JOURNALS

2018-19 (June-2018 to May-2019)

1. Paper published entitled on, “Support Vector Machine Based Approach for Text Description from the Video”, International Journal of Computational Vision and Robotics, Inderscience Publishers, Scopus-Elsevier indexed, 2018, Volume 8, No.26, pp.613–622.Link is here

2. Paper published entitled on, “Curvilinear Tracing Approach for Recognition of Kannada Sign Language”, International Journal of Computer Applications in Technology, Volume No.59, No.01,2019 Inderscience Publishers Scopus-Elsevier indexed.

2017-18 (June-2017 to May-2018)

1.Paper published entitled on, “Mobile Application Based Translation of Sign Language to Text Description in Kannada Language”, International Journal of Interactive Mobile Technologies (iJIM), Volume N0.12.No.02, 2018 Scopus and DBLP indexed

2016-17 (June-2016 to May-2017)

1. Paper published entitled on, “Euclidean Distance Based Classifier for Recognition and Generating Kannada Text Description from Live Sign Language Video”, International Journal of Recent Contributions from Engineering, Science & IT (DBLP indexed Journal), Volume 5, Issue No.3, pp.32-42, 2017.

2. Paper published entitled on, “Curvilinear Tracing Approach for Extracting Kannada Word Sign Symbol from Sign Video”, International Journal of Image, Graphics and Signal Processing, Volume 9, pp.18-27, Published Online September 2017 in MECS (http://www.mecs-press.org/) DOI: 10.5815/ijigsp.2017.09.03.

3. Paper published entitled on, “ANFIS Based Methodology for Sign Language Recognition and Translating to Number in Kannada Language”, International Journal of Recent Contributions from Engineering, Science & IT (DBLP indexed Journal), Volume 5, Issue No. 1, pp. 54-66, 2017.

2015-16 (June-2015 to May-2016)

1.Paper published entitled on, “Gradient Based Key Frame Extraction for Continuous Indian Sign Language Gesture Recognition and Sentence Formation in Kannada Language: A Comparative Study of Classifiers”, International Journal of Computer Sciences and Engineering, Volume 4, Issue 9, 2016.

2. Paper published entitled on, “Sign Language Video Processing for Text Detection in Hindi Language”, International Journal of Recent Contributions from Engineering, Science & IT (DBLP indexed Journal), Volume 4, Issue No. 3, pp. 22-27, 2016.

3. Paper published entitled on, “Methodology for Sign Language Video Analysis into Text in Hindi Language”, CiiT International Journal of Fuzzy Systems, Volume 8, No 5, 2016.

2014-15 (June-2014 to May-2015)

1. Paper published entitled on, “New Methodology for Translation of Static Sign Symbol to Words in Kannada Language”, International Journal of Computer Applications, Volume 121, pp. 26-30, July -2015.

PAPERS TO BE COMMUNICATED TO INTERNATIONAL JOURNALS

1. Paper communicated entitled on, “Spectral Mapping Approach for Auditory Mapping and Generating Audible Speech Signal from Sign Language Video”, International Journal-Information Technology Research, IGI Global Publication, Scopus indexed (Paper is submitted in Sep-2017 under review).

2. Paper communicated entitled on, ”Methodology for Sign Video Analysis and Translate Equivalent Text Description in Kannada Language”, Assistive Technology, The official Journal of Resna, Taylor and Francis online, SCI and Scopus indexed (Paper is submitted in Oct-2017 under review).

3. Paper communicated entitled on, “Methodology for Kannada Language Text Description and Speech Synthesis from Sign Language Video”, Sadhana, Academy Proceedings in Engineering Sciences, , (SCI and Scopus indexed ) Indian Academy of Sciences with Springer publication. (Paper is submitted in Oct-2017 and waiting for reviewer status).

4. Paper Communicated entitled on, “Spectral Correlative Coding Approach for Word Recognition in Kannada Sign Language”, Sadhana, Academy Proceedings in Engineering Sciences, Indian Academy of Sciences with Springer publication, (SCI and Scopus indexed )) Indian Academy of Sciences with Springer publication (Paper is submitted in Aug-2017 and waiting for reviewer status).

