Qualyco (https://t.co/wn40ia12J8) is showing its automated quality control at @Marmo_mac 2024 as Italian Start-up (Pav.10, E10 quarter). Telling machines how to find defects, no data labeling, being prepared to work in a few hours of setup... A BIG thanks 🙏 to https://t.co/fQ8c8nOeCi for letting us disclose the potentialities of Qualyco on stones!!! We have a live presentation...‼️🆙 So come and see!
Ed ecco i secondi classificati di Start Cup Veneto 2023: QUALYCO che ha proposto un assistente intelligente per il controllo qualità, basato sull'intelligenza artificiale.
Partecipando a PNICube 2023, QUALYCO ha vinto il Premio Young Entrepreneur Program. 👏
#StartCupVeneto
DEADLINE EXTENDED for the Industrial Machine learning Workshop in conjunction with ICPR 2020. Looking forward to see new interesting industrial application of machine vision algorithms!!
https://t.co/S8n9o5SgkW
SARAS endoscopic vision #challenge for #surgeon action detection (SARAS-ESAD 2020) is part of the Medical Imaging with Deep Learning (@midl_conference MIDL, 2020) conference held from 6 to 8 July 2020 in Montreal, Canada. https://t.co/PRLGnmYhDf
How much do you know about Intellectual property (IP)?
Companies in a Consortium usually have higher knowledge on the matter while Academic Partners have lower knowledge. Where do you position yourself in the latter?
Answer the questionnaire!#Intellectualroperty#patent#research
MULTIROBOTS-SURGERY platform conceptual ROS* architecture designed as a collection of functional modules, each one devoted to a single task. For more details read the Deliverable D7.2 – Software/Hardware architecture for the MULTIROBOTS-SURGERY platform https://t.co/4kETKHidCb
Robotizing laparoscopic surgery not only allows achieving better accuracy to operate when a scale factor is applied between master and slave or thanks to the use of tools with 3 DoF, but also due to additional informatic support. #laparoscopic#surgery#robot#robotizing
The problem of Robot REAL-TIME motion planning...is generally solved before the robot actually executes the desired motions and in case of motions that must avoid obstacles.. This approach may work with static obstacles only. Discover how we solve it on https://t.co/1K1rOOzPMb
The SARAS project at a Glance, its Technologies and Platforms descriptions in an easy to read A4: the brand new #Brochure Brochure of the #project is now available to download on the page: https://t.co/qsYh8VCiAc #H2020
Requirements for surgical actions on RARP, LRN and LPN: all the clinical and safety requirements collected on the SARAS Project -particular attention paid to the interaction and coordination between the first surgeon and the assistant. Download D1.1 on https://t.co/YGU6AKdfAB
Science is a sort of art. Look at this Image Binarization and Segmentation done by our researchers of @UPC in the Paper: Vision Based Robot Assistance in TTTS Fetal Surgery. Read more on https://t.co/n8Vox0BNSo #Surgery#Image#segmentation#Visualization#Robots
Dynamic Motion Planning for Autonomous Assistive Surgical Robots. NEW PAPER📄
addressing the problem of the generation of collision-free trajectories for a robotic manipulator.
Read more on https://t.co/n8Vox0BNSo #surgical # robot # motionplanning #obstacleavoidance
This #paper describes different ways of assistance aimed at improving the work capacity of the #surgeon and achieving more #safety for the patient, and the results obtained. #Horizon2020