SCHOOL OF ELECTRICAL ARCHITECTURAL
VIT University or college
" AUDIBLE THERMOMETER”
Project Primarily based learning (PBL)
B. SRIKAR SUDARSAN
M. SARATH KUMAR
S. YOGESH RAJ
Underneath the Guidance of
Prof. M. Monica Subashini
We have set efforts through this project. Nevertheless , it would not have been feasible without the kind support and help of individuals and organization. You want to extend my personal sincere due to all of them. We are highly indebted to Prof. Monica subashini for the guidance and constant direction as well as for rendering necessary information regarding the job & likewise for the support in completing the task. We would like expressing our gratitude towards the SELECT and lab assistants to get providing all of us with pricey apparatus which will helped us in completion of this job. We would like to convey our unique gratitude and thanks to VIT University intended for giving us such an chance and facilities.
The objective of our project was to build a Independent audible thermometer, which can speak the body temperature of a person. Our initial goal was going to build both equally software and hardware setup of the hearable thermometer. We certainly have already done the software setup and we are working on the hardware, which usually we couldn't complete since the budget was pretty weighty for us. Therefore , we've built a create which can speak a person's body temperature using the sensor and a computer.
TABLE OF CONTENTS
PHASE 1 Introduction Page Nos 1 . you Objective and goal with the project you
This kind of chapter will need to give the essential back-ground Theory on the subject of the project and essential derivations or the like.
CHAPTER three or more
This chapter ought to normally cover design / programming methodologies or various other approaches advised in the literature. (Above number pattern should be followed to get Sections and sub-sections. )
Detailed approach followed pertaining to the execution of the project.
(a) In case of Equipment:
1 . in depth experimental procedure followed,
2 . measurement setups,
3. method steps,
4. fresh setup,
5. photographs of the system developed(if any), results breeze shots etc .
(b) In case of ruse, modeling, encoding techniques, the programming actions, flow chart, simulation effects, verification of the approach implemented.
(Above quantity pattern ought to be followed pertaining to Sections and sub-sections. )
CHAPTER a few
(Above number routine should be implemented for Portions and sub-sections. )
(Comprehensive list of references should be given as per IEEE / Physical Review format). All these referrals must be linked to the text and reference no . (for for example. 5) should be given in a square group or since  along with the text.
Intended for ex:
 Neelam Marshkole, Bikesh Kumar Singh, A. S i9000 Thoke, " Texture and Shape centered Classification of Brain Tumors using Linear Vector Quantization” (2011) Foreign Journal of Computer Applications, September
Goal and Goals:
The standard objective of this project was to build a great audible thermometer, which will be very beneficial for folks with perspective problems and blinds, who have cannot browse the numbers demonstrated on the modern digital thermometers. The human error is very prevalent. A little thoughts can make us note down 85oC as 58oC. This is very normal with us. So , audible measurements will decrease the occurrences of such errors. So , the ultimate goal is to develop an audible thermometer for measuring body temperature pertaining to domestic and medical purposes both employing LabVIEW and using microcontroller (independent).
SECTION 2 ...
References: For ex girlfriend or boyfriend:
 Neelam Marshkole, Bikesh Kumar Singh, A. S Thoke, " Feel and Shape based Category of Human brain Tumors using Linear Vector Quantization” (2011) International Diary of Computer system Applications, Sept. 2010