Робот пылесос как правильно пишется

Русский[править]

Морфологические и синтаксические свойства[править]

ро́—бот-пы—ле—со́с

Существительное, неодушевлённое, мужской род, 2-е склонение (тип склонения 1a по классификации А. А. Зализняка).

Корень: —.

Произношение[править]

• МФА: [ˈrobət pɨlʲɪˈsos]

Семантические свойства[править]

Значение[править]

1. автоматизированное устройство для удаления пыли, грязи на полу ◆ Наиболее популярные сейчас сервисные роботы ― это машины, занятые уборкой помещений. Роботы-пылесосы, например, становятся уже массовым товаром. Александр Волков, «Жить среди механических «людей»» // «Знание — сила», 2013 г. [НКРЯ]

Синонимы[править]

Антонимы[править]

1. —

Гиперонимы[править]

1. машина, робот

Гипонимы[править]

Родственные слова[править]

Этимология[править]

От ??

Фразеологизмы и устойчивые сочетания[править]

Перевод[править]

Библиография[править]

«робот-пылесос» по падежам

робот-пылесос — имя существительное, единственное число, мужской род, неодушевленное.

Всего найдено: 38

Нужна ли запятая перед союзом «как» в предложении: В кабине нет водителя, и решение, как двигаться, где сделать поворот, где притормозить, принимает робот.

Ответ справочной службы русского языка

Запятая перед как нужна: она ставится перед придаточной частью сложного предложения.

Добрый день! Как верно — робот-терапия или робототерапия? Может быть, возможны оба варианта? Спасибо.

Ответ справочной службы русского языка

Словари русского литературного языка такого слова не фиксируют. Корректным представляется слово робототерапия (по аналогии с робототехника, роботокомплекс).

Здравствуйте! Подскажите, пожалуйста, какое окончание в этом предложении будет верным?
Создавать качественных торговых роботов может каждый!
или
Создавать качественные торговые роботы может каждый!
Спасибо!

Ответ справочной службы русского языка

Склонение слова робот зависит от его значения. Если имеется в виду человекоподобное существо, робот употребляется как одушевленное существительное (винительный падеж совпадает с родительным): создавать роботов. Если же значение чисто техническое – ‘автоматический манипулятор, используемый в промышленности’ (т. е. ничем не напоминающий человека), то такой робот склоняется как неодушевленное существительное (винительный падеж совпадает с именительным): создавать роботы.

Пожалуйста, очень срочный вопрос: «робооркестр» пишется слитно? (от слова «робот«)

Ответ справочной службы русского языка

Да, слитно.

Добрый день!
Подскажите пожалуйста, как правильно склонять подлежащее в предложении «На роботов-манекенов можно будет надевать вещи модных марок». Насколько я понимаю, слово «роботов» в Винительном падеже склоняется как одушевленное, а «манекены» — как неодушевленное. То есть правильно было бы «Надевать на робота», но «на манекен». А если эти два слова даны в сочетании?

Ответ справочной службы русского языка

Корректно: надевать на робот-манекен, на роботизированный манекен (ср.: надеяться на робот-пылесос).

Подскажите, пожалуйста! Сейчас по телевидению идет реклама фильма «Я, Франкенштейн»
вот ссылка на описание: http://www.kinopoisk.ru/film/461934/
Объясните, пожалуйста, для чего там стоит запятая после «я»? На основании какого правила?
Спасибо!

Ответ справочной службы русского языка

См. ответ на вопрос № 259400, где речь идет о запятой в аналогичной конструкции – в названии фильма «Я, робот».

Добрый день! Можно ли составлять аббревиатуры из таких слов, как Роботэкспошоу. Например, предлагается вариант РЭФ.
Большое спасибо! Ваш ответ очень важен для меня.
Галина

Ответ справочной службы русского языка

А откуда взялась «Ф»?

Добрый день!
Подскажите, как правильно склонять слово «робот-пылесос» (форма винительного падежа).

Я купил робот(а)-пылесос(а)?

Спасибо

Ответ справочной службы русского языка

Корректно: я купил робот-пылесос.

Подскажите, пожалуйста, какая из формулировок правильная: «Сигналы, приводящие роботА в движение» или «Сигналы, приводящие робот в движение».

