KGaaS智能平台

Planet

Mercury

The closest planet to the sun. It circles the sun faster than all the other planets, which is why Romans named it after their swift-footed messenger god.

Planet

Venus

Named for the Roman goddess of love and beauty. In ancient times, Venus was often thought to be two different stars, the evening star and the morning star.

Moon

Moon

Planet

Earth

Earth, our home. It is the only planet known to have an atmosphere containing free oxygen, oceans of liquid water on its surface, and, of course, life.

Moon

Deimos

Moon

Phoebos

Planet

Mars

Fourth planet from the Sun and the second smallest planet in the solar systm. Named after the Roman god of war often described as the “Red Planet”.

多维度图谱可视化

多种图算法集成

时序图谱分析

KGPro

统一知识图谱分析引擎

会话式智能机器人开发平台

快速定制智能机器大脑

自然语言BI

KGRobot

会话式图谱机器人开放平台

文本提示、校验、生成

领域知识库集成

文档半自动化智能处理

KGAssist

插件式知识服务助手

可配置、组件化交互方式

多源异构数据集成

自动化或半自动化构建

KGBuilder

配置式自动化图谱构建工具

大规模百亿级三元组存储&管理

一站式图谱构建应用

支持KGaaS及私有化部署

KGMS

国内首个企业级知识图谱存储管理平台

Mercury

Mercury is the closest planet to the sun. As such, it circles the sun faster than all the other planets, which is why Romans named it after their swift-footed messenger god.

The Sumerians also knew of Mercury since at least 5,000 years ago. It was often associated with Nabu, the god of writing. Mercury was also given separate names for its appearance as both a morning star and as an evening star. Greek astronomers knew, however, that the two names referred to the same body, and Heraclitus, around 500 B.C., correctly thought that both Mercury and Venus orbited the sun, not Earth.

A year on Mercury is just 88 days long.

One solar day (the time from noon to noon on the planet’s surface) on Mercury lasts the equivalent of 176 Earth days while the sidereal day (the time for 1 rotation in relation to a fixed point) lasts 59 Earth days. Mercury is nearly tidally locked to the Sun and over time this has slowed the rotation of the planet to almost match its orbit around the Sun. Mercury also has the highest orbital eccentricity of all the planets with its distance from the Sun ranging from 46 to 70 million km.

Mercury is the smallest planet in the Solar Systm.

One of five planets visible with the naked eye a, Mercury is just 4,879 Kilometres across its equator, compared with 12,742 Kilometres for the Earth.

Mercury is the second densest planet.

Even though the planet is small, Mercury is very dense. Each cubic centimetre has a density of 5.4 grams, with only the Earth having a higher density. This is largely due to Mercury being composed mainly of heavy metals and rock.

Mercury has wrinkles.

As the iron core of the planet cooled and contracted, the surface of the planet became wrinkled. Scientist have named these wrinkles, Lobate Scarps. These Scarps can be up to a mile high and hundreds of miles long.


Venus

Venus, the second planet from the sun, is named for the Roman goddess of love and beauty. The planet — the only planet named after a female — may have been named for the most beautiful deity of her pantheon because it shone the brightest of the five planets known to ancient astronomers.

In ancient times, Venus was often thought to be two different stars, the evening star and the morning star — that is, the ones that first appeared at sunset and sunrise. In Latin, they were respectively known as Vesper and Lucifer. In Christian times, Lucifer, or "light-bringer," became known as the name of Satan before his fall. However, further observations of Venus in the space age show a very hellish environment. This makes Venus a very difficult planet to observe from up close, because spacecraft do not survive long on its surface.

A day on Venus lasts longer than a year.

It takes 243 Earth days to rotate once on its axis (sidereal day). The planet’s orbit around the Sun takes 225 Earth days, compared to the Earth’s 365. A day on the surface of Venus (solar day) takes 117 Earth days.

Venus rotates in the opposite direction to most other planets.

