[Paper Review] A brief chronology of Virtual Reality

Aryabrata Basu|arXiv (Cornell University)|Nov 21, 2019

Virtual Reality Applications and Impacts17 references10 citations

TL;DR

This paper presents a comprehensive historical chronology of Virtual Reality (VR), tracing its evolution from early mechanical simulators to modern immersive systems. It outlines key technological milestones, foundational concepts like Sutherland's 'ultimate display,' and the emergence of ubiquitous VR through smartphone-based platforms, highlighting the shift toward accessible, low-cost, and widely deployable VR experiences driven by commodity hardware and open-source innovation.

ABSTRACT

In this article, we are going to review a brief history of the field of Virtual Reality (VR), VR systems, and applications and discuss how they evolved. After that, we will familiarize ourselves with the essential components of VR experiences and common VR terminology. Finally, we discuss the evolution of ubiquitous VR as a subfield of VR and its current trends.

Motivation & Objective

• To document the historical development of Virtual Reality from its conceptual origins to modern implementations.
• To identify and analyze pivotal technological milestones that shaped the evolution of VR systems and applications.
• To examine the transition from high-cost, specialized VR systems to accessible, commodity-based, and ubiquitous VR platforms.
• To understand the role of key figures and institutions—such as Ivan Sutherland, Morton Heilig, and early university labs—in advancing VR technology.
• To explore current trends in ubiquitous VR, emphasizing democratization through mobile and low-cost hardware solutions.

Proposed method

• Compilation and analysis of a detailed timeline of VR developments from 1916 to 2015, based on primary sources and academic literature.
• Examination of foundational VR systems, including Sutherland’s head-mounted display (HMD) with ultrasonic tracking and Heilig’s Sensorama multi-sensory simulator.
• Review of early computer graphics innovations such as Sketchpad (1963) and the DAC system (1964), which enabled interactive 3D visualization.
• Analysis of the shift from proprietary, high-cost systems (e.g., VCASS) to commodity-based platforms like the Oculus Rift and smartphone-based VR (e.g., Fov2Go, UCAVE).
• Evaluation of design principles and technical considerations in modern ubiquitous VR systems, including DSCVR and MuVR platforms.
• Synthesis of user study findings and usability insights from platforms like UCAVE and DSCVR to assess real-world VR engagement and performance.

Experimental results

Research questions

• RQ1 How did early mechanical and electronic simulators lay the groundwork for modern VR systems?
• RQ2 What were the key technological and conceptual milestones that enabled the transition from prototype HMDs to immersive, interactive VR experiences?
• RQ3 In what ways did the advent of smartphones and app ecosystems democratize access to VR technology?
• RQ4 How do modern ubiquitous VR platforms like DSCVR and MuVR overcome logistical and cost barriers of traditional VR systems?
• RQ5 What are the critical design and usability challenges in deploying scalable, low-cost, and multi-user VR experiences?

Key findings

• Ivan Sutherland’s 1968 HMD system, featuring head tracking via ultrasonic transducers and stereoscopic display, marked the first true immersive VR experience.
• Morton Heilig’s Sensorama (1960s) pioneered multi-sensory VR with 3D visuals, binaural sound, wind, and scent, though it lacked interactivity.
• The 1970s saw the emergence of early HMDs and telepresence systems, such as the Philco HMD (1961) and Videoplace (1976), which enabled real-time user interaction in virtual spaces.
• The 2010s marked a paradigm shift with the rise of smartphone-based VR, exemplified by the Oculus Rift DK1 (2012) and Fov2Go (2012), enabling affordable, untethered VR experiences.
• Platforms like DSCVR (2015) and MuVR (2014) demonstrated that commodity hardware could support scalable, multi-user VR setups, reducing cost and deployment barriers.
• User studies on UCAVE and similar platforms revealed that immersive VR can effectively support applications in education, fitness, and navigation, though usability and user response vary significantly.