Introduction to research. Have a look on attached file.NIT6130 Assignment 2 - Proposal, Literature...

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Introduction to research. Have a look on attached file.

NIT6130 Assignment 2 - Proposal, Literature Review, Research Method Submission Instructions Document format: Please submit your assignment as a word document (.docx) not a pdf. Submission: Submit in the drop box provided in VU Collaborate. Due date: Refer to drop box. Marks: 45 Assignment Template Follow the template and steps below to complete your literature review and research method proposal. Remove any instructions provided, and replace them with the information required. Title of the project (A tentative title of selected research)　 Name, Student ID 1. Abstract (Total 3 marks) · Summary of the knowledge gap: problems of the existing research · Aim of the research, summary of what this project is to achieve · Summary of the approach or methodology and innovation · Summary of the expected outcomes and significance The above four points need to be clearly stated, each have at least 2 sentences. The approach/method part needs to have minimum 4 sentences. 2. Introduction (Total 3 marks) An overview of the existing research relating to the proposed research. You must summarise how the proposed research enhance existing research, based on your knowledge obtained from broad scan and focused reading. Broad Scan moves to Appendix 1 3. Related work (Total 12 marks) · Select one type of the research methods (qualitative, quantitative, new product/technology) · Select one of the existing research articles which applied the selected research method · If the article was not one of the focused reading articles in the assignment 1, a focused reading needs to be conducted for it; otherwise, existing focused reading needs to be improved according to the feedback received for the first assignment. · Include the focused reading of the article here, with answers to the following questions · What did the authors do (key contributions) · Why did the authors conduct the research (existing problems) · What are the key differences in the method/approach (innovation) · What are main achievements, significance · What can be further improved · Research problem identified (to be reflected in the proposed research) Note: · Each of the above questions needs to be covered with one paragraph; each paragraph contains minimum 4 sentences. · The research problem identified will be addressed in the proposed research part. · Particularly, the research problem will be addressed by applying Alexa or Dialogflow agents. Example improvements can be · better way to collect data · better way to provide feedback · combining chatbots with other technology/products to form a new product/technology which has beneficial applications · Conduct a literature review on whether other research has applied chatbots to address the same problem. Provide a summary overview on what related works have been done and what has not been done. The related work shall be included in the reference and cited here, according to a selected citation/reference style. 4. Proposed Research (give a title) (Total 18 marks) 4.1 Problem statement: clearly define the problem identified in section 3 (1 mark) 4.2 Aim of the research: what to be achieved; elaborate on the objectives in details (2 mark) 4.3 Expected outcomes and significance: Eg. How would chatbot improve the research; list the key benefits. (2 marks) 4.4 Method and innovation: Explain how application of Alexa/Dialogflow agents to improve outcomes. Eg. Current research also use chat bot. However, use of block chain improves secure data exchange. · Architecture or structure diagram of your proposed method (2 marks) · Chatbot interaction with users (2 marks) Invocation, intents, dialogs, slots/parameters (Attach the JSON of agents attached in Appendix B) · Lambda functions to bridge the chatbot with the server-side processing (2 marks) Pseudo code of the logic or flow diagram (Source code to be attached in Appendix B) · Server-side processing (4 marks) · Database design (what are key information to be kept) · Database table management (web interface to display, insert, delete or update the data, use the template code and adjust to fit the project) · Intent handling Source codes and the SQL scripts of the database to be attached in Appendix B; · Preliminary study (3 marks) Description of typical scenarios (minimum 2), the possible interactions, the expected improvement addressing the research problem Screenshots of the preliminary study 5. Conclusion (Total 2 marks) What has been proposed, what has been done, what improvement has been achieved, what understanding has been gained from the preliminary study, what can be further improved? 