The first author of each paper should receive an email from Sheridan with detailed instructions regarding the camera-ready paper. If you did not receive the email, you can format your paper according to this webpage. We recommend you to submit on July 19th, 1 day before the specified deadline on the above webpage. Visible Light Communication (VLC) is a revolutionary communication technology that makes use of visible light from LED lights or LCD display to carry digital information wirelessly between devices. One of its greatest advantages is that the available bandwidth of the visible light spectrum is much larger - more than 10,000 times larger - than that of the RF spectrum, potentially solving the problem of wireless bandwidth shortage in the near future. In addition, since the radiation pattern of a " visible light transmitter," i.e., a light, can be easily regulated by its optical design, and visual obstacles such as walls can fully contain the radiation energy (i.e., interference) to a smaller space, the optical spectrum can be used in a very efficient and hence scalable manner. Finally, lights for illumination purposes already exist in every place in our daily life - there are already 12 billion electric light bulbs in the world, consuming about 1/8 of the total electricity use - and hence they, or at least a large portion of them, can easily serve as the new infrastructure to provide pervasive wireless communications with minimum additional energy consumption and deployment cost. For the past few years, visible light communications has been an active research topic, and research has already brought the technology closer to commercialization and standardization. The objective of this workshop is to move beyond VLC links and to explore VLC-enabled networks, systems, and applications. The workshop will bring together a diverse community to present and brainstorm on a broad set of VLC-centered topics including unique devices such as camera-based communication to new application scenarios such as vehicular safety networks. The workshop will bring to light new application domains that could take advantage of the unique properties of VLC and enable understanding of how these diverse application requirements would shape the design of next-generation VLC systems.