| ||Description |
|Title ||An android application for Provisioning of Group members Location & Chatting |
|Projectees ||DurgeshBanote Mayur Nimje Prashant Bansod Samir Bondgulwar |
|Guide ||Mr. Ganesh Padole |
|Abstract ||In order to overcome the above problem, we are going to develop an android app which can be used by group of people [family group, police group, friends group, etc]. which shows the group member location on the single screen. The location of the members that are present in a particular group can be easily accessible using this app. |
In order to enhance the security of data & group members the concept of static QR code is used for authentication purpose.
Any group member can access the location of other group members. The location will be displayed on the map to that user with approximate range of 20m to 50m.
Features such as chatting, sharing of pictures, audios, videos are also introduced in order to make app more interactive.
If any group member is in danger, speed-dial is available for the security purpose.
|Keyword || |
|Title ||DIGITAL PROCESS SYSTEM FOR ASSEMBLY LINES & AUTOMATIC SOP DISPLAY |
|Projectees ||Prashant Hiratkar Shubham Deshmukh Prajakta Patil Samruddhi Ghode Parag Petkar |
|Guide ||Mr. Ganesh Padole |
|Abstract ||The assembly line of any JCB product requires careful follow-up of a SOP, or Sequence of Processing, which is basically guidelines for assembling the product while the product passes an operator. The operator thus has to follow the fixed sequencing to pick the required materials in right quantity, and assemble the product, and pass it further. |
Currently, the SOP installed is in printed board form, and the JCB needs to digitalise the process by making a computer display based SOP accounting & process system. Under this, the SOP will be loaded on the computer by the technician for each specific model. The SOP will be totally displayed, along with material requirements.
The assembly line also has a drawer board, or Bin that stores sorted small parts into small boxes or bins. The necessity is that as when SOP is displayed, the bins must have the right part boxes marked with the help of LED light, and also the quantity of that specific part displayed on the digital display attached to each bin.
The operator thus can easily make out the necessary parts & pick the right quantity without having to hunt for the items. The larger items, on the other hand are marked with barcodes that may be scanned via the reader connected to the PC on which SOP application is loaded.
As the tasks within the SOP are completed, the SOP ticks off the items in the list automatically and further instructions are provided on the display itself.
|Keyword || |
|Title ||Android application for Vidharbha Region Farmers. "Agriapp” |
|Projectees ||Aachal Satish Pandey Jayanti Wanikar Neha Dnyaneshwar Gawande |
Omkar Vivek Kulkarni Teetiksha Dilip Meshram
|Guide ||Mr.Milind Tote |
|Abstract ||Advances in Information and Communication Technology (ICT) and the government initiatives in e-governance are only promoting e-agriculture in India. Focusing on Vidarbha region we are developing an android application which will be helpful for farmers in Vidharbha. |
This app is useful to improve the condition of agriculture and life and working conditions of the farmers. This is an android application, by providing continuous information pertaining to agriculture like weather forecast, crop prices, and news and latest technologies. Agriapp will connect farmers and buyers to perform trade efficiently.
This app will also provide general information about fertilizers and pesticides and various government schemes which include various offers/discounts on different agricultural products. It will also be a learning guide for the farmers as to which pesticide to be used according to the weather forecast
|Keyword ||Android, ICT, e-agriculture |
|Title ||Instant access to Healthcare System |
|Projectees ||Diksha Bhanudas Herode Kajal Mangesh Pradhan Sayali Pisal |
Sayli Rajeshwar Inkane Namrata Dilip Awachar Vanashree Madhukar Vidhate
|Guide ||Mr.Jagdish Chakole |
|Abstract ||Instant Access To Healthcare System is a complete web application portal for managing patient appointment, Doctors, Medical Centers, Blood donations and Ambulances Centers. It is a system designed specifically for medium and small hospitals to manage doctors appointment. The program's interface is designed to be simple and its use can be grasped in minutes even by inexperienced computer users and elderly patients. The Online Medical and Doctor Booking System is easy to use, full-featured and flexible appointment management portal. It allows patient to view list of doctors, available appointment time, book appointment, cancel appointment, view his appointment history. Administrator can manage doctors database and schedule from web based control panel. Doctors can view their appointment list from this portal. System will have built in security features to handle different security threat like SQL injection, cross scripting, spamming. This project proposal describes the software functional and nonfunctional requirements for the Online Medical and Doctor Booking System. It also allows best doctors of particular region including their charges and also allow live interactions with doctors and also have a technical support from customer care so that they will know all schemes. |
| ||Keyword ||Online Medical System |
|Title ||GARBAGE MONITORING AND ALERT SYSTEM |
|Projectees ||Ashwini Diwakar Karme |
Bhavana Krushnraoji Nagmote
Megha Rajendra Joshi
Nisha Ajay Dekate
Prachi Ramakant Mishra
|Guide ||Ms. Devika Deshmukh |
|Abstract ||Waste management is one of the primary problem that the world faces irrespective of the case of developed or developing country. The key issue in the waste management is that the garbage bin at public places gets overflowed well in advance before the commencement of the next cleaning process. It in turn leads to various hazards such as bad odor & ugliness to that place which may be the root cause for spread of various diseases. To avoid all such hazardous scenario and maintain public cleanliness and health this work is mounted on a smart garbage system. The main theme of the work is to develop a smart intelligent garbage alert system for a proper garbage management .we proposes a smart alert system for garbage clearance by giving an alert signal to the municipal web server for instant cleaning of dustbin with proper verification based on level of garbage filling. This process is aided by the ultrasonic sensor which is interfaced with Arduino UNO to check the level of garbage filled in the dustbin and sends the alert to the municipal web server once if garbage is filled . |
An Android application is developed and linked to a web server to intimate the alerts from the microcontroller to the urban office and to perform the remote monitoring of the cleaning process, done by the workers, thereby reducing the manual process of monitoring and verification. The notifications are sent to the Android application using Wi-Fi module.
