# verifiable computing
**Wikidata**: [Q7921319](https://www.wikidata.org/wiki/Q7921319)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Verifiable_computing)  
**Source**: https://4ort.xyz/entity/verifiable-computing

## Summary
Verifiable computing is a computing topic classified as a subclass of distributed computing. It is used in distributed and cloud computing contexts and is documented under the title "Verifiable computing" on English and Russian Wikipedia.

## Key Facts
- Verifiable computing is classified as a subclass of distributed computing.
- Verifiable computing is used in distributed computing and cloud computing.
- The Wikipedia title for the topic is "Verifiable computing."
- Verifiable computing has Wikipedia pages in English and Russian.
- The concept has a Freebase identifier: /m/0hn9s0n.
- The concept has a Microsoft Academic identifier (discontinued): 2776827251.
- The verifiable computing topic record has a sitelink_count of 2.
- Its parent class, distributed computing, is described as a system whose components are located on different networked computers and has a sitelink_count of 60.

## FAQs
### Q: What is verifiable computing?
A: Verifiable computing is a topic classified as a subclass of distributed computing. It is used in contexts that involve distributed and cloud computing.

### Q: How is verifiable computing related to distributed computing?
A: Verifiable computing is explicitly a subclass of distributed computing. It is used within distributed computing systems and in cloud computing environments.

### Q: Where can I find more information about verifiable computing?
A: The topic appears on Wikipedia under the title "Verifiable computing" with pages in English and Russian. It is also indexed in datasets such as Freebase (/m/0hn9s0n) and Microsoft Academic (ID 2776827251, discontinued).

## Why It Matters
Verifiable computing is significant as a named topic within the larger field of distributed computing, and it is noted for its use in both distributed and cloud computing contexts. Being classified as a subclass of distributed computing ties it directly to systems whose components are located on different networked computers, which is a foundational model for modern cloud services and multi-node applications. Its presence on English and Russian Wikipedia and identifiers in Freebase and Microsoft Academic indicate that it is recognized across reference and academic indexing systems. For practitioners and researchers working with distributed systems or cloud platforms, verifiable computing is a recognized area of concern or study within that broader ecosystem. Its classification and cross-references help locate relevant literature, resources, and community knowledge within the distributed/cloud computing domain.

## Notable For
- Being explicitly classified as a subclass of distributed computing.
- Being used in both distributed computing and cloud computing contexts.
- Having Wikipedia entries in two languages: English and Russian.
- Having identifiers in reference and academic datasets: Freebase (/m/0hn9s0n) and Microsoft Academic (2776827251, discontinued).
- Its parent class, distributed computing, is noted as a system whose components are located on different networked computers (sitelink_count: 60), situating verifiable computing within a well-established category.

## Body

### Overview
- Topic name: Verifiable computing.
- Classified as: subclass of distributed computing.
- Uses: distributed computing; cloud computing.
- Documented on Wikipedia in English and Russian.

### Classification and Parent
- Parent class: distributed computing.
- Parent description: "system whose components are located on different networked computers."
- Parent sitelink_count: 60.
- Verifiable computing sitelink_count: 2.

### Identifiers and Indexing
- Freebase ID: /m/0hn9s0n.
- Microsoft Academic ID (discontinued): 2776827251.
- Wikipedia title: "Verifiable computing".
- Wikipedia languages recorded: en, ru.

### Usage Context
- Listed uses include distributed computing.
- Listed uses include cloud computing.
- The classification places the topic within networked, multi-computer system contexts.

### References and Visibility
- Present in general reference sources (Wikipedia, two languages).
- Present in metadata/knowledge graph sources (Freebase).
- Present in academic indexing (Microsoft Academic, discontinued ID provided).