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Annotated Bibliography: Information technology Assignment

Question

Task:1. Write an Annotated Bibliography for your Capstone Topic with a collection of 12 articles following a set structure. The Annotated Bibliography is a critical examination of the most relevant, recent and scholarly research on the topic area that is not just a summary of the articles you have read on done in Topics 1 to 5.

2. Use the latest online search tools (CSU PRIMO, Google Scholar, Online databases) and efficient bibliographic organisers - CSU supports the use of EndNote. (available on iPad). EndNote is a bibliographic citation program, allowing references and footnotes to be translated into a variety of standard formats.

3. As a CSU student you can download and install EndNote X7 for Windows or Mac OS platforms from https://online.csu.edu.au/division/dit/software/core.html

4. For Group Work OPTION teams only: Assessment Item 3 Annotated Bibliography is done INDIVIDUALLY by ALL students.

5. Ensure that the Annotated Bibliography submitted by you is your own work and has not been submitted elsewhere and comply with the University's requirements for academic integrity.

6. You can get help in Building and Writing an Annotated Bibliography from Topic 3 Tutorial Topic in the ITC571 Interact2 site sidebar menu and other study advices and tips from:

  1. Study Resources (PDF files to download): http://student.csu.edu.au/study/resources
  2. APA style Referencing from http://student.csu.edu.au/study/referencing-at-csu.
  3. The CSU Library website for LibGuides in Information Technology, Computing and Mathematics at http://libguides.csu.edu.au/cat.php?cid=66969
  4. EndNote Bibliographic software and tutorials LibGuide at http://libguides.csu.edu.au/endnote

7 Review the emerging technology (use internet for journals, conference papers, magazines, news articles, online databases, eBooks) and submit a 12-article Annotated Bibliography on your topic.

8. A good place to start a collection of articles in your annotated bibliography is via the PRIMO search tool located on the CSU Library website at http://www.csu.edu.au/division/library

The following questions may be useful while reviewing the topic:

  1. What is the new technology?
  2. What does it do and what are the special features it has?
  3. When is it coming out in the market and how much will it cost?
  4. What industry will the new technology affect? (Medical, agricultural, computer, business, etc….).
  5. In your opinion, will the new technology be beneficial to society? Why or why not.
  6. What did you learn from a critical analysis of your sources of information on this new technology?

TASK 2: Self-Evaluation Report on Originality

1. Select an 800-word sample of annotations from Task 1 and submit it for testing at either Turnitin turnitin.com or Small SEO Tools Plagiarism Checker http://smallseotools.com/plagiarism-checker/ sites.

2. Save a copy of the originality report obtained from the chosen site

3. Critically evaluate and interpret the originality report, from your context or point of view as your personal Self-Evaluation Report on Originality (100-150 words).

4. Append this short evaluation report to the saved copy of originality report from the chosen site as Task 2 completed.

5. Finally submit the combined Tasks 1 and 2 via Turnitin as required.

Answer

Article 1: Patel, B., Pandya, S., & Patel, S. (2017) IoT Based Automated Car. International Journal on Recent and Innovation Trends in Computing and Communication, 5(5), pp. 420-422

In this Information technology Assignment, technology is using components of internet of things (IoT), such as “Raspberry Pi”, relay board and ULS 2004 IC technologies primarily in order to access a car remotely from any corner of the globe using a minimum 2G internet connection. The technology depicts that the “Raspberry Pi” is supposed to be connected to the internet and a web page will open up, which will allow a person to have a list of actions that could be performed on the car remotely such as turning the car on. Once the user has pressed the car on button, the signal travels through the web and Raspberry Pi hardware receives it and sends sustainable signal to the relay board, which initiates the function in the car. The study depicts that the technology relies highly on IoT and requires basic recourses to be enabled. The best feature of this technology is that it could end the security issue in case of a car gets stolen. The user can always access the car and know its whereabouts and can also drive it back home remotely. However, the project is on a prototype stage and will be available for mass production in about next 20 years and will affect the automobile industry massively, benefiting the society by making travelling more secure and providing more control over the car more than ever.