Ответ справочной службы русского языка

Верно: робота.

Прошу Вас заморозить выплату зароботной платы до выяснения обстоятельств Елпанову Р.С. и Городко В.И. в связи с недостачей по складу г.Судак.

Ответ справочной службы русского языка

Это не в наших силах

Уважаемые специалисты! Ответьте, пожалуйста, правильно ли написание _Лего-робот_? По-моему, это слово нужно писать со строчной буквы (лего-робот). Заранее благодарна

Ответ справочной службы русского языка

В смысле «робот из кубиков лего»? Написание строчными буквами (лего-робот) вполне корректно, если нужно указать именно на тип кубиков, а не на фирму-производителя. 

Здравствуйте, уважаемые сотрудники портала!
Огромное спасибо за оперативность ответов на мои вопросы, посему буду действовать по принципу «куй железо пока горячо»))
Чем обусловлена постановка запятой в названии голливудского фильма «Я, робот«?
Очень интересует ответ на этот вопрос.
Заранее спасибо.

garry

Ответ справочной службы русского языка

Эта конструкция аналогична такой: Мы, нижеподписавшиеся… (подлежащее с уточнением).

Да, но конструкция «Мы, нижеподписавшиеся…» предполагает продолжение и обоснование требования/просьбы. Такова же конструкция и в автобиографии, напр., Я, Иванов Иван Иванович, родился…
В моем же вопросе, мысль оборвана, стоит точка «Я, робот.» Вынужден повторить вопрос: зачем здесь запятая? Может, нужно поставить тире, а запятую считать ошибкой. Что это за нововведение ставить запятую в подобных предложениях (с подобным случаем встречаюсь не впервые, просто привожу, наверное, один из самых известных примеров) и обрывать мысль?

Ответ справочной службы русского языка

В 1981 году в СССР на экраны вышел художественный фильм Татьяны Лиозновой «Мы, нижеподписавшиеся». Так что название фильма «Я, робот» в этом смысле вовсе не уникально. Оба названия предполагают некоторую незаконченность, нам, зрителям, предложено восстановить авторский замысел. Тире же исказит смысл, с тире получится просто заявление: я – робот (ср.: я – гражданин Советского Союза).

Здравствуйте, уважаемые сотрудники портала!
Огромное спасибо за оперативность ответов на мои вопросы, посему буду действовать по принципу «куй железо пока горячо»))
Чем обусловлена постановка запятой в названии голливудского фильма «Я, робот«?
Очень интересует ответ на этот вопрос.
Заранее спасибо.

Ответ справочной службы русского языка

Эта конструкция аналогична такой: Мы, нижеподписавшиеся… (подлежащее с уточнением).

Здравствуйте! Подскажите, пожалуйста, как склоняется фамилия Дробот в русском языке: у женщины — Анне Дробот, у мужчине — Виктору Дроботу? Либо как-то иначе?

Ответ справочной службы русского языка

Да, именно так. Мужская фамилия Дробот склоняется, женская – нет.

Как правильно: «роботехника» или «робототехника»?

Ответ справочной службы русского языка

Правильно: робототехника.

From Wikipedia, the free encyclopedia

A robotic vacuum cleaner, sometimes called a robovac or a roomba as a generic trademark, is an autonomous robotic vacuum cleaner which has a limited vacuum floor cleaning system combined with sensors and robotic drives with programmable controllers and cleaning routines. Early designs included manual operation via remote control and a «self-drive» mode which allowed the machine to clean autonomously.^[1] Some designs use spinning brushes to reach tight corners, and some include a number of cleaning features along with the vacuuming feature (mopping, UV sterilization, etc.).^[2] More recent models use artificial intelligence and deep learning for better mapping, object identification and event-based cleaning.

