Controllable Deepfakes With Gaussian Avatars
Could Gaussian Splatting become the hottest new deepfake technology since 2017? The massive surge of interest from the research sector suggests it might – and the latest innovation not...
Could Gaussian Splatting become the hottest new deepfake technology since 2017? The massive surge of interest from the research sector suggests it might – and the latest innovation not...
CLIP is the new darling of the computer vision research, and of image-based generative AI, with wide uptake of the image/text analysis framework across the sector. However, new research...
Though it's possible to detect deepfake video by studying movement in a deepfaked face, it takes a lot of resources to do it, and it's not easy or cheap...
A new generation of fake image detectors hope to discern AI-generated photos from real ones. But how do they cope when real photos exhibit qualities normally found in fake...
Bad rendering of eye direction in neural facial synthesis can make the difference between an image looking photoreal and looking like bad CGI. We are experts in eye contact,...
Researchers from Germany have developed a new method of restoring obstructed faces using only Generative Adversarial Networks (GANs), instead of needing to undertake expensive and time-consuming fine-training of existing...
New research specifically targets deepfake faces created by latent diffusion models such as Stable Diffusion, in a security sector that seems stuck on GANs and 2017-era autoencoders.
Though Stable Diffusion is an impressive generative system, it has difficulty performing the same operation twice, which makes it difficult to render the same subject consistently across frames -...