Article 2: Bajaj, R. K., Rao, M., & Agrawal, H. (2018) Internet Of Things (IoT) In The Smart Automotive Sector: A Review, IOSR Journal of Computer Engineering (IOSR-JCE), pp. 36-44

On this Information technology Assignment journal, the latest technology of IoT or “Internet of Things” has been taken into account which connects appliances using minimal capacity internet connection and sensors. The study is focusing on the application of IoT in automobile industry where using the technology, driving experience or style can be revolutionized. Application of IoT in a car can provide many unique features which was a fantasy even few years back and now the possibility of the theory being real can be observed. Applying IoT can enable the cars to be self-driven which is the biggest feature. Along with this, the car can be connected with the phone and using this car could be controlled or tracked using an application in the phone and the tracking data can be used for various purposes such as insurance. IoT can enhance the on-board experience completely, however, the price of a car with this features has not been mentioned in the paper. As per the Information technology Assignment studies, the technology is already available in the market, however, not in the production as a regular car. IoT can have an impact on automobile industry massively and change it towards technological advancement. IoT is going to benefit the society as it can not only be implemented on cars but in day to day life of everyone by connecting home appliances together and make life easier. The critical analysis shows that the technology is working on connecting things over the internet using sensors which collects the data and storing it on cloud computer.

Article 3: Kim, Y., Oh, H., & Kang, S. (2017). Proof of concept of home IoT connected vehicles. Sensors, 17(6), 1289

The new technology suggested in the journal is the amalgamation of IoT, home smart appliances and car using a Smartphone and voice based interactive virtual personal assistant developed by car agent and home agent respectively. The technology connects the car and home through homogeneous voice-based natural language interface. The especial feature of this technology is that it can manage the smart home by accessing them which is provided by the Smartphone. However, this technology is in a prototype stage and might take next 25 years to be available for the mass. Thereafter, the price of this technology has not been determined yet. However, availing the teachnology will affect the society in such a way, that it would revolutionize the way of living by raising the living standard of humankind.

Article 4: Gupta1, V., Mane, V., Pradhan, M. R., & Kotangale, K. B., (2017), IOT Based Car Automation Using Raspberry Pi, Imperial Journal of Interdisciplinary Research (IJIR), 3(4), pp. 1445-1448.

The Information technology Assignment journal concentrates on the latest technology of IoT and using this, controlling autonomous cars. The technology amalgamates various hardwires and software in order to deliver the same, such as Raspberry Pi, Ultrasonic Sensor, Moisture Sensor, AND gates, LM and LDR are the hardwire requirement. In order to interact those, the software needed in the procedure would be Raspberry pi OS, Python programming language and Putty. In the process, the controller will initiate the input and output which will be sensed by the sensors. The sensors will forward the signal to controller which will control the output. Using the technology, security, features can be provided such as security, comfort and efficiency, and complete control over the car. The technology is already available in market, and product value depends strictly on the manufacturer which has not been mentioned in the journal. The technology will benefit the society by enabling customers to have more control over the possessed car and making travelling easy and convenient for them. The technology is embedded with the car which takes valid input from the users using high end sensors and camera and executes the same.

Article 5: Krasniqi, X., Hajrizi, E. (2016), Use of IoT Technology to Drive the Automotive Industry from Connected to Full Autonomous Vehicles, International Federation of Automatic Control, pp. 269–274

The journal document has focused its concern regarding the advantage and disadvantages of Autonomous cars which are self-efficient driving cars. The technology uses IoT, more specifically the sensors in order to make the car perform the actions which the driver does by sensing its surroundings. As the name suggests, the technology makes the car into a driverless car where the passenger can enter two points of courses and the car will take the person from one point to the destination. This technology provides multiple features including the car being driven by the technology itself, allowing the traveller to have a hassle free transportation while avoiding calamities which might occur in case of human error. The study depicts that the technology is already in the market; however, it is a debatable topic as the acceptance of the technology is not up to the mark. The study does not state the cost of a car with self-driven technology. However, it states that the cost will be high initially and maintenance cost will be significantly low with comparison to a combustion engine car, which will affect the automobile industry and revolutionized it. The technology will benefit the society by making transportation more secure and hassle free. The Information technology Assignment depicts that the technology uses sensors and cameras in order to sense the environment to make it work.

Article 6: Gupta, A., Kulkarni, S., Jathar, V., Sharma, V., & Jain, N. (2017). Smart Car Parking Management System Using IoT. American Journal of Science, Engineering and Technology, 2(4), 112.

The journal will discuss the technology using which smart parking can be enabled for an autonomous car. The technology is consisting sensors which sends the data to the server after sensing if a parking spot is available or engaged in binary format (0 or 1) which enables the car to be parked automatically using IoT. The technology is present in the market, however, the journal does not shade light upon the pricing of the new technology. The technology is not only going to affect automobile industry but the way a parking lot looks or operates as well. This will affect the society positively by saving a lot of time of a customer as they do not need to do it manually and can save a lot of time and hassle for them. Using smart parking technology, a lot of features can be provided as it would enable vehicle occupancy by managing and monitoring the parking lot in real-time, hence, reducing environmental pollution. The Information technology Assignment depicts that the technology will use ESP8266-01 WiFi module to connect with the server.

