What is the translation of " AUTONOMOUS ROBOT " in Slovenian?

• avtonomnega robota
• avtonomna robotska
• samostojni robot
• avtonomni robot

Examples of using Autonomous robot in English and their translations into Slovenian

First autonomous robot farm.
Prva avtonomna robotska kmetija.

This year's project will be to fabricate an autonomous robot.
Vsebina projekta bo izdelava avtonomnega robota.

Autonomous robot, image courtesy the artist.
Samostojni robot, slika z dovoljenjem umetnika.

Ontology for Autonomous Robots.
Avtonomne vrane za avtonomne robote.

Autonomous robots are becoming a part of everyday life.
Avtonomni roboti pa bodo postali nekaj vsakdanjega.

She means fully autonomous robots.
Zanj bodo poskrbeli popolnoma avtonomni roboti.

Autonomous robot, image courtesy the artist. 2010 Leo Peschta.
Samostojni robot, slika z dovoljenjem umetnika. 2010, Leo Peschta.

The lumiBots are small, autonomous robots that react to light.
LumiBots je truma majhnih, samostojnih robotov, ki reagirajo na svetlobo.

The Tiller Girls is a group of 12 small autonomous robots.
Demersov performans sestavlja skupina dvanajstih majhnih, samostojnih robotov.

Autonomous robots, which are already parts of some production processes;
Avtonomni roboti, ki so že vključeni v določene proizvodne procese;

Demers's performance is a group of 12 small autonomous robots.
Demersov performans sestavlja skupina dvanajstih majhnih, samostojnih robotov.

Autonomous robots will be able to earn money and consequently make economic decisions.
Avtonomni roboti bodo lahko zaslužili denar in posledično sprejemali gospodarske odločitve.

For decades my colleagues in artificial intelligence… have attempted to create an autonomous robot.
Desetletja so moji sodelavci pri umetni inteligenci želeli ustvariti avtonomnega robota.

What is a smart autonomous robot(SAR) and how is it perceived by civil laws of the European Union?
Kaj je pametni avtonomni robot(SAR) in kako ga zaznavajo civilni zakoni Evropske unije?

The creative workshop participants construct and program an autonomous robot for problem-solving in the FLL field.
Udeleženci na ustvarjalnici sestavljajo in programirajo avtonomnega robota ter rešujejo misije na FLL polju.

Typically, an autonomous robot will use some kind of computer vision system to guide its manipulation of objects in its environment.
Običajno bo avtonomni robot uporabil nekakšen sistem računalniškega vida, ki bo vodil njegovo manipulacijo z objekti v svojem okolju.

The robotic section of the program consists of participants constructing an autonomous robot for problem solving in the FLL field.
V robotskem delu programa udeleženci sestavljajo avtonomnega robota za reševanje nalog na FLL polju.

By building an autonomous robot, students combine the knowledge of agronomy, mechanical engineering, electrical engineering, computer science, and physics.
Pri izdelavi avtonomnega robota, študentje povezujejo znanja iz agronomije, strojništva, elektrotehnike, računalništva in fizike.

The second domain of application is to exploit the vast amount of information our human environment naturally provides to instruct and select appropriate actions in a fully autonomous robot.
Pri drugi aplikacijski domeni gre za izkoriščanje ogromne količine informacij, ki jih v človeškem okolju vsakodnevno uporabljamo za dajanje navodil in pri izbiri primernih dejanj, sedaj pa bi jih uporabili pri samostojnih robotih.

They will build, test and plan an autonomous robot to solve a set of missions in the Robot Game.
Mladi bodo sestavili in programirali avtonomnega robota, ki bo na tekmi robotov reševal številne misije.

For an autonomous robot, gauging objects' softness or hardness is essential to deciding not only where and how hard to grasp them but how they will behave when moved, stacked, or laid on different surfaces.
Za avtonomni robot je merjenje mehkosti ali trdote predmetov bistveno za odločanje ne samo o tem, kje in kako jih je potrebno prijeti, ampak kako se bodo obnašali ob premikanju, zlaganju ali položitvi na različne površine.

On the main stage in Novi Trg Dr Matej Kristan explained to visitors the operation of computer vision in autonomous robot systems, while at the stand researchers from the laboratory for artificial visual cognitive systems presented various applications of computer vision which they themselves developed.
Na glavnem odru na Novem trgu je leta 2015 doc.dr. Matej Kristan obiskovalcem razložil delovanje računalniškega vida v avtonomnih robotskih sistemih, na stojnici pa so raziskovalci laboratorija za umetne vizualne spoznavne sisteme predstavljali različne aplikacije računalniškega vida, ki so jih sami razvili.

As for an autonomous robot, gauging the softness or hardness of objects is needed in deciding where and how hard to grasp them but also on how they would behave when moved, stacked or even laid on various surfaces.
Za avtonomni robot je merjenje mehkosti ali trdote predmetov bistveno za odločanje ne samo o tem, kje in kako jih je potrebno prijeti, ampak kako se bodo obnašali ob premikanju, zlaganju ali položitvi na različne površine.

The fund performed 15 meetings with start-ups, among which two have stood out- the Austrian ARTI- Autonomous Robot Technology and the Hungarian Haris Digital Engineering, which introduces fast and straightforward solution to the market in the field of industrial diagnostics and data analytics.
Na PODIM-u je sklad opravili 15 sestankov s start-upi, med katerimi sta pozornost pritegnila predvsem avstrijski ARTI- Autonomous Robot Technology in madžarski Haris Digital Engineering, ki na trg uvaja hitre in enostavne rešitev na področju industrijske senzorike in podatkovne analitike.

Autonomous robot farm; Iron Ox, based in California, launched America's first autonomous robot farm in the hopes that artificial intelligence(AI) can remake an industry facing a serious labor shortage and pressure to produce more crops.
Ameriška prva avtonomna robotska kmetija se je vzpostavila prejšnji teden in predstavlja upanje, da lahko umetna inteligenca(AI) spreobrne industrijo, ki se sooča z resnim pomanjkanjem delovne sile in pritiskom na proizvodnjo več poljščin.

Mimicking this, the team covered a human-size autonomous robot(known as H-1) with more than 13,000 sensors from shoulder to toe, that are able to detect temperature, acceleration, proximity and pressure.
Z namigovanjem na to je ekipa pokrila avtonomnega robota človeške velikosti(znan kot H-1) z več kot 13.000 senzorji od rame do pet, ki so sposobni zaznati temperaturo, pospeške, bližino in pritisk.

America's first autonomous robot farm launched last week, in the hopes that artificial intelligence(AI) can remake an industry facing a serious labour shortage and pressure to produce more crops.
Ameriška prva avtonomna robotska kmetija se je vzpostavila prejšnji teden in predstavlja upanje, da lahko umetna inteligenca(AI) spreobrne industrijo, ki se sooča z resnim pomanjkanjem delovne sile in pritiskom na proizvodnjo več poljščin.

ITCIn DIH America's first autonomous robot farm launched last week, in the hopes that artificial intelligence(AI) can remake an industry facing a serious labor shortage and pressure to produce more crops.
Ameriška prva avtonomna robotska kmetija se je vzpostavila prejšnji teden in predstavlja upanje, da lahko umetna inteligenca(AI) spreobrne industrijo, ki se sooča z resnim pomanjkanjem delovne sile in pritiskom na proizvodnjo več poljščin.