This means that Venus is rotating in the opposite direction to the Sun, this is also know as a retrograde rotation. A possible reason might be a collision in the past with an asteroid or other object that caused the planet to alter its rotational path. It also differs from most other planets in our solar systm by having no natural satellites.

Venus is the second brightest object in the night sky.

Only the Moon is brighter. With a magnitude of between -3.8 to -4.6 Venus is so bright it can be seen during daytime on a clear day.

Atmospheric pressure on Venus is 92 times greater than the Earth’s.

While its size and mass are similar to Earth, the small asteroids are crushed when entering its atmosphere, meaning no small craters lie on the surface of the planet. The pressure felt by a human on the surface would be equivalent to that experienced deep beneath the sea on Earth.


Earth

Earth, our home, is the third planet from the sun. It is the only planet known to have an atmosphere containing free oxygen, oceans of liquid water on its surface, and, of course, life.

Earth is the fifth largest of the planets in the solar systm — smaller than the four gas giants, Jupiter, Saturn, Uranusand Neptune, but larger than the three other rocky planets,

The Earth’s rotation is gradually slowing.

This deceleration is happening almost imperceptibly, at approximately 17 milliseconds per hundred years, although the rate at which it occurs is not perfectly uniform. This has the effect of lengthening our days, but it happens so slowly that it could be as much as 140 million years before the length of a day will have increased to 25 hours.

The Earth was once believed to be the centre of the universe.

Due to the apparent movements of the Sun and planets in relation to their viewpoint, ancient scientists insisted that the Earth remained static, whilst other celestial bodies travelled in circular orbits around it. Eventually, the view that the Sun was at the centre of the universe was postulated by Copernicus, though this is also not the case.

Earth has a powerful magnetic field.

This phenomenon is caused by the nickel-iron core of the planet, coupled with its rapid rotation. This field protects the Earth from the effects of solar wind.

There is only one natural satellite of the planet Earth.

As a percentage of the size of the body it orbits, the Moon is the largest satellite of any planet in our solar systm. In real terms, however, it is only the fifth largest natural satellite.


Mars

Mars is the fourth planet from the sun. Befitting the red planet's bloody color, the Romans named it after their god of war. The Romans copied the ancient Greeks, who also named the planet after their god of war, Ares. Other civilizations also typically gave the planet names based on its color — for example, the Egyptians named it "Her Desher," meaning "the red one," while ancient Chinese astronomers dubbed it "the fire star."

Mars and Earth have approximately the same landmass.

Even though Mars has only 15% of the Earth’s volume and just over 10% of the Earth’s mass, around two thirds of the Earth’s surface is covered in water. Martian surface gravity is only 37% of the Earth’s (meaning you could leap nearly three times higher on Mars).

Mars is home to the tallest mountain in the solar systm.

Olympus Mons, a shield volcano, is 21km high and 600km in diameter. Despite having formed over billions of years, evidence from volcanic lava flows is so recent many scientists believe it could still be active.

Only 18 missions to Mars have been successful.

As of September 2014 there have been 40 missions to Mars, including orbiters, landers and rovers but not counting flybys. The most recent arrivals include the Mars Curiosity mission in 2012, the MAVEN mission, which arrived on September 22, 2014, followed by the Indian Space Research Organization’s MOM Mangalyaan orbiter, which arrived on September 24, 2014. The next missions to arrive will be the European Space Agency’s ExoMars mission, comprising an orbiter, lander, and a rover, followed by NASA’s InSight robotic lander mission, slated for launch in March 2016 and a planned arrival in September, 2016.

Mars has the largest dust storms in the solar systm.

They can last for months and cover the entire planet. The seasons are extreme because its elliptical (oval-shaped) orbital path around the Sun is more elongated than most other planets in the solar systm.


