Shahram Ghandeharizadeh
University of Southern California
Flying Light Specks: Dronevision, Holodecks and Spatial Computing
Biography
Shahram Ghandeharizadeh has been on the faculty of the USC Computer Science Department since 1990. In the mid 1990s when VHS and BETA tapes were dominant, his research group built Mitra, the first streaming software system with the ability to scale to multiple nodes. This groundbreaking system was later licensed by Panasonic for its research and development initiatives. In addition to Mitra, he has contributed to several pioneering systems, earning him the prestigious ACM Software System Award in 2008. FLS displays are the latest addition to his body of work, currently supported by two NSF grants. He is actively cultivating a collaborative academic network to expedite the research and realization of the Dronevision project. This includes the annual Holodecks Conference, with the next installment scheduled for January 8, 2026. See https://www.holodecks.quest for details.
Abstract
Since their introduction in 2021, the concept of 3D multimedia displays using Flying Light Specks (FLSs) has started to gain wider adoption. An FLS is a small drone configured with light sources and sensors that enable it to detect human touch [6]. A swarm of FLSs illuminates [3, 4, 7] 3D shapes and animations in a fixed volume that are visible to the naked eye and responsive to direct interaction with bare hands [2, 5, 9]. They are a building block of desktop 3D multimedia displays, a Dronevision [1, 10], a room sized 3D multimedia display, a Holodeck [6], and our 3D world, Spatial Computing [8]. They complement existing Augmented Reality (AR) and eXtended Reality (XR) glasses. They shape the frontiers of multimedia systems research with the potential to revolutionize how we collaborate and work, learn and educate, design and manufacture, receive and deliver healthcare, and play and entertain.