Objective of C Project on Railway Ticket Reservation system The main objective of the C Project on Railway Ticket Reservation system is to manage the details of Booking, Stations, Fare,Trains, Customers. It manages all the information about Booking, Timetable, Customers, Booking.

More Online Railway Reservation System Projects in Java, PHP, C & C. Download Project: Fields with. are mandatory. Full Name.: Email ID.: Phone Number: Project: Computer Projects Tags: C C mini projects, Mini Projects, Objective C, Railway System. WhatsApp Share Tweet.
Link of Program: This project is apt for submission as project of Class 12th Compute.
Project: Train Ticket Reservation System. This whole system is based on a concept to reserve train tickets of various destinations.Here, as the program is executed, there’s a login system then the user has to choose between reserving a ticket, viewing all the available trains and cancel the reservation. By choosing reservation of ticket, user has to enter the name, number of tickets and then choose by which train to travel according to their destination.

Railway Reservation System Project In C Pdf

Centre For Railway Information Systems
Public Sector Undertaking
Industry	IT services IT consulting
Founded	July 1986
Founder	Ministry of Railways
Headquarters	New Delhi, India
Area served	India
Services	Information technology consulting
Owner	Government of India
850 (2018)
Parent	Indian Railways
Website	www.cris.org.in

The Centre for Railway Information Systems (CRIS) designs, develops, implements and maintains most of the important information systems of Indian Railways. It is located in Chanakyapuri, New Delhi. CRIS was established by India'sMinistry of Railways in 1986.

History[edit]

In 1982, Indian Railways (IR) set up a central organisation to computerise freight operations (COFOIS). In 1986, this was converted into a dedicated, autonomous organization (CRIS), an umbrella organisation for all information technology-related activities on Indian Railways. It was tasked with designing, developing and implementing the Freight Operations Information System (FOIS) and its communications infrastructure. CRIS began functioning in July 1986 as an autonomous organisation headed by an executive director (later renamed managing director).

A unique feature of CRIS is the collaboration among domain experts from Indian Railways, CRIS' own technical specialists, and leading IT companies of the country. Systems managed by CRIS have been recognised by Computerworld.^[1]^[2] CRIS received the Prime Minister's Award for Excellence in Public Administration on 21 April 2008.^{[citation needed]}

CRIS held a symposium, 'IT Can Happen in Government', in New Delhi on 1 July 2010 after a previous symposium on 6 July 2009. A seminar on big data was held in July 2014, followed by one on smart cities in July 2015 and on mobility and mobile apps in 2018. CRIS seminars are held annually, with the most-recent one (on Digital Transformation of Large Enterprises) on 1 July 2019.

American pie all parts hindi dubbed. In December 2019, the Ministry of Railways was considering a proposal to merge CRIS' operations with RailTel Corporation of India Ltd.^[3] However, the proposal has been shelved for the time being.

Work[edit]

CRIS designs, develops, implements and maintains information systems for Indian Railways. It has also developed and implemented the IT system for the Andaman and Nicobar Islands ship-ticketing, which it currently maintains as well. The number of projects handled by CRIS has increased from three in the year 2000, to more than 80 by 2020. CRIS follows a mixed model of software development, outsourcing some development work while developing software in-house as per need.

Railway System Database Project

Major IR projects[edit]

Computerisation of the Freight Operations Information System: FOIS enables management and control of freight movement, optimised asset utilisation and the generation of invoices. Many of IR's larger freight customers pay through an electronic payment gateway interfaced with the FOIS. About 72 percent of the railway's freight revenue is paid electronically.^[4]
Passenger Reservation System (PRS): A nationwide online passenger reservation and ticketing system, developed and maintained by CRIS, was developed in C and Fortran on a DigitalOpenVMS operating system using RTR (Reliable Transaction Router) as middleware. Also known as CONCERT (Country-wide Network of Computerised Enhanced Reservation and Ticketing), it interconnects the four regional computing systems (in New Delhi, Mumbai, Kolkata and Chennai) into a national PRS grid. It allows a passenger anywhere to book train tickets from any station to any station. PRS handles reservations, changes, cancellations and refunds, reserving over 1.6 million seats and berths daily. Complex rules, validations and fare-computation techniques are interwoven in the application. This system is currently under modernisation.^[5]
Next Generation e-ticketing (NGeT): The Internet-based E-ticketing reservation system, developed for IRCTC, that connects at the back-end to PRS.^[6]
Computerization of Indian Railways' Unreserved Ticketing System. Unreserved ticketing is a major component of IR’s ticket volume, and an important source of revenue. UTS delivers fast unreserved ticketing from dedicated counters, replacing manual printed-card tickets with centralized, online sales. The architecture integrates with handheld terminals, smart cards, vending machines and UTS Mobile app & website utsonmobile.indianrail.gov.in.
National Train Enquiry System, for latest train running times and live train tracking^[7]
Web-enabled claims: Web-based software enables the public to file and track claims online.^[8]
Rail Budget Compilation System (RBCS): Developed for budgetary input from Indian Railways zones and production units, RBCS facilitates data capture, database construction, demand analysis and estimate pruning for the railway budget.
Case Monitoring System: the online peoples' representatives demands monitoring and redress system
I-Pas is a comprehensive payroll and accounting system which has been extended throughout Indian Railways.
Workshop Information SystEm (WISE): A MIS project for railway workshops in Kharagpur, Jagadhri, Ajmer, Kota, Charbagh, Liluah, Kanchrapara, Matunga, Lower Parel, Parel, Bhusawal, Secunderabad, Lallaguda and Jamalpur. WISE provides a report for workshop management using the Oracle DBMS.
Crew management: Crew Management System (CMS) software provides real-time railway crew information. Information includes location, status, train assignment, time off and continuing education. The software issues SMS alerts to management and supervisors. It can book crew for coaching, shunting and freight service. The software supports safety monitoring of the crew by inspectors, assessing crew knowledge with a quiz administered through kiosks in crew lobbies, and provides up-to-date safety circulars.
Control Office Application (COA): Enables rail-traffic controllers to manage trains in their section, and is operational in all division control offices. The COA interfaces with other applications (such as NTES) to provide train information to passengers and managers. Recently, the Real Time Train Information System (RTIS) that enables Satellite Navigation data from train locomotives to directly update the train position in COA in real-time has been partially implemented.
E-Procurement System: Provides a secure, fair and transparent method of materials procurement through a web-based interface. It enables suppliers to securely upload their tenders to a central server in encrypted form, which can be decrypted only by authorised railway officials after the tender opening. All timestamps are authenticated by the National Physical Laboratory. The system is operational on all zone railways, and units and has been extended to CORE, RDSO, RailTel and the Kolkata Metro. E-Auction, launched in March 2012, has been adop