AR-based application concept design for navigation at the mall
Saini, Kanchan (2022)
2022
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2022060816640
https://urn.fi/URN:NBN:fi:amk-2022060816640
Tiivistelmä
This thesis will provide an idea by designing an app that will help the users to navigate the mall or to know the offers or discounts of the mall. This can be made easier with the help of AR (Augmented Reality). UX and usability are taken into account while doing this thesis. An agile methodology is used where the round iterations work. There are a few questions that need to be answered at the end of the thesis.
There is an introduction to the topic at the beginning of the thesis which is then followed by some questions then user interviews, analyzing those interviews, and then prototyping which leads to the testing of the prototype and then the final product.
The work on this thesis is maintained in such a way that it can be completed in the first week of June 2022. The research on this topic can help to make navigation easier in such a way that the user saves their time and energy rather than going to the shops or using the navigation stands for searching. The process of the thesis went in a way that in the introduction part the author introduced the topic and the location for which the thesis is performed is named “Mall of Tripla”. After the introduction part, the goal of the thesis is to plan questions whose answers are to be found at the end of the thesis. Also, this part showed the research method used for this thesis. Then the author made the related research for the topics used in the thesis. The topics were AR, UCD, Usability, and User Interface Design. To proceed, a brief knowledge of these topics is required. Then the design of the concept was made. The concept design includes the profile of the user, user studies, analyzing data or user studies, and then user evaluation. Implementation is the next step after concept design. Which was followed by a low fidelity prototype and a high fidelity prototype. The high-fidelity prototype included testing of users. After testing improvement was done in high fidelity based on user feedback/results. The final step is discussion and then conclusion.
Although there is a need for more improvement in this design. If this improvement can be done then this design will prove to be very beneficial in the future as AR technology is emerging.
There is an introduction to the topic at the beginning of the thesis which is then followed by some questions then user interviews, analyzing those interviews, and then prototyping which leads to the testing of the prototype and then the final product.
The work on this thesis is maintained in such a way that it can be completed in the first week of June 2022. The research on this topic can help to make navigation easier in such a way that the user saves their time and energy rather than going to the shops or using the navigation stands for searching. The process of the thesis went in a way that in the introduction part the author introduced the topic and the location for which the thesis is performed is named “Mall of Tripla”. After the introduction part, the goal of the thesis is to plan questions whose answers are to be found at the end of the thesis. Also, this part showed the research method used for this thesis. Then the author made the related research for the topics used in the thesis. The topics were AR, UCD, Usability, and User Interface Design. To proceed, a brief knowledge of these topics is required. Then the design of the concept was made. The concept design includes the profile of the user, user studies, analyzing data or user studies, and then user evaluation. Implementation is the next step after concept design. Which was followed by a low fidelity prototype and a high fidelity prototype. The high-fidelity prototype included testing of users. After testing improvement was done in high fidelity based on user feedback/results. The final step is discussion and then conclusion.
Although there is a need for more improvement in this design. If this improvement can be done then this design will prove to be very beneficial in the future as AR technology is emerging.