AUTOMATIC TOUCHSCREEN BASED DRIVING SYSTEM WITH AIR POLLUTION CONTROLLER MUKIL.M.A (100107401059) PUNITHA.S (100107401071) RAJASATHYA.K (100107401072) SABEETHA.S (100107401080) GUIDED BY Mr.R.PRATHEESH M.E., DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING APRIL 02, 2014

PROBLEM IDENTIFIED should comment on existing works and its Disadvantage comment on the advantages of the approach Automatic Touchscreen Based Driving System With Air Pollution Controller Page 1/11

PROPOSED WORK FONT SIZE 20 Calibry Give the Architecture Explain clear technical specification Explain about the equipment and critical resources needed. Automatic Touchscreen Based Driving System With Air Pollution Controller Page 2/11

PROPOSED WORK (Continued) Figure 2: Receiver Automatic Touchscreen Based Driving System With Air Pollution Controller Page 5/11

RESULTS & DISCUSSION What has been done Include the full experimental setup, e.g. what machine, language, control parameters, threshold settings, … Data - Organize your data into tables, graphs, images. Make use of animation in power point to present and highlight your data and findings. Automatic Touchscreen Based Driving System With Air Pollution Controller Page 6/11

RESULTS & DISCUSSION (Continued) If possible, include a demo, which would make a more attractive presentation. There are two ways to prepare a demo. a) live demo - This will gain many marks if the demo works, but Murphy’s law states that if a thing can go wrong, it would. Therefore if you decide to do a live demo, make sure that it would work. Also prepare a recording as backup. b) recording - This is a safe alternative to doing a live demo. You record a live demo and play back. Automatic Touchscreen Based Driving System With Air Pollution Controller Page 6/11

WORK DONE Work Done so far Automatic Touchscreen Based Driving System With Air Pollution Controller Page 7/11

WORK TO BE DONE Work Yet to be completed Automatic Touchscreen Based Driving System With Air Pollution Controller Page 8/11

INDIVIDUAL AND GROUP RESPONSIBILITIES FOR REVIEW 1 Individual Role MUKIL.M.A Design Of Transmitter Part -Interfacing Transmitter And Receiver Using Zigbee. PUNITHA.S Design Of Receiver Part and selection of components . RAJASATHYA.K Design Of Transmitter Part- Interfacing LCD And Touchscreen. SABEETHA.S Design Of Receiver Part- Driving Circuit Group Role Coding In Software Automatic Touchscreen Based Driving System With Air Pollution Controller Page 9/11

REFERENCES 1 George, F. Fine, Leon M. Cavanagh, Ayo Afonja and Russell Binions (2010) ‘Metal Oxide Semi-Conductor Gas Sensors in Environmental Monitoring’, Sensors, Vol.5 , No.9, pp. 88-93. 2 Hawfke, M., Mukhopadhyay, S.C. and Ewald, H. ( 2011) ‘A zigbee based smart sensing platform for monitoring environmental parameters’,IEEE Instrumentation and Measurement Technology Conference (I2MTC) , Vol. 6, No.2, pp. 70-82. 3 Jeongmin, K. and Hyunsoo, K. (2007) ‘Electric Vehicle Yaw Rate Control using Independent In-Wheel Motor’, IEEE Power Conversion Conference, Vol.2, No.5, pp. 705-710. Automatic Touchscreen Based Driving System With Air Pollution Controller Page 10/11

THANK YOU Automatic Touchscreen Based Driving System With Air Pollution Controller Page 9/11