Übersetzung für "Computer-assisted diagnosis " (Englisch → Deutsch) :

computer-aided diagnosis | computer-assisted diagnosis | computer-assisted diagnostics | CAD [Abbr.]

computer aided instruction | computer assisted instruction | computer-aided teaching | computer-assisted teaching | computer-based education | computer-based instruction | CAI [Abbr.] | CAT [Abbr.] | CBE [Abbr.] | CBI [Abbr.]

computational drug design | computer-aided drug design | computer-assisted design of drugs | computer-assisted drug design | CADD [Abbr.] | CDD [Abbr.]

computer assisted design | software computer assisted design and drafting software | CAD software | CADD software

computer assisted publishing [ computer aided publishing | desktop publishing(UNBIS) ]

programmed learning [ computer-aided learning | computer-assisted learning | computerised teaching | teaching by computer | programmed instruction(UNBIS) ]

computer assisted design [ CAD | computer aided design ]

CAT tranlsation | machine translating | computer-assisted translation | machine translation

computer-aided (1) | computer-assisted (2) | computational (3)

assistant computers, computer peripheral equipment and software distribution manager | computers, computer peripheral equipment and software logistics planner | computers, computer peripheral equipment and software distribution manager | computers, computer peripheral equipment and software logistics manager

- for health: personal non-obtrusive systems that enable citizens to manage their well-being such as wearable or implantable monitoring devices with communication capabilities and autonomous systems for supporting a healthy state; emerging techniques such as molecular imaging for improved prevention and individualised medicine; health knowledge discovery and application in clinical practice; modelling and simulation of organ functions; micro- and nano-robotic devices for minimally invasive surgical and therapeutic applications; remote assistance and remote monitoring technologies for the chronically ill and for elderly people; computer aided detection and clinical decision support systems that lead to more reliable ...[+++]diagnosis and an improved workflow, eventually leading to disease specific expert systems taking an integral carecycle approach, and exploiting accumulated patient data, and model based disease knowledge through data mining, bioinformatics, and systems biology; enterprise IT systems leading to increased efficiency and reduced medical error in the hospital and in secondary care facilities;

- for health: personal non-obtrusive systems that enable citizens to manage their well-being such as wearable or implantable monitoring devices with communication capabilities and autonomous systems for supporting a healthy state; emerging techniques such as molecular imaging for improved prevention and individualised medicine; health knowledge discovery and application in clinical practice; modelling and simulation of organ functions; micro- and nano-robotic devices for minimally invasive surgical and therapeutic applications; remote assistance and remote monitoring technologies for the chronically ill and for elderly people; computer aided detection and clinical decision support systems that lead to more reliable ...[+++]diagnosis and an improved workflow, eventually leading to disease specific expert systems taking an integral carecycle approach, and exploiting accumulated patient data, and model based disease knowledge through data mining, bioinformatics, and systems biology; enterprise IT systems leading to increased efficiency and reduced medical error in the hospital and in secondary care facilities;

A computer algorithm that can extract meaningful information from X-ray data gathered by the ROSAT satellite can powerfully assist the physician in the diagnosis of initial malignant melanomas.

CASIMIR, an amalgamator of various regional technology transfer centres, provides a variety of services for SMEs: - sectoral technical and economic studies; - technology promotion and communication; - computer-assisted design (CAD); - technological diagnosis and services. 4. BRITTANY (Cote d'Armor Pleubian) Type of operation Total cost: ECU 1.3 million Transfer of technology FF 8.87 million of which ERDF: ECU 0.35 million (FF 2.43 million) Centres for the study and optimal utilization of algae (CEVA); - strengthening of research capacity (research workers, equipment); - ...[+++]establishment of business incubator facilities combined with this technology transfer centre.