design automation - определение. Что такое design automation
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Что (кто) такое design automation - определение

Configure-to-order; Design Automation
Найдено результатов: 2070
Electronic Design Automation         
CATEGORY OF SOFTWARE TOOLS FOR DESIGNING ELECTRONIC SYSTEMS SUCH AS INTEGRATED CIRCUITS AND PRINTED CIRCUIT BOARDS
Electronic Design Automation; Electronic design; ECAD; Hardware verification; Electronics design; Electrical CAD; EDA company; History of electronic design automation; EDA tool; Electronic computer-aided design
<application> (EDA) Software tools for the development of integrated circuits and systems. Companies selling EDA tools include Cadence, Intergraph, Mentor, Synopsys, Viewlogic. Zuken-Redac Dazix has been acquired by Intergraph. (1995-10-09)
Electronic design automation         
CATEGORY OF SOFTWARE TOOLS FOR DESIGNING ELECTRONIC SYSTEMS SUCH AS INTEGRATED CIRCUITS AND PRINTED CIRCUIT BOARDS
Electronic Design Automation; Electronic design; ECAD; Hardware verification; Electronics design; Electrical CAD; EDA company; History of electronic design automation; EDA tool; Electronic computer-aided design
Electronic design automation (EDA), also referred to as electronic computer-aided design (ECAD), is a category of software tools for designing electronic systems such as integrated circuits and printed circuit boards. The tools work together in a design flow that chip designers use to design and analyze entire semiconductor chips.
ecad         
CATEGORY OF SOFTWARE TOOLS FOR DESIGNING ELECTRONIC SYSTEMS SUCH AS INTEGRATED CIRCUITS AND PRINTED CIRCUIT BOARDS
Electronic Design Automation; Electronic design; ECAD; Hardware verification; Electronics design; Electrical CAD; EDA company; History of electronic design automation; EDA tool; Electronic computer-aided design
['i:kad]
¦ noun Ecology an organism that is modified by its environment.
Origin
early 20th cent.: from Gk oikos 'house' + -ad1.
Gateway Design Automation         
COMPANY THAT INVENTED VERILOG
Automated Integrated Design Systems
"Verilog HDL originated at Automated Integrated Design Systems (later renamed as Gateway Design Automation) in 1985. The company was privately held at that time by Dr.
automation         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
Automatic, as opposed to human, operation or control of a process, equipment or a system; or the techniques and equipment used to achieve this. Most often applied to computer (or at least electronic) control of a manufacturing process. See also design automation, office automation, manularity, Manufacturing Automation Protocol, PEARL, QBE. (1994-10-21)
automation         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
¦ noun the use or introduction of automatic equipment in a manufacturing or other process or facility.
Derivatives
automate verb
automate         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
(automates, automating, automated)
To automate a factory, office, or industrial process means to put in machines which can do the work instead of people.
He wanted to use computers to automate the process.
VERB: V n
automation
In the last ten years automation has reduced the work force here by half.
N-UNCOUNT
automated         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
An automated factory, office, or industrial process uses machines to do the work instead of people.
ADJ: usu ADJ n
automation         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
Automation         
  • A soft drink [[vending machine]] in Japan, an example of automated retail
  • Automated pharmacology production
  • avatar]] for enhanced [[human–computer interaction]]
  • Automated side loader operation
  •  A [[flyball governor]] is an early example of a feedback control system. An increase in speed would make the counterweights move outward, sliding a linkage that tended to close the valve supplying steam, and so slowing the engine.
  • [[KUKA]] [[industrial robot]]s being used at a bakery for food production
  • Automated laboratory instrument
  • A [[block diagram]] of a PID controller in a feedback loop, where r(''t'') is the desired process value or "set point", and y(''t'') is the measured process value
  • [[Steam engine]]s promoted automation through the need to control engine speed and power.
  • Automated milling machines
TECHNOLOGY USE OF VARIOUS CONTROL SYSTEMS BY WHICH A PROCESS OR PROCEDURE IS PERFORMED WITH MINIMAL HUMAN ASSISTANCE
Automate; Industrial automation; Automatic control; Automated; Factory automation; Industrial Automation; Automated Control Systems; Automated method; Automatic control system; Automatic control system of the regulator(y) type; Automated system; Automatic machine; Automated systems; Automation Paradox; History of automation; Advantages and disadvantages of automation; Emerging applications of automation; Cognitive automation; Environmental impact of automation; Automation of industrial processes; Automated manufacturing; Automated waste management; Automated waste collection; Automatic waste collection; Societal impact of automation; Radical automation; Radical Automation; Computer operated; Technological automation
Automation describes a wide range of technologies that reduce human intervention in processes, namely by predetermining decision criteria, subprocess relationships, and related actions, as well as embodying those predeterminations in machines. Automation has been achieved by various means including mechanical, hydraulic, pneumatic, electrical, electronic devices, and computers, usually in combination.

Википедия

Configurator

Configurators, also known as choice boards, design systems, toolkits, or co-design platforms, are responsible for guiding the user through the configuration process. Different variations are represented, visualized, assessed and priced which starts a learning-by-doing process for the user. While the term “configurator” or “configuration system” is quoted rather often in literature, it is used for the most part in a technical sense, addressing a software tool. The success of such an interaction system is, however, not only defined by its technological capabilities, but also by its integration in the whole sale environment, its ability to allow for learning by doing, to provide experience and process satisfaction, and its integration into the brand concept. (Franke & Piller (2003))