Kim Marriott – författare

Kim Marriott Bernd Meyer Communication is one of the hallmarks of humans. When we think of hu­ man communication, most people first think of spoken and written lan­ guages. These are similar in that symbols in the language are encountered and processed sequentially, either temporally as they are spoken or as char­ acters are read across a page. However, not all human communication is sequential in nature. Important components of human communication are visual languages, such as maps or diagrams. In these languages the basic symbols are not encountered sequentially but rather seen together at a glance. Visual languages are ubiquitous in human cultures, ranging from tradi­ tional paintings of central Australian aborigines which are, in part, maps of the countryside to an architect's design of a new building. Visual languages have been employed from earliest pre-history to the present and are used in almost every human endeavor. They cover the entire spectrum of human expression ranging from fine art, such as an abstract expressionist's private language, to precise technical communication using rigorously defined no­ tation, such as musical notation, mathematical notation, or street maps. Some visual languages, such as sign languages used by the deaf community, substitute spoken language entirely. Indeed, sign languages, for example American Sign Language, are a particularly interesting instance of visual communication, since they use three-dimensional spatial arrangements of signs in combination with their sequential temporal order to constitute meaning.

We are living in the Golden Age of Data Visualization. The COVID-19 pandemic has demonstrated how we increasingly use data visualizations to make sense of the world. Business analysts fill their presentations with charts, journalists use infographics to engage their readers, we rely on the dials and gauges on our household appliances, and we use mapping apps on our smartphones to find our way.This book explains how and why this has happened. It details the evolution of information graphics, the kinds of graphics at the core of data visualization—maps, diagrams, charts, scientific and medical images—from prehistory to the present day. It explains how the cultural context, production and presentation technologies, and data availability have shaped the history of data visualization. It considers the perceptual and cognitive reasons why data visualization is so effective and explores the little-known world of tactile graphics—raised-line drawings used by people who are blind. The book also investigates the way visualization has shaped our modern world. The European Renaissance and the Scientific Revolution relied on maps and technical and scientific drawings, and graphics influence how we think about abstract concepts like time and social connection.This book is written for data visualization researchers and professionals and anyone interested in data visualization and the way we use graphics to understand and think about the world.

We are living in the Golden Age of Data Visualization. The COVID-19 pandemic has demonstrated how we increasingly use data visualizations to make sense of the world. Business analysts fill their presentations with charts, journalists use infographics to engage their readers, we rely on the dials and gauges on our household appliances, and we use mapping apps on our smartphones to find our way.This book explains how and why this has happened. It details the evolution of information graphics, the kinds of graphics at the core of data visualization—maps, diagrams, charts, scientific and medical images—from prehistory to the present day. It explains how the cultural context, production and presentation technologies, and data availability have shaped the history of data visualization. It considers the perceptual and cognitive reasons why data visualization is so effective and explores the little-known world of tactile graphics—raised-line drawings used by people who are blind. The book also investigates the way visualization has shaped our modern world. The European Renaissance and the Scientific Revolution relied on maps and technical and scientific drawings, and graphics influence how we think about abstract concepts like time and social connection.This book is written for data visualization researchers and professionals and anyone interested in data visualization and the way we use graphics to understand and think about the world.

Kim Marriott Bernd Meyer Communication is one of the hallmarks of humans. When we think of hu­ man communication, most people first think of spoken and written lan­ guages. These are similar in that symbols in the language are encountered and processed sequentially, either temporally as they are spoken or as char­ acters are read across a page. However, not all human communication is sequential in nature. Important components of human communication are visual languages, such as maps or diagrams. In these languages the basic symbols are not encountered sequentially but rather seen together at a glance. Visual languages are ubiquitous in human cultures, ranging from tradi­ tional paintings of central Australian aborigines which are, in part, maps of the countryside to an architect's design of a new building. Visual languages have been employed from earliest pre-history to the present and are used in almost every human endeavor. They cover the entire spectrum of human expression ranging from fine art, such as an abstract expressionist's private language, to precise technical communication using rigorously defined no­ tation, such as musical notation, mathematical notation, or street maps. Some visual languages, such as sign languages used by the deaf community, substitute spoken language entirely. Indeed, sign languages, for example American Sign Language, are a particularly interesting instance of visual communication, since they use three-dimensional spatial arrangements of signs in combination with their sequential temporal order to constitute meaning.

Immersive Analytics is a new research initiative that aims to remove barriers between people, their data and the tools they use for analysis and decision making. Here the aims of immersive analytics research are clarified, its opportunities and historical context, as well as providing a broad research agenda for the field. In addition, it is reviewed how the term immersion has been used to refer to both technological and psychological immersion, both of which are central to immersive analytics research.