This document summarizes the analysis of an end-user questionnaire conducted for the INDECT project. The questionnaire was used to gather requirements from end-users for an intelligent monitoring system being developed in WP1 to automatically detect threats. Key requirements identified included the ability to recognize various visual and audio events and optimize hardware for high definition video and audio acquisition, processing, and storage. A preliminary specification of the system functionality and hardware was provided based on the analysis to guide further work in WP1. The specifications will be refined in future deliverables.
This document provides an overview and evaluation of components being developed within 9 work packages of the INDECT project. The project aims to develop an integrated security system to enhance security for European citizens. Work is currently ongoing to develop concepts, methods and a pilot system for monitoring public areas and detecting threats using sensors, audio and video analysis. Additional objectives include developing mobile identification and positioning systems, analyzing internet data to support criminal investigations, and integrating various security components into a crisis management portal. While most components are still in the planning or research phase, some work packages have produced initial system specifications and algorithms for audio/video processing and event detection. The document describes the objectives and preliminary results of each work package.
Rezultate obtinute in cadrul proiectului NANOPAN 41 009gruiaz
This project aims to develop a new treatment method for pancreatic cancer using functionalized single-walled carbon nanotubes (SWCNTs). The project is a collaboration between the University of Medicine and Pharmacy "Iuliu Hatieganu" Cluj Napoca, the Clinical Emergency Hospital "Octavian Fodor", and the National R&D Institute for Isotopic and Molecular Technologies. Specific objectives include identifying pancreatic cancer cell membrane targets, functionalizing SWCNTs with compounds targeting these cells, studying the tumor-killing potential of laser irradiation of cancer cells containing SWCNTs, and obtaining an animal model of human pancreatic cancer. The results will benefit patients with pancreatic cancer, medical staff, researchers, students, and businesses
This document summarizes the analysis of an end-user questionnaire conducted for the INDECT project. The questionnaire was used to gather requirements from end-users for an intelligent monitoring system being developed in WP1 to automatically detect threats. Key requirements identified included the ability to recognize various visual and audio events and optimize hardware for high definition video and audio acquisition, processing, and storage. A preliminary specification of the system functionality and hardware was provided based on the analysis to guide further work in WP1. The specifications will be refined in future deliverables.
This document provides an overview and evaluation of components being developed within 9 work packages of the INDECT project. The project aims to develop an integrated security system to enhance security for European citizens. Work is currently ongoing to develop concepts, methods and a pilot system for monitoring public areas and detecting threats using sensors, audio and video analysis. Additional objectives include developing mobile identification and positioning systems, analyzing internet data to support criminal investigations, and integrating various security components into a crisis management portal. While most components are still in the planning or research phase, some work packages have produced initial system specifications and algorithms for audio/video processing and event detection. The document describes the objectives and preliminary results of each work package.
Rezultate obtinute in cadrul proiectului NANOPAN 41 009gruiaz
This project aims to develop a new treatment method for pancreatic cancer using functionalized single-walled carbon nanotubes (SWCNTs). The project is a collaboration between the University of Medicine and Pharmacy "Iuliu Hatieganu" Cluj Napoca, the Clinical Emergency Hospital "Octavian Fodor", and the National R&D Institute for Isotopic and Molecular Technologies. Specific objectives include identifying pancreatic cancer cell membrane targets, functionalizing SWCNTs with compounds targeting these cells, studying the tumor-killing potential of laser irradiation of cancer cells containing SWCNTs, and obtaining an animal model of human pancreatic cancer. The results will benefit patients with pancreatic cancer, medical staff, researchers, students, and businesses
This document contains a schedule for a laparoscopic surgery simulator training program listing the names of participants, dates, and times they are scheduled to use the simulator. It includes 20 participants scheduled for sessions between April 19th and 23rd, mostly in the evenings from 6pm to 8pm.
This document contains a schedule for a laparoscopic surgery simulator training program listing the names of participants, dates, and times they are scheduled to use the simulator. It includes 20 participants scheduled for sessions between April 19th and 23rd, mostly in the evenings from 6pm to 8pm.