Marketing materials for robotic vacuums frequently cite low noise, ease of use, and autonomous cleaning as main advantages.^[3] The perception that these devices are set-and-forget solutions is widespread but not always correct. Robotic vacuums are usually smaller than traditional upright vacuums, and weigh significantly less than even the lightest canister models. However, a downside to a robotic vacuum cleaner is that it takes an extended amount of time to vacuum an area due to its size. They are also relatively expensive,^[4] and replacement parts and batteries can contribute significantly to their operating cost.^[5]

History[edit]

In 1956, the American science fiction author Robert A. Heinlein described the concept of a robotic vacuum cleaner with a recharging dock in his novel The Door into Summer: «Basically it was just a better vacuum cleaner …. It went quietly looking for dirt all day long, in search curves that could miss nothing …. Around dinner time it would go to its stall and soak up a quick charge.»^[6]

In 1969 on 2 April an episode of The Avengers was broadcast in which the character Inge Tilson played by Dora Reisser says «…I saw a demonstration once. A robot vacuum cleaner. It swept around the house, went back into its cupboard, automatically plugged in and recharged itself…». The teleplay for this episode which was entitled «Thingumajig» was written by Terry Nation. It was episode 27 of Season 7.^[7]

In 1985, Tomy released the Dustbot as a part of their Omnibot line of toys. Dustbot was the first robot to feature a built in vacuum, and was able to turn when it sensed an edge or ran into something. Dustbot would carry a mini broom and dustpan for decoration.^[8][9][10]

In 1990, three roboticists, Colin Angle, Helen Greiner, and Rodney Brooks, founded iRobot.^[11] It was originally dedicated to making robots for military and domestic use. It launched the Roomba in 2002, which was able to change direction when it encountered an obstacle, detect dirty spots on the floor, and identify steep drops to keep it from falling down stairs.^[5] The Roomba proved to be the first commercially successful robot vacuum.^[12] In 2005, iRobot introduced the Scooba, which scrubbed hard floors.

In 1996, Electrolux introduced the first robotic vacuum cleaner, the Electrolux Trilobite.^[5] It worked well but had frequent problems with colliding with objects and stopping short of walls and other objects, as well as leaving small areas not cleaned.^[5] As a result, it failed in the market and was discontinued.^[5] In 1997, one of Electrolux’s first versions of the Trilobite vacuum was featured on the BBC’s science program, Tomorrow’s World.^[13]

In 2001, Dyson built and demonstrated a robot vacuum known as the DC06. However, due to its high price, it was never released to the market.^[14] Electrolux released the Trilobite robotic vacuum cleaner. The Robotic vacuum cleaner launched at a price of $1,800.00. There were two models: the ZA1 and the ZA2.

In 2010, the Neato Robotics XV-11 robotic vacuum introduced laser-based mapping, allowing navigation in straight lines rather than the traditional random navigation.^[15]

In 2015, Dyson and iRobot both introduced camera-based mapping.^[16][17]

In 2016, iRobot CEO claimed that 20% of vacuum cleaners sales worldwide were robots.^[18]

As of 2018, obstacles such as dog feces, cables and shoes remain very difficult for robots to navigate around.^[19][20]

In 2022, ECOVACS launched DEEBOT-X1 Family featuring YIKO^[21] Voice Assistant, which was the industry’s first natural language for home robots with Al voice interaction and control technologies.^[22][23][24]

Main features[edit]

Cleaning modes[edit]

Robotic vacuums have different types of cleaning modes, usually including the following:^[25]

• Auto: This mode is helpful for general cleaning. Typically, the mode cleans a space until the battery runs out.
• Spot: with the help of this mode, the vacuum focuses on a particular dirty zone.
• Turbo: This mode is used to clean and pick up the most dirt and dust, but it may create noise.
• Edge: This mode helps to clean edges and corners.
• Quiet: The mode helps to reduce noise levels while cleaning. It is helpful when the user is at home.
• Remote control: It allows the user to control the direction of the vacuum.

Wet mopping[edit]

Some models can also mop for wet cleaning, autonomously vacuuming and wet-mopping a floor in one pass (sweep and mop combo).

The mop is either manually wet before attachment to the bottom of the robot or the robot may be able to automatically spray water on to the floor before running over it.

Some advanced robot vacuum cleaners have a sensor that detects and avoids mopping in carpeted areas. However, if there is no sensor, most of the robot vacuum cleaner manufacturers add a no-mop zone feature in the app to make robot vacuums to avoid certain areas to clean. These robot vacuums are also capable to mop about 150 m² (1,600 sq ft) in one go.

A robot mop can tackle multiple surfaces and comes with a variety of different cleaning modes, providing options for sweeping, vacuuming and mopping damp or wet floors. Robot mops score better on hard surfaces and are ideally suited for hardwood, laminate and tile flooring types.

