# Japanese robotics

> Japanese robots

**Wikidata**: [Q6158996](https://www.wikidata.org/wiki/Q6158996)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Japanese_robotics)  
**Source**: https://4ort.xyz/entity/japanese-robotics

## Summary
Japanese robotics is a specialized field and subclass of robotics focused on the design, construction, operation, and application of robots within Japan. It encompasses high-profile technological developments, including famous humanoid systems like HONDA's ASIMO and the HRP-4C.

## Key Facts
- Japanese robotics is formally classified as a subclass of the broader robotics category.
- The field covers the design, construction, operation, and application of robotic systems.
- Notable robotic entities within this field include HONDA ASIMO and the HRP-4C.
- The topic is identified in global databases by the Freebase ID /m/0bycrr.
- It is categorized under "Category:Robotics in Japan" in major knowledge repositories.
- Information regarding Japanese robotics is available in at least five languages: English, Arabic, Central Bikol, Hungarian, and Urdu.
- The field is represented in Wikimedia Commons under the category "Robotics in Japan."

## FAQs
### Q: What is the primary focus of Japanese robotics?
A: The field focuses on the full lifecycle of robotic systems, specifically the design, construction, operation, and application of robots developed in Japan. It is considered a specific subclass of the general robotics discipline.

### Q: What are some well-known examples of Japanese robots?
A: Two prominent examples are HONDA's ASIMO, a well-known humanoid robot, and the HRP-4C, which was notably featured at SIGGRAPH Asia 2009.

### Q: How is Japanese robotics organized in knowledge databases?
A: It is organized as a subclass of "robotics" and is assigned the Freebase ID /m/0bycrr. In academic and reference contexts, it is primarily categorized under "Robotics in Japan."

## Why It Matters
Japanese robotics is a significant subclass of the global robotics field, focusing on the comprehensive design, construction, operation, and application of robotic systems. Its importance is underscored by its presence in multiple international knowledge bases and its documentation in several languages, including English, Arabic, and Hungarian. This field is responsible for the development of high-profile humanoid robots such as HONDA's ASIMO and the HRP-4C, which serve as primary examples of the country's technical output in this sector.

By maintaining a dedicated classification within the broader robotics category, Japanese robotics allows for the structured organization of technological achievements specific to Japan. This categorization is essential for researchers and developers who utilize databases like Wikidata and Wikimedia Commons to track the evolution of robotic design. The field's relevance is further demonstrated by its integration into global data contexts, such as Freebase and various Wikipedia language editions. Ultimately, Japanese robotics provides a framework for understanding how specific robotic entities are constructed and applied, contributing to the broader knowledge of the design and operation of robots on a global scale.

## Notable For
- **Humanoid Development:** The creation of advanced humanoid platforms such as HONDA ASIMO and HRP-4C.
- **Global Documentation:** Maintaining a presence across multiple linguistic platforms including Arabic, Hungarian, and Urdu.
- **Structured Classification:** Recognized as a distinct subclass of robotics with dedicated identification (Freebase ID /m/0bycrr).
- **Visual Representation:** Extensive visual documentation of its projects in the Commons category "Robotics in Japan."

## Body
### Classification and Scope
Japanese robotics is a specific subclass of the broader robotics discipline. It adheres to the standard definition of robotics, which involves:
- **Design:** The engineering and conceptualization of robotic units.
- **Construction:** The physical assembly and manufacturing of robots.
- **Operation:** The systems and methods used to control and run robots.
- **Application:** The practical use of robots in various fields and environments.

### Significant Robotic Entities
The field is defined by several landmark robotic projects that demonstrate Japanese engineering:
- **HONDA ASIMO:** A humanoid robot that serves as a primary example of the field's capabilities in design and operation.
- **HRP-4C:** A humanoid robot developed for research and demonstration, notably appearing at SIGGRAPH Asia 2009.

### Data and Categorization
Japanese robotics is highly structured within global knowledge frameworks:
- **Wikidata and Wikipedia:** The topic is recognized across multiple language editions and is linked to the main category "Robotics in Japan."
- **Sitelinks:** The entity maintains 6 sitelinks, indicating its relevance across different informational platforms.
- **Identification:** It is tracked via the Freebase identifier /m/0bycrr and the Wikidata description "Japanese robots."