655 research outputs found
Point'n Move: Interactive Scene Object Manipulation on Gaussian Splatting Radiance Fields
We propose Point'n Move, a method that achieves interactive scene object
manipulation with exposed region inpainting. Interactivity here further comes
from intuitive object selection and real-time editing. To achieve this, we
adopt Gaussian Splatting Radiance Field as the scene representation and fully
leverage its explicit nature and speed advantage. Its explicit representation
formulation allows us to devise a 2D prompt points to 3D mask dual-stage
self-prompting segmentation algorithm, perform mask refinement and merging,
minimize change as well as provide good initialization for scene inpainting and
perform editing in real-time without per-editing training, all leads to
superior quality and performance. We test our method by performing editing on
both forward-facing and 360 scenes. We also compare our method against existing
scene object removal methods, showing superior quality despite being more
capable and having a speed advantage
EBVCR: A Energy Balanced Virtual Coordinate Routing in Wireless Sensor Networks
AbstractGeographic routing can provide efficient routing at a fixed overhead. However, the performance of geographic routing is impacted by physical voids, and localization errors. Accordingly, virtual coordinate systems (VCS) were proposed as an alternative approach that is resilient to localization errors and that naturally routes around physical voids. However, since VCS faces virtual anomalies,existing geographic routing can’t work to banlance energy efficiently. Moreover, there are no effective complementary routing algorithm that can be used to address energy balance.In this paper we present An Energy Balanced virtual coordinate Routing in Wireless Sensor Networks(EBVCR),which combines both distance- and direction-based strategies in a flexible manner, is Proposed to resolve energy balance of Geographic routing in VCS .Our simulation results show that the proposed algorithm outperforms the best existing solution, over a variety of network densities and scenarios
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