Mapping[edit]

The first robovacs used random navigation. This sometimes caused the unit to miss spots when cleaning or be unable to locate its base station to recharge, and did not provide the user a history of which spaces were cleaned.

More sophisticated models include mapping ability. The unit can use gyro-, camera-, radar-, and laser- (laser distance sensor or LDS) guided systems to create a floor plan, which can be permanently stored for more efficiency, and updated with information on areas which have been (or have not been) cleaned. Thus, the cleaning efficiency is greatly improved and the repetition rate is reduced significantly.

Models with a multiple floor plan feature can store several floor plans.

Others[edit]

Anti-drop

Most robots include anti-drop and anti-bump IR sensors.

Anti-winding

When approaching obstacles, the robot vacuum cleaner will automatically turn away.

Anti-tangle

Prevents the robot vacuum cleaner from becoming tangled in cables.

Virtual no-go lines

Virtual no-go lines set boundaries to restrict the unit’s movements to desired cleaning areas.

Quick recharge

Most robot vacuums come with a lithium-ion battery of around 2000 mAh that will last long enough to handle approximately 200 m² (2,200 sq ft) of floor space (about 100 minutes). Regular charge time is five to six hours. Quick recharge allows the unit to calculate the shortest way to recharge (shortcut path) and charge only as much as needed, so it finishes more quickly (automatic cleaning resumption).

Schedule

Scheduled daily cleaning. All-Timetable means a full week of different daily schedules can be programmed.

Connected app

Some models allow control of the unit using an app over a WiFi connection from the user’s smartphone or connected home automation device, e.g. Amazon Alexa and the Google Assistant.

Software upgrades

Some units are able to receive over-the-air (OTA) firmware updates.

HEPA filters

HEPA air filters are industry-standard now^{[as of?]} for robot vacuum cleaners. These remove dust and pollen from the air.

List of robotic vacuum cleaners[edit]

• Electrolux Trilobite – 1996. Named for its appearance, basic functionality and mild functional success. Introduced the public to the concept. Discontinued.^[5]
• LG Roboking – launched in 2001
• Dyson DC06 – 2001. Deemed too expensive; not released.^[5]
• iRobot Roomba – 2002. Basic features on this early iRobot model succeeded in defining the retail category in America.^[5]
• Kärcher RC3000 and RC4000 – sold from 2002 to 2015
• Friendly Vac RV400 – 2004, from Hoover and Friendly Robotics (Robomow); discontinued
• Koolvac – all U.S. models destroyed in 2005 due to a successful patent infringement lawsuit by iRobot
• Ecovacs Robotics Deebot series – introduced in 2007
• iRobot Pet Series – 2008.^[26]
• Dustbot – prototype for street cleanup, 2010
• Neato Robotics XV-11 – 2010.^[27] The Neato had average specifications for its time but implemented a laser mapping system.^[15][28]
• iRobot Roomba 980 – 2015. iRobot implemented camera mapping, a WiFi module, and a smartphone app.^[17]
• Dyson 360Eye – 2015. Marketed as Dyson’s first robotic vacuum, this model included camera-based obstacle detection and room mapping.^[16]
• iRobot Roomba i7 Plus with Clean Base – 2018.^[11] The iRobot consumer lineup now self-empties, docks, and charges, enabling continuous cleaning.
• SharkNinja AI, IQ, and ION Robot Vacuums.^[29]

Open-source designs[edit]

These are open-source designs that can be built using off-the-shelf components and 3D printed parts.

• MARK II – released 2019^[30]
• Cesnietor VacuumRobot – released 2017^[31][32]

See also[edit]

• Automated pool cleaner
• Comparison of domestic robots
• Domestic robots
• List of vacuum cleaners
• Mobile robot
• Open-source robotics
• Robotic mapping
• Wireless sensor network

References[edit]

External links[edit]

From Wikipedia, the free encyclopedia

A robotic vacuum cleaner, sometimes called a robovac or a roomba as a generic trademark, is an autonomous robotic vacuum cleaner which has a limited vacuum floor cleaning system combined with sensors and robotic drives with programmable controllers and cleaning routines. Early designs included manual operation via remote control and a «self-drive» mode which allowed the machine to clean autonomously.^[1] Some designs use spinning brushes to reach tight corners, and some include a number of cleaning features along with the vacuuming feature (mopping, UV sterilization, etc.).^[2] More recent models use artificial intelligence and deep learning for better mapping, object identification and event-based cleaning.