Article 7: Dhall, R., & Solanki, V. (2017). An IoT Based Predictive Connected Car Maintenance. International Journal of Interactive Multimedia & Artificial Intelligence, 4(3).`pp. 16-22

This Information technology Assignment explores the impact of connected cars and how they can be used in predictive car maintenance. It is evident that the Internet of Things is one of the fastest emerging technologies that are becoming a necessity for business. In this paper Internet of Things is being used in the automobile industry in order to connect cars and other passengers. The connected vehicles will be capable of sharing data such as their location, status of various parts; speed of the vehicle, if the car requires servicing. These data that are transmitted to the backend services can encourage workflows so that necessary actions can be taken. Connected cars can communicate with each other and send alerts regarding scenarios such as a possible car crash. The cost of the technology is not highlighted in this paper; however, it is observed that this technology will reduce the maintenance and servicing cost of the cars at an enormous rate. This technology will help in enhancing the experience of car users and will help them during an emergency.

Article 8: Rakotonirainy, A., Orfila, O., & Gruyer, D. (2016). Reducing driver's behavioural uncertainties using an interdisciplinary approach: Convergence of Quantified Self, Automated Vehicles, Internet Of Things and Artificial Intelligence. IFAC-PapersOnLine, 49(32), 78-82.

This Information technology Assignment paper is focused on conducting researches in the area of Internet of things, artificial intelligence, connected cars and self-quantified acquisitions so that behavioural uncertainties in transportation can be reduced. This paper highlights that by capitalisation the advances in methodologies and data collection from different emerging research disciplines the drivers can be educated to a monitorable and distinct entity so that road safety can be improvised. It is observed that there is an appropriate discussion in favour of the interdisciplinary study. This structure focuses on feeding the reflexions on specific situations in which the researches on transportation could evolve to promote the society. One of the long-lasting interests in the context of road safety has been discussed as the understanding of the driver behaviour model in order to predict crashes and errors by considering the road, the means of transport, the environment and the psycho-social context of the drivers.

Article 9: Bach, W. D., (2014). An autonomous concept vehicle for individual transportation in European cities 2025 Master Thesis Master of Arts in Design, Type A -design research with product creation Major: Mobility & Sport cio.

The primary aim of this Information technology Assignment article is to formulate a design that will help in developing autonomous two-wheeled vehicles for single passengers in Europe. The concept vehicle will be developed so that it optimally operates in Europe with the help of it narrow width having an advantage in the small alleys and streets. Companies such as Google, Intel and Apple are working on different technologies that will be used in autonomous vehicles. This vehicle is focused on running with battery; therefore, it will help in reducing the impact of greenhouse gases and will contribute towards the environment.

Article 10: Szmelter, A. (2017). The concepts of connected car and internet of cars and their impact on future people mobility. Information Systems in Management, 6(3), pp. 234-245

This article focuses on exploring the impact of technological advancements in the automotive industry for the growth and development of new people mobility behaviour. It is observed that increasing congestions in large cities require new solutions for mobility so that the issue of increasing crowd, lack of parking space and more can be addressed. This Information technology Assignment discusses the concept of vehicular social network with the help of which the interactions between cars are increasing for exchanging of traffic information. It is expected that SIoV will develop new mobility possibilities, changes in the mobility pattern and behaviour that will helps in adopting new solutions. This concept is very new however there are certain products of SIoV available in the market such as NaviTweet, Road Speak, Caravan Track.

Article 11: Devare1, A., Hande, A., Jha, A., Sanap, S., & Gawade S. (2016), Internet of Things for Smart Vehicles, International Journal of Innovative Research in Science, Engineering and Technology, 5(5), pp. 2347-6710.

It is evident that the main purpose of IoT is to equip different physical objects with communication and computing so that they are able to communicate and interact with each other. This paper discussed the improvements witnessed on the Internet of Vehicles. Vehicular ad hoc network are provided in vehicles so that they are able to share data and information with different vehicles and infrastructures. This paper reveals the VANETs components that are mapped into IoT architecture to provide better integration to IoV with other IoT domains. The vehicular networks encompass the vehicle to infrastructure and vehicle to vehicle communication services. With the help of effective utilization of infrastructure, the vehicle is able to access the internet. The most beneficial aspect of V2V communication is that it helps in medium and short-range communication. The cost of these services has not been discussed in this paper. This technology can help in reducing the emergency services arrival timings in case of an accident. It is observed that in scenarios in which the typology of the network is changing due to the speed of the vehicle there can be a challenge in keeping the connection between different nodes and provide them with the resources to receive and transmit information in real time.

