The objective of this project is to design a complete wireless automated menu as well as billing in restaurant using Arduino board, Zigbee & touch screen.

1. VITAM
ZIGBEE BASED SMART
RESTURANT
A
SEMINAR ON
Presented By
Smita Rani Mishra
1201301184
Tejasmita Panda
1201301135
Sanjay ku. pattnaik
1201301153
Sudhansu ku. Sahu
1201301319
Ratan sahu
Under the Esteemed Guidance of
Asst prof. Sameer Kumar Sahu
DEPARTMENT OF ELECTONICS AND TELICOMMUNICATION ENGINEERING

2. VITAM Contents
1.Introduction
2.Problem Statement
3.Methodology
4.Block Diagram
5.Flow chart
6.Conclusion
7.References

3. VITAM Introduction
The project mainly aims in designing
completely wireless automated menu as
well as billing in restaurant with the help of
Zigbee module, Arduino, touch screen
sensor & LCD to provide a user friendly
environment accuracy by minimising the
training time, low database management.

4. • Wastage of time.
• Human effort.
• Poor database
management.
Problem StatementVITAM

5. In this entire project the methodology is
based on
 Arduino
 Zigbee
MethodologyVITAM
standard Bluetooth GSM Zigbee
Range (m) 1 – 10+ 1000+ 1 – 75 +
Battery life
(days)
1 - 7 1 - 7 100 – 1000+
Bandwidth
(kbps)
720 64 - 128 20 - 250
Application Cable WAN Monitoring &
features
Open source
Simple & clear programming
environment
Easy to interface hardware
Cross platform

6. VITAM Block Diagram

7. VITAM Flow chart

8. VITAM Conclusion
Hence we designed and
developed a prototype system that
allows user to make order by inserting
the menu by themselves and it solved
the problem which is faced by the
restaurant’s entrepreneur in the
attempt to organize the restaurant more
efficiently skilled and capable.
Furthermore, it also can improve
human resource utilization and speed
up the management in restaurant.
Besides that, it reduces the lateness

9. VITAM Reference
[1]Baronti, P., P. Pillai, V.W.C. Chook, S. Chessa, A. Gotta
and Y.F Hu (2007). Wireless Sensor Networks: A Survey on
the State of the art and the 802.15.4 and ZigBee Standards.
Computer Communications, 30, 1655-1695.
[2]Howitt, I. and J.A. Gutierrez (2003). IEEE 802.15.4 Low
Rate – Wireless Personal Area Network Coexistence
Issues. In: 2003 IEEE Wireless Communications and
Networking, 3, 1481-1486.
[3]Liu, Y. and R. Jäntti (2006). A Study Towards Enhanced
Reliability Performance of Remote Control and Monitoring
Application Over Commercial Wireless Communication
Networks. In: International Conference on Wireless
Communications, Networking and Mobile Computing, 2006,
1-4.
[4]Rabaey J., J. Ammer, J.L. da Silva Jr. and D. Patel (2000).

10. VITAM
Thank You

11. VITAM
Any Queries ?