6. References (Total 3 marks - referencing) Follow one of the reference styles 7 Appendix (Total 2 marks) Appendix A. Literature Review – Broad Scan and Reading (minimum 3 rounds) 9 marks Round 1 · What research interests lead you to the choice of initial keywords? · List keywords, source/research database, number of results returned · List out result: search results list presented in table format (first 20+, with NO detailed abstracts, Highlight the articles selected for detailed/focused reading) Title, author, year, journal/conference title · Review & Summary (a paragraph of 6 -10 lines) What was your opinion after going through the initial search results list? What considerations led to the new set of keywords? · List out the new keywords derived. · Provide details of the articles/work identified-Title, author, year, journal/conference title, abstract These are the most relevant articles you find in round 1 search result list. Read these articles under focused reading. Present details of the articles in table format. · Appendix (need to be conducted in round 1 broad scan but to be included at the end of the document, NOT here) including first 20+ returned search including detailed abstracts Title, author, year, journal/conference title, abstract Round 2 · List keywords, derived in round 1, source/research database, number of results returned · List out result: Up to 20 search results list, presented in table format with no detailed abstracts (Highlight the articles selected for detailed/focused reading) Title, author, year, journal/conference title · Review & Summary (a paragraph of 6 -10 lines) What was your opinion after going through the initial search results list? What considerations led to the new set of keywords? · List out the new keywords derived. · Provide details of the articles/work identified-Title, author, year, journal/conference title, abstract to be read in the focused reading These are the most relevant articles you find in round 2 search result list. Read these articles under focused reading. Present details of the articles in table format. · Appendix (need to be conducted in round 2 broad scan but to be included at the end of the document, not here) including first 20+ returned search including detailed abstracts Title, author, year, journal/conference title, abstract Round 3 · List keywords, derived in round 2, source/research database, number of results returned · List out result: Up to 20 search results list, presented in table format with no detailed abstracts (Highlight the articles selected for detailed/focused reading) Title, author, year, journal/conference title · Review & Summary (a paragraph of 6 -10 lines) What was your opinion after going through the search results list? What consideration led to the new set of keywords? · List out the new keywords derived. · Provide details of articles/work identified-Title, author, year, journal/conference title, abstract These are the most relevant articles you find in round 3 search result list. Read these articles under focused reading. Present details of the articles in table format. · Appendix (need to be conducted in round 3 broad scan but to be included at the end of the document, not here) including first 20+ returned search including detailed abstracts Title, author, year, journal/conference title, abstract A1. Round 1 Broad Scan, keyword, source/research database, number of results returned 20+ Title, author, year, journal/conference title With abstract A2. Round 2 Broad Scan, keyword, source/research database, number of results returned 20+ Title, author, year, journal/conference title With abstract A3. Round 3 Broad Scan, keyword, source/research database, number of results returned 20+ Title, author, year, journal/conference title With abstract Appendix B. Chatbot B1. JSON of the chatbot B2. Lambda/fulfilment function of the chatbot 5

