motion control system

USAGE SUMMARY

The phrase "motion control system" is correct and usable in written English.
You can use it in contexts related to robotics, automation, or any technology that involves controlling the movement of objects or machinery. Example: "The new motion control system significantly improved the precision of the robotic arm in the assembly line."

✓ Grammatically correct

Science

News & Media

Wiki

Human-verified examples from authoritative sources

Exact Expressions

55 human-written examples

Make sure to use an apt feedback sensor for velocity loop closing (you can use more than one sensor as per the demands of your motion control application); Never operate a motion control system interface (between drives and motion controller) without synchronizing it.

WikiHow

A state feedback robust controller is designed such that the closed-loop direct-drive linear motion control system over a network is stochastically robust stable.

Information Sciences

"With exclusive titles, a strong multimedia offering, plus a thoroughly re-worked Kinect motion control system, the Xbox One appears to be ahead of the game this Christmas," said John Lewis gaming buyer Robert Hennessey.

The Guardian - Tech

Both Sony and Microsoft have developed their motion control system with these goals in mind.

TechCrunch

We know that Kinect, the motion control system previously known as Natal, will be announced.

TechCrunch

Just a video of you giving your honest take on the motion control system.

TechCrunch

Human-verified similar examples from authoritative sources

Similar Expressions

5 human-written examples

Two yaw motion control systems that improve a vehicle lateral stability are proposed in this study: a braking yaw motion controller (BYMC) and a steering yaw motion controller (SYMC).

Mechatronics

The requirements to motion control systems are analyzed.

IFAC Proceedings Volumes

Nonlinearities degrade considerably performances in motion control systems.

IFAC Proceedings Volumes

Mostly, it makes motion control systems that help operate airplanes, trucks, tractors, boats.

Forbes

In digital/sampled-data motion control systems, the system outputs are only available at certain rates.

IFAC-PapersOnLine

Expert writing Tips

Best practice

When describing the capabilities of a "motion control system", be specific about the types of motion it controls (e.g., linear, rotational, multi-axis) and the level of precision it achieves.

Common error

Avoid using vague language when describing a "motion control system". Instead of saying it "improves performance", specify how it improves performance (e.g., "reduces vibration", "increases accuracy", "enhances speed").

Linguistic Context

The phrase "motion control system" typically functions as a noun phrase, acting as the subject or object of a sentence. It refers to a system designed to regulate and manage movement, as seen in Ludwig's examples related to robotics, automation, and engineering.

Expression frequency: Very common

Frequent in

Science

66%

News & Media

25%

Wiki

2%

Less common in

Formal & Business

1%

Ludwig's WRAP-UP

The phrase "motion control system" is a grammatically correct and frequently used term, particularly in scientific, technical, and industrial contexts. As Ludwig AI confirms, it precisely describes a system designed for regulating movement. Its usage spans from academic research papers to news articles covering technological advancements. When using this phrase, specificity about the system's capabilities and context is crucial to avoid vagueness. Alternatives like "movement control system" or "kinetic control system" may be suitable depending on the desired emphasis. The prevalence of the term in authoritative sources underscores its significance in the fields of engineering and technology.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

movement control system

Replaces "motion" with "movement", focusing on the action of moving rather than the abstract concept of motion.

kinetic control system

Uses "kinetic" to emphasize the energy and forces involved in the system's operation.

automated guidance system

Highlights the automated aspect of controlling movement, suitable when autonomy is key.

positioning control system

Focuses specifically on the ability to control and maintain the position of an object.

servomechanism control

A more technical term referring to a feedback control system used to govern motion or position.

trajectory control system

Emphasizes the control of a path or route followed by a moving object.

dynamic control system

Highlights the system's ability to manage changes and variations in motion.

robotic manipulation system

Specifically refers to control systems used in robotics for precise handling and movement.

actuation control system

Focuses on the control of actuators, which are responsible for generating movement.

automated maneuvering system

Implies the system's capacity to manage complex movements and changes in direction automatically.

FAQs

How is a "motion control system" used in robotics?

In robotics, a "motion control system" is used to precisely control the movement of robotic arms, legs, or other actuators, enabling tasks such as assembly, welding, and painting with high accuracy. It often involves feedback sensors and sophisticated algorithms.

What are some alternative terms for "motion control system"?

Depending on the context, you could use alternatives such as "movement control system", "automated guidance system", or "kinetic control system".

What components are typically included in a "motion control system"?

A typical "motion control system" includes components like motors, drives, controllers, feedback sensors (encoders, resolvers), and software. These components work together to execute programmed motion profiles.

How does a "motion control system" differ from a simple control system?

While a simple control system might manage a single variable (e.g., temperature), a "motion control system" specifically manages movement, often involving multiple axes and requiring precise coordination and synchronization.