Article 12: Nandimath, J. N., Alekar, V., Joshi, S., Bhite, S., & Chaudhari, P. (2017). IoT based fuel monitoring for future vehicles. International Journal of Advanced Research in Computer and Communication Engineering, 6(11), pp. 2319 5940

This Information technology Assignment article is focused on enhancing the impact of IoT in fuel tracking and fuel monitoring system. In this, the reed switch is used which functions on the principles of Hall Effect in order to sense the amount of fuel filled in the transport. The flow sensor of the vehicle is activated as soon as the agents fill the tanks of the vehicle with petrol. The sensor will remain activated until the end of the flow. After the end of the flow, the sensor will calculate the amount of fuel filled in the vehicle and send a message on the mobile of the user. In case the phone is not available then the data will be stored effectively in the cloud. This system will benefit the society by calculating the amount of fuel that is deposited in order to avoid loss of money. The Information technology Assignment has explored system implementation as a easy and can be done with the help of mobile and flow sensors. All Information technology Assignment is prepared by highly qualified IT experts from top universities, assuring we deliver top quality IT assignment help service.

TASK 2 Self-Evaluation Report on Originality:The plagiarism of this study indicates that the content is original and authentic. The plagiarised contents of this file are mostly in the appendix and the table of contents. The appendix consists of reference has been copied pasted from the source of articles that are used in this study. Therefore the plagiarism contents are observed in the table of the appendix. The table of content also contains plagiarised contents as they are enlisting the headings of the study that are that are common terns and therefore they are also plagiarised. Overall there is no plagiarism found in the content of the study, therefore, indicating the appropriateness and originality of the contents.

Reference list
Bach, W. D., (2014). An autonomous concept vehicle for individual transportation in European cities 2025 Master Thesis Master of Arts in Design, Type A -design research with product creation Major: Mobility & Sport cio.

Bajaj, R. K., Rao, M., & Agrawal, H. (2018) Internet Of Things (IoT) In The Smart Automotive Sector: A Review, IOSR Journal of Computer Engineering (IOSR-JCE), pp. 36-44

Devare1, A., Hande, A., Jha, A., Sanap, S., & Gawade S. (2016), Internet of Things for Smart Vehicles, International Journal of Innovative Research in Science, Engineering and Technology, 5(5), pp. 2347-6710.

Dhall, R., & Solanki, V. (2017). An IoT Based Predictive Connected Car Maintenance. International Journal of Interactive Multimedia & Artificial Intelligence, 4(3).`pp. 16-22

Gupta, A., Kulkarni, S., Jathar, V., Sharma, V., & Jain, N. (2017). Smart Car Parking Management System Using IoT. American Journal of Science, Engineering and Technology, 2(4), 112.

Gupta1, V., Mane, V., Pradhan, M. R., & Kotangale, K. B., (2017), IOT Based Car Automation Using Raspberry Pi, Imperial Journal of Interdisciplinary Research (IJIR), 3(4), pp. 1445-1448

Kim, Y., Oh, H., & Kang, S. (2017). Proof of concept of home IoT connected vehicles. Sensors, 17(6), 1289.

Krasniqi, X., Hajrizi, E. (2016), Use of IoT Technology to Drive the Automotive Industry from Connected to Full Autonomous Vehicles, International Federation of Automatic Control, pp. 269–274

Nandimath, J. N., Alekar, V., Joshi, S., Bhite, S., & Chaudhari, P. (2017). IoT based fuel monitoring for future vehicles. International Journal of Advanced Research in Computer and Communication Engineering, 6(11), pp. 2319 5940

Patel, B., Pandya, S., & Patel, S. (2017) IoT Based Automated Car. International Journal on Recent and Innovation Trends in Computing and Communication, 5(5), pp. 420-422

Rakotonirainy, A., Orfila, O., & Gruyer, D. (2016). Reducing driver's behavioural uncertainties using an interdisciplinary approach: Convergence of Quantified Self, Automated Vehicles, Internet Of Things and Artificial Intelligence. IFAC-PapersOnLine, 49(32), 78-82.

Szmelter, A. (2017). The concepts of connected car and internet of cars and their impact on future people mobility. Information Systems in Management, 6(3), pp. 234-245

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