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Neha · Accepted Answer

Contents
Abstract	1
INTRODUCTION	1
RELATED WORK	4
SYSTEM ARCHITECTURE	7
PROPOSED METHODOLOGY	7
SYSTEM MODULES	9
A. Health Monitoring Section	9
B. Emergency Alert Section	9
C. Health Status Prediction System	10
IMPLEMENTATION	10
RESULT	13
CONCLUSION AND FUTURE WORK	13
References	14
Abstract 
Internet of Things please have very important role in the healthcare Department as it provides improved version of the medical facilities to the patients and also facilitates different services to the hospital and doctors. the proposed system which is in this report consist of different medical devices like the sensors and mobile based on web based applications who are capable of communicating with each other using a network connected device and it can help the doctor to monitor and record the health data and medical information about the patient. The proposed result out of this paper is to build a system which can provide a new world class medical aid to the patients who are in the remotest area and do not have any hospital in their area the system can help them to connect over the Internet and collect all the information about their health status with the help of a wearable device. this device will be present in a kit with the help of raspberry pi microcontroller so that it can record the information about the blood pressure and heart rate of the patient. The system would be smart enough so that it can intimate the family members of the patient and their doctor about the health status of the patient and complete medical information in case if there is any emergency. The collected information with the help of this device can be used to analyse and predict if there is any chronic disorder or disease like the heart attacks in the preliminary stage itself with the help of data mining techniques so that we can take any advantages approach for decision making.  
Keywords: Internet of Things, IoT in Healthcare, Patient Monitoring, Raspberry Pi, Smart Health Monitoring. 
INTRODUCTION 
The health can be Characterised as complete state of social common mental and physical wellbeing instead of just not having any illness. The help can be defined as a fundamental element of the need of people to live a better life but the global health problem has already created a dilemma due to the factors like large gap between the urban and rural areas, who are health services, and availability of the physician and nurses during the hard time. The Internet of things can be defined as the interconnection of different sensors, applications, devices and network connectivity which can help to enhances these entities so that they can collect and exchange data among them. The characteristic which can distinguish between the Internet of thanks which is present in the healthcare system test the constant monitoring of the patient with the help of different parameters and also shows good result from the history of such constant monitoring method. There are many such devices which are equipped with the medical sensors and are present in the ICU currently. But there can be different cases in which the doctor is not alerted in time when there was any emergency instead of having monitoring of 24 hours.  
Also, there can be hurdles to share the data and information with the specialist doctors and the relatives of the patient. The technology has already in hands the features are available in the healthcare Department, but they are not accessible and affordable 5 most of the population in developing countries like India. hands we can find a new solution which can solve these problems by adding a little bit extension to the current devices. This paper shows our new system which is known as the remote health monitoring system and it is controlled by Raspberry pi. This device is just like a small payment card sized device which is a single board microcontroller and it is used to own hands the basic computer science educations in the colleges and universities. In this paper we will design a system which can continuously monitor the different parameters of the patient like their body temperature, heart rate and blood pressure. Heart rate and the body temperature are there to most significant indicators which we can use to maintain the human health. The heart rate is defined as the heartbeat of the human per minute. And it is commonly known as the pulse rate. 
To measure the pulse rate, we can use the increase in the blood flow volume by calculating the number of pulses. The heart rate after normal human being can range between 100 to 60 beats per minute. Restful hurt for the adult males it goes approximately to 70 beats per minute and for females it goes to 75 beats per minute. The female who are well years of age and above will have higher rates of heart when compared with the males (Avitall, B., Peterson, B., Kletch, J., Griswold, E.B. and Moran, P). 
The temperature of the human body can be defined as the heat of the body and the total amount of heat which is radiated by the body can be determined scientifically. The body temperature of an average person can depend on different factors like the gender, eating habits and the ambient temperature. The body temperature of the healthy adult is likely to range between 99-degree Fahrenheit to 97.8-degree Fahrenheit. If we talk in Celsius then it can be 36.5 degree Celsius to 37.2 degrees Celsius. There are different factors like No temperature hypothermia, illness for flu which can change the temperature of the body. In every type of illness, the typical indicator is the fever. There are different methods which can assess the heart rate and body temperature either invasively or noninvasively. 
When we use non-invasive approach that it has been one more convenient and accurate for the consumer. It is suggested that the healthcare should always provide good room conditions to the patients. There are few measurements about the room which are room humidity, level of gases like CO2 and CO2 can determine the quality of room environment. There are many toxic gases and certain levels of humidity which are harmful for the patience. To give optimum comfort to the patient it is better if they prove humidity is between 30 at 65%. 
The information which will be collected from the device can be stored over a cloud server database and weekend display it with the help of either a mobile application or online website by the authorised person only. The idea is not very new, but we can propose a very cheap and absolute method for this system with the help of Raspberry pi. the major objective to design this system is to update the data online and simultaneously send alert to the doctors if there is any abnormality. This system can also help to predict if the patient is having any disease or not. Currently we are using the MySQL database and this module is linked to the Raspberry pi. But we can achieve this with the combination of web interface, GSM module and Raspberry pi. this system has a lot of future scope and the data collected after monitoring the health is so important and it can be used for any type of research in the medical Department (Yasushi, M. and Yanagidaira, M., Pioneer Corp). 
The following are the major aim of this paper:
· to find out the real time medical information about the patient with the help of Internet of Things technology.

NIT6130 Assignment 2 - Proposal, Literature Review, Research Method Submission Instructions Document format: Please submit your assignment as a word document (.docx) not a pdf. Submission: Submit in...

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