CONFERENCES

International Conferences:

2016-17 (June-2016 to May-2017)

1. Paper presented and published, entitled on“Curvilinear Tracing for Kannada Cue Sign Recognition”, IEEE International Conference on Innovations in Information, Embedded and Communication Systems (ICIIECS) in Association with IEEE Madras section, Volume 5, pp. 320-324, Coimbatore, Tamil Nadu, 2017. 2017 (Paper isavailable in IEEE Xplorer Digital library).

2. Paper presented and published, entitled on, “Methodology for Real Time Hand Gesture Recognition and Generating Text Description Using Histogram Techniques” IEEE International Conference on Intelligent Computing and Control (I2C2) in Association with IEEE Madras section, Volume 1, pp. 68-74, Coimbatore, Tamil Nadu, 2017 (Paper is available in IEEE Xplorer Digital library)

3. Paper presented and published, entitled on, “Interactive Retrieval of Spoken Content Optimized by LDA Algorithm” IEEE International Conference on Intelligent Computing and Control (I2C2) in Association with IEEE Madras section, Volume 1, pp. 68-74, Coimbatore, Tamil Nadu, 2017 (Paper is available in IEEE Xplorer Digital library)

4. Paper presented and published, entitled on, “Efficient Approach for Complex Video description into English Text” IEEE International Conference on Intelligent Computing and Control (I2C2) in Association with IEEE Madras section, Volume 1, pp. 68-74, Coimbatore, Tamil Nadu, 2017 (Paper is available in IEEE Xplorer Digital library)

2015.16 (June-2015 to May-2016)

1. Paper presented and published, entitled on, “A Methodology for Sign Language Video Translation into Textual Version”, cPGCON-2016, Fifth Post Graduate Conference of. Computer Engineering, Pimpri Chinchwad College of Engineering, Pune.

2. Paper presented and published, entitled on“Novel Approach of Sign Language Video Translation into its Equivalent Text Description in Kannada Language”, Springer International Conference on Intelligent Computing and Applications (ICICA 2016) , organized by D. Y. Patil College of Engineering, Akurdi, Pune-44.

2014-15 (June-2014 to May-2015)

1. Paper presented and published, entitled on, “Sign Language Recognition System for Deaf Sign User”, c-PGCON-2015, Fourth Post Graduate Conference for Computer Engineering students at MET’s Bhujbal Knowledge City, Nashik held on 13th and 14th March 2015.

2. Paper presented and published, entitled on“A Neural Network Based Classification and Recognition of Cue Symbol and Translating into Text Description in Kannada Language”. International Conference on Emerging Research In Electronics, Computer Science and Technology, (ICERECT-2015), IEEE-Bangalore section Chapter, April 2015, PES College of Engineering Manday, Karnataka, India.

2010-11 (June-2010 to May-2011)

1. Paper presented and published, entitled on, “Neural Network Based Document Image Analysis for Text Image Localization Using Wavelet Decomposition and Mathematical Morphology” International Conference on Recent Trends in Soft Computing and Information Technology (RTSCIT09) Bhopal, M.P, INDIA Volume no -1, page no 110-119, Jan, 09-10, 2010.

2. Paper presented and published, entitled on, “Methodology for Content Based Image Searching and Retrieval from Fish Database Using Knowledge Base Classifier”, International Conference on Intelligent Information System and Management (IISM’2010),Coimbatore, Tamilanadu, India June 10-12, 2010.

3. Paper presented and published, entitled on, ”Methodology for Texture Analysis Approach on a Wavelet Transform to Retrieve Image Using Knowledge Base Classifier“ International Conference on Computing, Communication and Networking Technologies (ICCCNT10 ) Karur, 2010 Tamilanadu, India.

National Conferences:

1.Using Feed Back Mechanism Under the Case Study of Fish Object” International Conference on ENC2SP-IEEE Bangalore Section, Bangalore, India, Volume 1, p.no 8-9, 29th Aug 2009.

