Abstract

This paper presents an overview of results related to the operational behaviour of Automatic Teller system with respect to reliability analysis. ATM system has three major subsystems namely: the ATM stations, the central computer and the computers in bank. These are designated as ‘A’, ‘B’ and ‘C’ respectively. The central computer is connected with all ATM station and bank computers. Initially, as the system works, human cashier enters account and transaction data. ATMs communicate with the appropriate banks. An ATM accepts a cash card, interacts with the user communities with the central system to carry out the transaction, dispenses cash, and prints receipts. The only permanent data are stored in the bank computers.

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References

[1] Dhillon B.S. : ‘A system with two kinds off 3-state elements’, IEEE Transactions on Reliability., R-29,pp 345 (1980).
[2] Gopalan, M. N. Naidu:‘ Cost benefits analysis of repairable system’, presented at NCOR-81, held at IIT Bombay (India)(1981).
[3] Dhillon B.S.; L Anude, O.C. : ‘Common cause failure analysis of a K-out of N:G system with repairable units’, Microelectron. Reliability Vol. 34(3), pp 429-442 (1994).
[4] Sharma, V. Stochastic behavior of a transit System change mixed network, Pure and Applied Mathematics Science, 35, 131-142 (2007).
[5] Agarwal K.K. : Gupta, J.S. and Mishra K.B. : ‘A new method for system Reliability Evaluation’, Microelectron. Reliability. Vol.12, pp 435-440 (1973).
[6]. Batra, C.M., “Operational readiness of a computerized banking system, Bulletin of Pure and Applied Sciences Vol. 30. P-66-74 (2010).
[7]. Sharma, V., Operational Readiness of a multistage Complex Repairable System.; Bulletin of Pure and Applied Sciences Vol. 31 E P 47-55 (2012).
[8]. Sharma, V. Stochastic behavior of a transit System change mixed network, Pure and Applied Mathematics Science, 35, 131-142 (2007).