|
|||||||
АвтоАвтоматизацияАрхитектураАстрономияАудитБиологияБухгалтерияВоенное делоГенетикаГеографияГеологияГосударствоДомДругоеЖурналистика и СМИИзобретательствоИностранные языкиИнформатикаИскусствоИсторияКомпьютерыКулинарияКультураЛексикологияЛитератураЛогикаМаркетингМатематикаМашиностроениеМедицинаМенеджментМеталлы и СваркаМеханикаМузыкаНаселениеОбразованиеОхрана безопасности жизниОхрана ТрудаПедагогикаПолитикаПравоПриборостроениеПрограммированиеПроизводствоПромышленностьПсихологияРадиоРегилияСвязьСоциологияСпортСтандартизацияСтроительствоТехнологииТорговляТуризмФизикаФизиологияФилософияФинансыХимияХозяйствоЦеннообразованиеЧерчениеЭкологияЭконометрикаЭкономикаЭлектроникаЮриспунденкция |
AI makes robots smarter
Artificial intelligence is the science of making machines perform tasks that would require intelligence if they were done by a person. Expert systems, smart diagnostics, and remote diagnostics will bridge the gap and provide quicker solutions to difficult problems. These kinds of tools will provide
customers a means of recovering from robot-related problems and returning to production as quickly as possible. Expert systems are intended to lead the user through the troubleshooting process by using prompts that determine possible solutions. The prompts will be in plain English, designed for people who aren’t frequently faced with robot problems. This system remembers and updates its internal reliability database to alter the troubleshooting strategy based on its experience. Built-in procedures helped the user to diagnose the problem. Extensive procedures further explained testing to drive components and pulse encoder feedback loops. To even further show the value, color graphics of a digital dual trace oscilloscope, the set-up operation, and step-by-step procedures helped the user to select the correct settings and probes. Smart diagnostics or semi-automatic diagnostics takes the above concept and enhances ots operation to the next level. Communication between a PC and the tested device allows for many different tests. Information can be gathered in real time or stored for later expert sessions. This information allows the expert system to make some basic decisions on the direction of the test session. Remote diagnostics while not related to expert systems, can certainly bridge the gap between support personnel and the end user. PC or UNIX-based systems operating at the support center access the robot controller via phone modem. In an advisory mode, the support personnel can then “look” into the problem controller to help the on-site personnel locate the problem. Operating system software could be downloaded and applications programming problems corrected, as well.
6. Give English equivalents of the words and word combinations: Системы проверки, обеспечивать быстрое решение, заказчик, процесс диагностики, сталкиваться с проблемой, простой английский, цветная графика, надежная база данных, основные решения, устранять брешь, обслуживающий персонал, конечный пользователь.
7. Put the following sentences in order dictated by the text. Speak on each point.
1. Artificial intelligence 2. The advantages of expert systems, smart and remote diagnostics. 3. Expert systems operation. 4. Smart diagnostics. 5. The use of remote diagnostics.
6. Support and on-site personnel. 8. Point out key words in each part of the text.
9. Find a key-sentence expressing the main idea of the text.
10. Use the material of the text to prove that AI improves robots operation. Поиск по сайту: |
Все материалы представленные на сайте исключительно с целью ознакомления читателями и не преследуют коммерческих целей или нарушение авторских прав. Студалл.Орг (0.004 сек.) |