BOOKS

1. Book: titled “Advanced Computer Architecture”, An Easy Approach to the Concepts of Computer Architecture publication: Subhas stores, Bangalore for B.E VIIIth sem and M.Tech IInd sem students of VTU, Feb-2011, Belgaum, Karnataka, India.
Web link

2. Book: titled “A Novel Approach for Privacy Preserving” publication”: Lambert Academic Publishing, ISBN: 978-3-659-76868-2 (Available in online), Aug-2015, Germany.
Weblink

3. Book: titled “The Swift Practical Approach of Learning C-Programming” Publication: Lambert Academic Publishing, ISBN: 978-3-659-94465-9 (Available in online), Oct-2016, Germany.
Web Link

Text book considered as a Best reference book (Amazon online survey) of top universities, institution and colleges. Below is the link where Serial No. 5 is the text book.
Link

RESEARCH GRANTS

1. Submitted research proposal to the AICTE under RPS.

2. Preparing research proposal to submit the Funding agency.

HONORS AND AWARDS

1. Awarded PhD entitled “Design Methodologies in Finger Spelling Translation into Kannada Language for Hearing Impaired Interaction” Computer and Information Sciences discipline, under the faculty of Engineering and Technology.

2. Received an Appreciation letter for PhD work from forgien reviewer.

3. Doctoral work thesis considered as text book.

4. Received an Best teacher-2016 Award Certificate from International Association of Lions Club of Poona in Association with Ajeenkya D Y Patil University and Mahaganesh Technical Education Society” at Ajeenkya D Y Patil University, Lohegaon, Pune. 8th Oct 2016.

5. One of my text book considered as a Best reference book (Amazon online survey) of top universities, institution and colleges.

6. Received an Appreciation from management for successful organization and completion of two days faculty development program (FDP) on Indian Patent Drafting and Filling procedure and also generated fund of Rs.51,000/- to the department.

Certification:

Research work carried out in ME Dissertation:

1. Methodology for Translation of Sign Language into Textual Version in Marathi and Vice Versa (Mr. Amitkumar Ashok Shinde, 2015).

2. A New Approach of Emotion and Facial Expression Detection of Speaker with Conversion of Text to Speech and vice versa for Hindi Language (Ms.Kaveri Shivaji Kamble, 2015).

3. A Methodology for Gender Identification, Classification and Recognition of Human Age (Mr.Shivaji Jalindar Chaudhari, 2015).

4. A New Methodology for Translation of Image to Text Description and Generating Speech Synthesis in English (Ms.Mrunmayee G. Patil, 2015)

5. A Novel Approach of Classifying and Recognizing the Audio Scenario’s Profile (Mr.Ajay Ravindra Kadam, 2015)

6. Privacy Preserving Public Auditing And Data Integrity Using TPA for Secure Cloud Storage (Mr.Yogesh Nabaji Shinde, 2015)

7. Methodology for Sign Language Video Translation into Text Description in Hindi Language (Ms.Rashmi B. Hiremath, 2016)

8. A Methodology for Video Description into Hindi Text Version (Ms.Vandana Deepak Edke, 2016)

9. A New Approach for Generating Text Description from Complex Video.(Ms.Vishakha Wankhede, 2017)

10. A New Approaches for User Search Goals Prediction and Suggestion(Ms.Manjushree V. Manwatkar, 2017)

11. A new approach for spoken content description in English(Ms.Sayali.Chavan, 2017)

12. Real Time Hand Gesture Recognition and Translate Into Text Description in English.(Mr.Vivek D. Lad, 2017)

Research work carried out in BE Dissertation:

1. An Automatic Monitoring and Swing the Baby Cradle for Infant Care final UG project in 2015-16.

2. College Automation System final Year BE project in 2016-17.

3. Automatic Tollbooth, Stolen Vehicle and Accident Detection using RFID, final year UG project in 2017-18.

4. Automatic Speech to Text Description for Counter Medicine Description, final year UG project in 2017-18.

5. Real Time Retrieval of Personal and Medical History Information During Emergency Situation final year UG project in 2017-18.

6. Intelligent Talking Refrigerator Using Internet of Things Situation pre final year UG project in 2017-18.

7.Real Time Service System for Human Emergency Situation, UG project in 2018-19.

8. Real Time Emergency Service and Instant Penalty for the Accident, UG project in 2018-19..

R& D WORK

1. Blind Aid Navigation System for Real Time Translation of Visual Depth Information to Auditory Speech (Abstract and design is under verification).

2. Vocally Impaired Individual Aid System for Real Time Sign Action to Speech Synthesis (Implementation under progress).

3. Real Time Retrieval of Personal and Medical History Information During Emergency Situation. (Implementation under progress).