KGPro

产品介绍:


       KGPro是国内首款专业级知识图谱分析计算平台,提供一站式知识接入、知识计算、知识推理以及知识可视化能力,以知识驱动商业智能。

产品优势:


•     一体化平台架构

       提供可视化分析、图统计、图分析、动态事件分析、图谱推理五大核心功能组件

•     快速实时分析

       分布式图计算引擎,支持高并发、秒级多跳的实时查询分析能力

•     自然语言交互

       提供便捷直观的交互式可视化分析界面,所见即所得;支持自然语言以及查询语言探索分析

•     大规模数据处理

       高效的数据组织,可对百亿节点千亿边规模的数据进行查询与分析

•     内置丰富算法

       提供丰富的图分析算法,为关系分析、路径规划、精准营销等业务提供最优的分析能力






KGRobot

产品介绍:


       KGRobot智能机器人开放平台基于NLP、知识图谱、语义智能理解与交互等人工智能技术,开放的技能商城提供丰富技能,实现快速定制智能机器大脑。为终端用户打造一个能够多轮会话、多功能、全渠道接入的智能机器助手。

产品优势:


•    知识图谱内容赋能,通过已构建的知识图谱产生知识内容
•    人工智能辅助交互会话,通过自然语言完成问答及数据分析
•    轻量级非侵入接入,不与现有bot业务产生冲突,平滑接入
•    KGaaS或私有化部署,热插拔式组合拆分,多种使用或部署方式

产品定位:


       面向日益增长的基于知识及动态数据的问答分析需求,通过自然语言交互的方式服务用户。在PlantData自建应用及数据的同时,为数据资源拥有者提供数据分享及推广的平台,为开发者提供服务及模型分享及推广的平台。

•    普通用户

       通过KGMS自建数据或购买公有数据,自主配置机器人技能,通过终端渠道或KGaaS轻量级SDK接口接入

•    高级用户

       通过KGMS或KGBuilder自建数据,同时支持公有数据与私有数据融合赋能。
       支持KGaaS轻量级接入及私有化部署,不对现有机器人产生冲突,支持部分技能的深度优化定制。

•    资源拥有者

       拥有数据资源,我们帮助您进行推广。数据资源包含:
       1)标准化的知识图谱;
       2)行业原始数据;
       3)行业原始数据,通过PlantData工程师转变成知识图谱。





KGAssist

产品介绍:


       KGAssist智能文本编制助手,提供智能知识提示、知识校验、知识链接、知识编译等功能,实现文本的半自动化智能处理。

产品优势:


•     智能提示
•     知识校验
•     知识生成

产品特性:


•     文本提示、校验、生成
•     领域知识库集成
•     文档半自动化智能处理





KGBuilder

产品介绍:


       KGBuilder配置式自动化的图谱构建工具集,基于动态本体论“概念-实体-属性-关系-事件”对结构化、半结构化、非结构化数据进行统一知识建模,借助D2R、Wrapper、文本抽取实现知识的自动化快速获取与融合。

产品特性:


•     自动标引
•     知识融合引擎
•     知识推理引擎

产品优势:


•     可配置、组件化交互方式
•     多源异构数据集成
•     自动化或半自动化构建





KGMS

产品介绍:


       KGMS提供一整套手工构建知识大脑的工具集,其中包括:
       知识建模、知识编辑、知识融合、数据接入、数据入图、数据标引及知识图谱的底层存储

产品优势:


•    业界领先的知识图谱管理及存储工具
•    知识图谱构建各环节针对性优化,丰富的实战应用经验
•    轻量级JSSDK及Restful接口,一站式图谱构建应用
•    支持KGaaS及私有化部署

产品定位:


       面向日益增长的基于知识及动态数据的问答分析需求,解决知识大脑构建环节中的各个问题。

•    企业用户

       通过KGMS自建数据或购买公有数据, KGaaS轻量级Sdk接口接入,完成基础项目调研及POC演示。
       通过私有化部署的KGMS管理企业内部的知识图谱。

•    科研用户

       通过KGMS自建数据或购买公有数据,KGaaS轻量级Sdk接口接入或RDF数据导出,作为科研实验的数据支撑。
       通过私有化部署的KGMS管理科研机构内部的知识图谱。

•    开发者用户

       通过KGMS自建数据或购买公有数据, KGaaS轻量级Sdk接口接入,将功能嵌入自己的应用。





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