|Keyword ||Waste Management, Web server |
|Title ||Leaf recognition system |
|Projectees ||Prajkata Themdeo, Shraddha Shivankar, Pragati Harde, Sneha Ghutke, Monali Gadkari |
|Guide ||Ms.Mayuri Bomewar |
|Abstract ||The purpose of this program is to teach a computer to classify plants via their leaves. You just need to input the leaf image of plant (acquired via digital camera or scanners), then the computer can tell you what kind of plant it is. |
We utilize the PNN (Probabilistic Neural Network) to implement this AI process. 12 characters of leaves are taken into account, including geometrical ones and morphological ones. After discriminant analysis (stepwise method), all these characters are reserved. PCA transforms these 12 characters into 5 principal variables, which are input vectors of the PNN.
|Keyword ||PNN,PCA |
|Title ||WETOC |
|Projectees ||Ishaan Alsi Parul Yashwant Sukhdeve Amit Katole Snehal Vasanta Vaidya |
|Guide ||Ms.Mayuri Bomewar |
|Abstract ||Lack of engagement and difficulty is often experienced by students during the introduction phase of learning of computer science theory and numerous concepts of formal languages and automata. To eradicate the engagement gap between the students and this respective knowledge area, an interactive, feasible, and visual android application has been developed. Through this android application, students will be able to gain hands-on experience and solutions of difficult numerical easily and quickly. The complex numerical which are often tedious and require an investment of the huge amount of time and are also sometimes left unsolved by students due to the consumption of time, energy and brain will be solved swiftly. It will also support concepts such as regular languages Non-Deterministic Finite automata and Deterministic finite automata (NFA, DFA), context-free languages such as Push down automata (PDA). |
|Keyword ||PDA,NFA |
|Title ||Data Leakage Detection |
|Projectees ||Apeksha Ganeshwar Apoorva Kulkarni Bhumika Bhange Pooja Tonge Atharva Vyavahare |
|Guide || Mr. Sandip Kamble |
|Abstract ||The proposed system for data leakage is to detect, when the distributor’s sensitive data has been leaked by agents, and if possible to identify the agent that leaked the data. Perturbation is a very useful technique where the data is modified and made less sensitive before being handed to agents. |
Finally, an option of adding fake objects to the distributed set. Such objects do not correspond to real entities but appear realistic to the agents. In a sense, the fake objects acts as a type of watermark for the entire set, without modifying any individual members. If it turns out an agent was given one or more fake objects that were leaked, then the distributor can be more confident that agent was guilty.
|Keyword ||Data Lekage |
|Title ||Emergency Alert System for Elder People |
|Projectees ||Akshay Dhengle Aaditay Mogh Devanand Dhote Shreyas Girjapure |
|Guide ||Mr. Milind Tote |
|Abstract ||The main objective of this project is to develop an alert system that should be help to elder people, it can be supplemented with real-time wireless monitoring systems which are designed and implemented through wearable Bio-sensors and the ZigBee technology. For health monitoring no need to admit in bed and their health status is viewed when they are in roaming too. The health parameters like heart rate, respiration rate, temperature level are taken into account. By means of sensors which are fixed in patients dress, the parameter values are obtained. These sensors signals are given to the signal-conditioning unit, because signals from sensors are AC and voltage level is not suitable for microcontroller. And it makes this signal to suitable for microcontroller. Signal from temperature sensor is analog signal so it is given to the microcontroller through Analog to digital converter. Microcontroller receives all signals from sensors and analyses the values. Using the display the medical instructions and other necessary information are displayed to the patients. Then this signal is given to the ZigBee transceiver. Therefore without disturbing the patient from the cabin itself doctor can monitor the patient. |
|Keyword ||ZIGBEE, Bio-Sensors, Microcontroller |
|Title ||Implementation of face recognition technique for processing library data |
|Projectees ||Aishwarya Tularam Tagade Ashlesha Satish Orke Dipti Rajesh Thool |
Priyanka Sanjay Mandhalkar
|Guide ||Mrs. Amita Meshram |
|Abstract ||Biometrics is a term used to define an individual’s DNA, hand geometry, face, etc. or behavioral characteristics, such as hand signature, voice tone, keystrokes and so on. For that reason, these biological characteristics are unique for every individual. In many situations, face recognition related technologies are becoming more popular among biometric-based technologies that measure an individual’s natural data. Genetic biometrics has generally used to authenticate and identify individuals by analyzing their physical characteristics, such as fingerprint, eye iris, vein etc. The purpose of this work is to present a Windows based real time application system using face recognition algorithms for performing Library Transaction. Instead of using a Library card, a camera would capture pictures of faces of student, performing the library transaction and compare them with the photos of the student in the database of Library to verify the student’s identity. Local Binary Patterns face algorithms will used to reduce the impact of light exposure that will affect the accuracy of the system. |
|Keyword ||Genetic biometrics, face recognition algorithms |