4. Real Time Service System for Human Emergency Situation (Prototype device is implemented).

5. Real Time Emergency Service and Instant Penalty for the Accident (Implementation under progress).

DEVICE LEVEL IMPLEMENTATIONS

1. Automatic Intelligent Talking Refrigerator Using Internet of Things. (Prototype device is implemented).

2. Real Time System for Automatic Monitoring and Swing the Baby Cradle for Infant Care (Prototype device is implemented).

3. Automatic Tooth Brush Device (Abstract and design is ready).

4. Hair Health Information Device (Implementation under progress).

5. Digital Human Wearable Shoes (Abstract and design is ready).

6. Automatic Security Spectacle Device (Abstract and design is ready).

7. Digitalized Automatic Spelling Checker Pen Device (Abstract and design is under verification).

1. Automatic Translation of Spoken Symptom Contents to Medically Valid Prescription: Step Towards the Development of e-Doctor

Langauge used:	Embedded C
Operating System :	Linux 6.5
Implementation Overview:	This system translates the spoken content of needy person symptoms to text form and it generates a paper receipt for the user. System undergoes the speech analysis processing, recognize mapping with database of medically approach symptoms description and generate text description. This project is a Doctor training kit, designed especially for only doctors to train the valid prescription of the symptoms. It Provide real time translation of patient spoken symptom to Medically approved valid prescription, low cost kit, Doctor friendly to save time, Where doctor can easily record prescription of symptom. It recognizes the irrespective age patient spoken symptom without fault. It provides an availability of 24x7 continually for the needy patients to generating valid medically approved prescription of the symptom.

2. Smart and Secure System for Automatic Toll Collection and Accident Detection

Langauge used :	Java 7
Operating System :	Windows Xp
Implementation:	Overview: The current scenario of the tollbooth is unsystematic due to which the traffic congestion is occurring which leads to delay in time. Security of parked vehicle is a prime concern these days. The rate of car theft is increasing and there is no permanent solution obtained so far. The survey so far shows the accident rate is increasing day by day resulting in high death-rate, loss to property, loss to life. So therefore our aim is to propose a smart and secure system for automatic toll collection, car-theft detection and accident detection. After studying various methodologies along with their pros and cons we propose a system which will overcome the above problems with various proposed modules (toll booth automation, vehicle theft detection and accident detection). In the proposed system we are using RFID, RFID Tags, RFID Readers, Microcontrollers and Public Distribution System (PDS) in our proposed system. This is a promising system and people can rely on this system.

3. Real Time Retrieval of Personal and Medical History Information During Emergency Situation: Step towards a development of device for automatic information retrieval of victim and alert emergency message to hospitals and relatives to quick service.

Langauge used :	Java 7
Operating System :	Windows Xp
Implementation:	Overview: The invented idea and design are a real time system, which provides the personal and fast medical history information when a critical patient condition in the ambulance. This information can be used to cure the victim in a timely manner which makes it easy and reliant for the medical officer to handle the critical patients in emergencies. In the testing the biometric module (using minutiae algorithm) will extract the features of the fingerprint and compare with database stored features. The matching and identification module will perform matching of features extracted and identify the person's name. The identified person name and detail is displayed on the screen where the nurse can see the patient name. Instantly the retrieved personal information is broadcast as an alert message to nearest hospitals, which helps the doctor to become ready for the treatment of a patient, also to the emergency information website, parents and relative mobile regarding the emergency situation. The parent and relative mobile once they receive the alert message they can immediately check the website for the victim situation where situated, address to help of a google map layout on the website.

4. Automatic Controlling of Fans and Lights for Saving the Electricity

Langauge used :	C
Operating System :	linux
Implementation:	Overview : Nowadays the wastage of electricity has become a routine thing for us, and the problem has become frequent at homes, schools, and colleges and even in industries. Sometimes we notice fans and lights keep on working even in the absence of people. The proposed system will automatically turns on the lights and fans when a person enters into a lab, and turns off the lights when the person leaves the lab. This system is implemented using a simple microcontroller and wireless IR technologies. When we enter a lab, as a habitual tendency, we often search for a switch to turn the light, fan on, and if we are new to the Lab, we often find it difficult to locate the switch. Most of the times, many of us forget to switch off the lights and fans, while leaving the lab in which we stay most of the time. This results in unnecessary power wastage. Therefore, an automatic lab-light and fan controller automatically turn and of on the lights and fans when a person enter and exit into a lab.

