Designing interactive distance cartograms to support urban travelers

Hong, Sung‐Soo; Kocielnik, Rafał; Yoo, Min-Joon; Battersby, Sarah E.; Kim, Juho; Aragon, C.

doi:10.1109/pacificvis.2017.8031582

Cited by 12 publications

(6 citation statements)

References 24 publications

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“…The Around Campus Guide feature ensures smooth navigation to essential amenities surrounding the campus, including healthcare services, transportation hubs, stations, restaurants, and more. Powered by Leaflet JS and OpenStreetMap for the base map, with Leaflet Routing Machine for efficient routing [8], the feature ensures users can easily access vital services and locations in the vicinity of the campus. On selecting each category, it displays the list of items in each category as shown in Fig.…”

Section: Around Campus Guidementioning

confidence: 99%

Campus Navigator Pro

Mohanapriya

2024

IJRASET

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The Campus Navigator Pro project represents a significant advancement in how users navigate and engage with campus environments. At its core lie two pivotal components: the Virtual Tour and Around Campus Guide, meticulously crafted to offer users an immersive and enlightening journey. Powered by cutting-edge 360-degree imagery, the Virtual Tour beckons users to delve into campus locales through mobility and information hotspots, embellished with audio embedding and card popups for a truly engaging experience. Concurrently, the Around Campus Guide streamlines navigation by providing seamless access to nearby amenities, ensuring convenience and efficiency for users on the move. Moreover, the project introduces innovative features such as audio integration with the existing campus map [5], smoothly blending audio resources with physical locations to enrich the exploration process. The inclusion of the Audio Atlas further elevates accessibility by serving as a comprehensive repository of audio files tailored to various campus locales, fostering deeper immersion and understanding. Additionally, the implementation of an Events Tab adds a layer of community engagement, showcasing campus event details alongside captivating location images, thereby fostering a sense of belonging and awareness within the campus community. Through these groundbreaking features, the Campus Navigator Pro project aims to redefine the landscape of campus exploration, setting a new standard for interactive, enriching, and user-centric experiences

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Section: Around Campus Guidementioning

confidence: 99%

Campus Navigator Pro

Mohanapriya

2024

IJRASET

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“…Many representations of this type were introduced during the plastic spaces period in the history of geography [39] (p. 90), in reference to the expression proposed by Forer [4] to describe a geography freed from cartographic conventions. Since this very active period, regularly new implementations emerge [40][41][42][43]. Cartographic representations attached to this movement are of the type of the anamorphic cartography [33,44].…”

Section: Cartographic Representations Of Geographical Time-spacementioning

confidence: 99%

What Is the Shape of Geographical Time-Space? A Three-Dimensional Model Made of Curves and Cones

l'Hostis

Abdou

2021

IJGI

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Geographical time-spaces exhibit a series of properties, including space inversion, that turns any representation effort into a complex task. In order to improve the legibility of the representation and leveraging the advances of three-dimensional computer graphics, the aim of the study is to propose a new method extending time-space relief cartography introduced by Mathis and L’Hostis. The novelty of the model resides in the use of cones to describing the terrestrial surface instead of graph faces, and in the use of curves instead of broken segments for edges. We implement the model on the Chinese space. The Chinese geographical time-space of reference year 2006 is produced by the combination and the confrontation of the fast air transport system and of the 7.5-times slower road transport system. Slower, short range flights are represented as curved lines above the earth surface with longer length than the geodesic, in order to account for a slower speed. The very steep slope of cones expresses the relative difficulty of crossing terrestrial time-space, as well as the comparably extreme efficiency of long-range flights for moving between cities. Finally, the whole image proposes a coherent representation of the geographical time-space where fast city-to-city transport is combined with slow terrestrial systems that allow one to reach any location.

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“…We set the bounding box based on where study participants were residing at the time of the study, as presenting restaurants that the participants can try increases ecological validity. Also, we chose five decision-criteria types for our C-DQ module that are widely used in travel decision-making [13,15,21]. Four of these criteria rely on quantitative scales: (1) average review ratings, (2) the number of user ratings contributed (as a measure of overall popularity), (3) travel time, and (4) distance to restaurants.…”

Section: Apparatusmentioning

confidence: 99%

Collaborative Dynamic Queries

Hong

Suh

Riche

et al. 2018

Proceedings of the 2018 CHI Conference on Human Factors in Computing Systems

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Communication is critical in small group decision-making processes during which each member must be able to express preferences to reach consensus. Finding consensus can be difficult when each member in a group has a perspective that potentially conflicts with those of others. To support groups attempting to harmonize diverse preferences, we propose Collaborative Dynamic Queries (C-DQ), a UI component that enables a group to filter queries over decision criteria while being aware of others' preferences. To understand how C-DQ affects a group's behavior and perception in the decision-making process, we conducted 2 studies with groups who were prompted to make decisions together on mobile devices in a dispersed and synchronous situation. In Study 1, we found showing group preferences with C-DQ helped groups to communicate more efficiently and effectively. In Study 2, we found filtering candidates based on each member's own filter range further improved a groups' communication efficiency and effectiveness.

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Designing interactive distance cartograms to support urban travelers

Cited by 12 publications

References 24 publications

Campus Navigator Pro

Campus Navigator Pro

What Is the Shape of Geographical Time-Space? A Three-Dimensional Model Made of Curves and Cones

Collaborative Dynamic Queries

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