Implementing Android Based Application For Attendance Management System For Colleges

The mobile application is developed using Android Studio SDK. All the CRUD operations are performed in MySQL database present in Amazon cloud. To connect the UI with the database, PHP scripting language is used and the PHP files are accessed from the remote server via HTTP request methods.

While interviewing many members of the Texas A&M community it was discovered that there is a strong desire from the younger students when it comes to providing a more interactive service. However, there was a sort of indifference from the older students as they saw the need for the application but as they already know the campus well after a few years, they seemed less enthusiastic regarding the idea of a new system. Additionally, it was discovered that there is some serious additional start up cost for the creation of a new system that would be compatible on both computers and smart phones nonetheless, it seems like a necessary expense when it comes to keeping up with the changing times in this

1.The project I’ve chosen to conduct within final year is an android app that will manage shifts and communication with employees. This project was established from my own first-hand knowledge of being a customer advisor in a shop. The system I intent on developing aims to combine the current paper-based practices and fingerprint clocking-in system into a single easy to use android application.

Digital calendar and also web- based calendar is designed for some years. It can be easily synchronized with other devices. In this we have to-do list and we can set alarm or reminders for upcoming events. We can

will hold attendance data for all students registered on all courses but it will be possible to

My proposed application would allow for an organization, such as a school, account for students, faculty, and visitors in a simpler, faster and more accurate way by leveraging today’s smartphone technology and organizations already existing personnel tracking systems.    Smartphones

Student absenteeism causes lost of the precious time devoted to education. Moreover, some of the children who typically stay away from school, display unsuitable and aggressive behaviors in the society. It is therefore crystal clear that any sort of unauthorized attendance is a huge matter

Whatever the best safety safeguards, children, due to their inadequate capabilities to guard themselves, may result in occasions that jeopardize their existence (e.g. crossing the road without getting to pay for concentrate on traffic. This paper presents a means to watch pick-up/drop-from youthful children to improve the safety of youngsters through the daily transportation back and forth from school. The device includes two primary models, a bus unit plus a school unit. The device features a developed web-based database-driven application that facilities its management while offering useful particulars concerning the kids to approved personal. Riding on the bus unit the device may be used to identify each time a child boards or leaves riding on the bus. This publish is communicated for the school unit that identifies which in the children did not board or leave riding on the bus

It is a simple, but most effective way of communicating which session each participants will be attending. It will automatic send invitations and information through Google Calendar. Also to track the history of every participants, we can also use Google Sheet which can be linked to the registration sheet. This will make everything self sustaining, making it less administration work for the team.

To record the data, we will observe the amount of times students take out their phones during the class period.

Here is a brief description of how the system functions. Overall, our system has a software part. Every patient is provided a unique id against their registration where their details are stored. Readings from the patient by the help of health worker are also stored into central database by using android application . We need the service of an experienced health worker to monitor all these activities. The software part comprises of two applications: an android mobile application and a windows desktop application. Application is designed in such a way that it raises notifications or send sms/email to the health worker and doctor if the input readings lie in critical ranges. This helps the health worker to take further measures. Windows desktop application also provide facility to directly store diagnosis report of the patient to the central database by the pathodology and helps doctor to view all the values measured corresponding to each patient’s details against its id. This helps the doctor to identify complexities associated with the fetus and thus helps the doctor in providing a more accurate diagnosis. He can provide his feedbacks and report for each patient which will be stored back into the central database. By using the Windows desktop application, the health worker can directly view the doctor feedback and further provide require diagnosis to the patient.

Currently, the HGRDA is using paper-based system to register new riders, medical consents and new staffs’ details. According to the clients’ attendance that is recorded in a role book, the invoice will be generated. When riders’ or staff’s information need to be changed, they might need to re-fill forms. The annual timetable will be set up at the beginning of the year. Based on the lesson schedule, the manager will assign suitable staff and volunteers. Additionally, the advantages of using paper-based system are that making notes on files and sharing within a large group easily. Also, the paper-based system will have low requirements on the hardware of the organisation. Besides, one disadvantage of using paper-based system is that the manager has to check records manually, which may cause some unnecessary errors. Another disadvantage is that the current system does not provide the manager with special functions to generate statistic efficiently.

MCA Semester – I S.No. Course Code Course Name 1 2 3 4 5 COMP 712 Programming & Problem Solving with C COMP 714 COMP 715 MAS 621 BAM 752 Introduction to Softwares Computer Organization and Architecture Discrete Mathematics Business Communication Total Credits Semester – II S.No. Course Code Course Name 6 COMP 723 

Libraries have been playing a very important role in information, knowledge finding and providing people great places to study. McGill University, one of the biggest and highly ranked universities in Canada, consists of 11 facilities and has 39,988 students [1]. McGill University library system comprises 13 branch libraries, holding over 6 million items and providing great quiet study, group study rooms and computer for students and staff. However, most students have experienced difficulties in finding a seat for studying or group discussing in the library, especially during the exam period. Besides, although the library has clearly defined that students cannot occupy seats. But because of the lack of the alarm system, it is difficult to judge which one is free and which one is not, the problem of the low utilization ratio of seats is very serious. This leads to a serious waste of resource and so many students who loves to study cannot find seats in the library. In addition, students can be distracted from studying, by people who are walking around for finding a seat in the library. Besides, the ubiquity and popularity of smartphones among end-users have increasingly drawn software developers’ attention over the last few years. As a result, our group will create a library seat availability app for students to check the occupancy and the vacancy of seats in the libraries by installing sensors at each floor and the main entrances of libraries. By comparing the

Development of Attendance Management Application Using Android Platform Name: Sashank Guduru APPROVED BY Dr. Ebrahim Khosravi Chair of Department of Computer Science Dr. Mohammad Abdus Salam Chair, Project Committee Dr. Douglas Moreman Committee Member Dr. Shizhong Yang Committee Member TABLE OF CONTENTS 1. INTRODUCTION ……………………………………………1 1.1 Background ……………………………………………... 2 1.2 Significance ……………………………………………...