated by the College for conducting the workshop.
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2nd Prize in Student Research Project Presentation
CMU AI and Social Good Symposium
Test Scores
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Computer Engineering
Score: 9.49 CGPA
Department Rank 1 for Senior Year as well for cumulative all 4 years of Engineering.
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HSC
Score: 89.5 %
Computer Science vocational - 196/200.
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SSC
Score: 95 %
Languages
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English
Professional working proficiency
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Marathi
Native or bilingual proficiency
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Hindi
Limited working proficiency
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German
Elementary proficiency
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