5. Automatic Monitoring and Swing the Baby Cradle for Infant Care

Langauge used :	C
Operating System :	linux
Implementation:	Overview : Designed a system which would help the parents in the child care without physical attention. So need to develop a device that provides an aid to swing the baby cradle automatically. The system is designed to help parents and nurses in infants care. The invented system perform automatic swing for the cradle when the baby cries,were system uses camera to continuously monitoring activities of baby and perform task such as swing the cradle, ringing alarm, identify wet occurred, Sense the body temperature of baby and monitoring and identifying the facial expression of baby.

6. Automatic Monitoring and Swing the Baby Cradle for Infant Care

Langauge used :	C
Operating System :	linux
Implementation:	Overview : The invented system presents clever sensible intelligent taking fridge s using IoT technology as a way to make existence at extra well suited convenient. The system gives the overall design of a low-taking refrigerator, built with Camera, Sensor, Raspberry Pi and Android mobile phone peripheral devices. With this taking refrigerator a user-friendly GUI prompts data synchronization among multiple peripheral devices and real-time actual images captured from the inside refrigerator of particular track section items found, and record the image, then send to transmitter found in refrigerator, then transmitter can use the GSM system to send an alert message via SMS of particular item stored information in smart refrigerator to the owner. The system can easily assist a family member to a particular items kept inside the refrigerator such as Milk, Apple, etc. and also monitoring the items found, freshness, expire date, for better nutrition and health information over a mobile device via SMS.

7. Smart Hair Brush Device

Langauge used :	C
Operating System :	linux
Implementation:	Overview : The idea invented to develop a portable smart hairbrush device. The brush features withings’ advanced sensors and seamless product design along with signal analysis algorithms to score the quality of hair and monitor the effects of different hair care routines. An accompanying mobile app provides additional insights and customized product recommendations to help people better care for their hair. The brush can also provide haptic feedback if you need to lighten up on the brushing intensity. By using connected technologies to upgrade the hairbrush something the average consumer uses every day. The connected brush is part of the "Internet of Things" trend, where products are able to communicate with each other, with companies and with consumers via their smartphones. The brush will send information via Wi-Fi or Bluetooth to a mobile app, and will also take into account humidity, temperature and wind, and will produce a quality score, ranking hair for damage, breakage, tangling and dryness.

Project implemented details

Doctoral Thesis Title:

Title of work: Design Methodologies in Finger Spelling Translation into Kannada Language for Hearing Impaired Interaction.

Doctoral work Results Sample output:

Doctoral work thesis considered as text book

Final Doctoral Thesis Presentation

PARTICIPATION IN WORKSHOPS/FDP/SEMINARS

1. Participated workshop on Computer Concept and Programming (Theory and Lab) held at NIE, Mysore on Oct, 9th , 2006.

2. Participated workshop organized by Microsoft on Advanced Developer Technologies in March 24th , 2009.

3. Participated one day workshop on Technology Enhanced Learning (TEL), an approach for leveraging engineering education held at SDMCET Dharwad on 17th Jun 2013.

4. Coordinator of Two days Faculty Development Program (FDP) on Indian Patent Drafting and Filling procedure on 8th& 9th of Nov, 2017.

5. Attended FDP on Achieving Excellence in Teaching skills and values, from 18th to 20th June, 2014, organized by DYPSOET, Pune.

6. Attended Faculty Development Program on " Indian Patent Drafting and Filing Procedure, from 8th and 9th Nov, 2017, organized by DYPSOET, Pune

7. Convener of International conference on Recent Innovation in Engineering and Technology (ICORIET-2018).

EVENTS ORGANISED

1. Organized as a coordinator for “National Conference on Advances in Computing" ,NCAC-2015, on 11th Sept, 2015.

2. Organized State level Faculty Development Program on "Indian Patent Drafting and Filing Procedure" on 8th and 9th Nov, 2017.

3. Organized "International Conference on Recent Innovation in Engineering and Technology” (ICORIET-2018) during 22-23 March 2018.

4. Coordinator for 6 days Faculty Development Program on “Outcome Based Education (OBE) and Blooms Taxonomy” on 21th to 26th Jan 2019.