Review on the Display Design of Historical Museums

Historical museum is very important for patriotic education and social development. In order to improve the quality of the people, realize their thoughts and the development of the future of society, museums and memorial halls with historical themes are playing their role. When they visit, people can feel the patriotic and revolutionary spirit in the long history and gain strength. The exhibition design of the museum will add icing on the cake, explore innovative design, get rid of the old tradition, make people have a stronger sense of substitution, and give full play to the spirit of learning. Our group tried to combine the modern style with the traditional historical memorial hall, so that the memorial hall can play its role of patriotism education, promote social development, improve the quality and ideological consciousness of the people, so that people can feel the patriotism and revolutionary spirit in the long history when browsing and visiting.

Novel Display Design for Spatial Assessment in Virtual Environments

In this work in progress paper, we share novel conceptual display design ideas (pending validation and testing) to aid users with their spatial assessment in either two or three-dimensional spaces such as Virtual Reality (VR) environments. The example scenario used is to help a remote human team player (2nd user) to work with an asset Unmanned Aerial Vehicle (UAV) and human team player (1st user) in the field. The scenario’s goal is to deliver relief packages (i.e., medical, clothing, and food supplies) at a fixed location in an urban and hostile terrain containing adversary UAV and their human team players. Inspired by the Lens theory and Ecological Interface Design principles, the proposed display design ideas allow the user to retain past and present asset and adversary location information whilst knowing when the adversary was too close to assets and civilians and the precision of display views based on the number of sensors available.

Bettagram: Digitalization Of The Marketplace For Android Based Buying Betta Fish

Betta fish is one type of ornamental fish that is easily cultivated in an environment with minimal oxygen conditions and has a variety of unique colors that make Betta fish have a high selling value so that many people do this fish business. In the modern era, a marketplace digitization is needed to accommodate betta fish businessmen in order to facilitate transactions with buyers so that an application called Bettagram is created. The Bettagram application is an application based on the Android operating system built to use the Java programming language. Supported by firebase database-based data storage to store all data entered into this application. In the initial process of making this application, the first stage that is passed is the design of use case diagrams and activity diagrams. Furthermore, designing the application display design and designing the database structure for data storage. After that begins the building stage using the help of the android studio application.

DESAIN DISPLAY MERCHANDISE IDOL GROUP KOREA TWICE

The development of South Korean culture is currently very popular among teenagers, women or men. K-Pop Group Twice is one of the results of South Korean culture. Twice Group K-Pop fans also want to have idol-themed goods. Every collection owned by collectors is always exhibited or sold at local Twice Group K-Pop events. At the event, displays are used for promotional media for collection products to be sold. Based on this, facilities are needed to facilitate collectors in product promotion media in the form of booths or display collections of products that can be used during events. The research method used to find data, used a mix of qualitative and quantitative methods, namely observing in various places related to display design, and conducting interviews with several members of the k-pop idol group community and collectors. In analyzing the design analysis used, the order of analysis is as follows: needs analysis, space analysis, display analysis, ergonomics analysis, anthropometric analysis, arrangement analysis, placement analysis, shape analysis, color analysis, system analysis, material analysis, and finishing analysis. which is on the display design for the placement of the collector's merchandise collection. The results of the analysis show that the product has an elegant design concept and displays the shape of the characteristics that the k-pop idol Twice always brings. This display can make it easier for visitors when they want to find a collection of merchandise at events and the display can also be used at home as a placement for other collectors' collections.

Development of Flight Multifunctional Indicator Based on A320 and B737 NG Flight Indicator

The objectives of this research are: to know the concept of modeling and simulation the cockpit display based on disadvantages and differences between A320 and B737NG; to offer the development and new technology to design the development (new) flight instruments of the display based on Airbus A320 and Boeing B737 NG flight instrument technology. Methodologies that have been used in this research are literature review, interview/discussion/questionnaire, and descriptive analysis. Questionnaire towards the users/pilots who flies airplane A320 or B737 NG. For the questionnaire, the Likert-scale method is utilized to collect data and information. This research result’s in finding that: 1. the technology of flight instrument system between A320 and B737 NG visually displays similarity with several differences such as ergonomic side, ECAM technology, and VSD technology. 2. Based on works of literature review and response from the users/pilots, the author finds and proposes several technologies or requirements to apply in the new type model of PFD and Multi-function Display, they are including: PFD and MFD merged into one display only with some additional menu buttons; ECAM + engine warning display, ECAM + systems display, and digital instruction to solve the problem merged into one display only with some additional buttons; display design is using the fully digital display, computerized system, LCD technology, VSD, and EHSI technology, and layout display is using configuration “basic T”; standby flight instrument merged into one display only with some additional menu buttons