Marketing materials for robotic vacuums frequently cite low noise, ease of use, and autonomous cleaning as main advantages.^[3] The perception that these devices are set-and-forget solutions is widespread but not always correct. Robotic vacuums are usually smaller than traditional upright vacuums, and weigh significantly less than even the lightest canister models. However, a downside to a robotic vacuum cleaner is that it takes an extended amount of time to vacuum an area due to its size. They are also relatively expensive,^[4] and replacement parts and batteries can contribute significantly to their operating cost.^[5]

History[edit]

In 1956, the American science fiction author Robert A. Heinlein described the concept of a robotic vacuum cleaner with a recharging dock in his novel The Door into Summer: «Basically it was just a better vacuum cleaner …. It went quietly looking for dirt all day long, in search curves that could miss nothing …. Around dinner time it would go to its stall and soak up a quick charge.»^[6]

In 1969 on 2 April an episode of The Avengers was broadcast in which the character Inge Tilson played by Dora Reisser says «…I saw a demonstration once. A robot vacuum cleaner. It swept around the house, went back into its cupboard, automatically plugged in and recharged itself…». The teleplay for this episode which was entitled «Thingumajig» was written by Terry Nation. It was episode 27 of Season 7.^[7]

In 1985, Tomy released the Dustbot as a part of their Omnibot line of toys. Dustbot was the first robot to feature a built in vacuum, and was able to turn when it sensed an edge or ran into something. Dustbot would carry a mini broom and dustpan for decoration.^[8][9][10]

In 1990, three roboticists, Colin Angle, Helen Greiner, and Rodney Brooks, founded iRobot.^[11] It was originally dedicated to making robots for military and domestic use. It launched the Roomba in 2002, which was able to change direction when it encountered an obstacle, detect dirty spots on the floor, and identify steep drops to keep it from falling down stairs.^[5] The Roomba proved to be the first commercially successful robot vacuum.^[12] In 2005, iRobot introduced the Scooba, which scrubbed hard floors.

In 1996, Electrolux introduced the first robotic vacuum cleaner, the Electrolux Trilobite.^[5] It worked well but had frequent problems with colliding with objects and stopping short of walls and other objects, as well as leaving small areas not cleaned.^[5] As a result, it failed in the market and was discontinued.^[5] In 1997, one of Electrolux’s first versions of the Trilobite vacuum was featured on the BBC’s science program, Tomorrow’s World.^[13]

In 2001, Dyson built and demonstrated a robot vacuum known as the DC06. However, due to its high price, it was never released to the market.^[14] Electrolux released the Trilobite robotic vacuum cleaner. The Robotic vacuum cleaner launched at a price of $1,800.00. There were two models: the ZA1 and the ZA2.

In 2010, the Neato Robotics XV-11 robotic vacuum introduced laser-based mapping, allowing navigation in straight lines rather than the traditional random navigation.^[15]

In 2015, Dyson and iRobot both introduced camera-based mapping.^[16][17]

In 2016, iRobot CEO claimed that 20% of vacuum cleaners sales worldwide were robots.^[18]

As of 2018, obstacles such as dog feces, cables and shoes remain very difficult for robots to navigate around.^[19][20]

In 2022, ECOVACS launched DEEBOT-X1 Family featuring YIKO^[21] Voice Assistant, which was the industry’s first natural language for home robots with Al voice interaction and control technologies.^[22][23][24]

Main features[edit]

Cleaning modes[edit]

Robotic vacuums have different types of cleaning modes, usually including the following:^[25]

• Auto: This mode is helpful for general cleaning. Typically, the mode cleans a space until the battery runs out.
• Spot: with the help of this mode, the vacuum focuses on a particular dirty zone.
• Turbo: This mode is used to clean and pick up the most dirt and dust, but it may create noise.
• Edge: This mode helps to clean edges and corners.
• Quiet: The mode helps to reduce noise levels while cleaning. It is helpful when the user is at home.
• Remote control: It allows the user to control the direction of the vacuum.

Wet mopping[edit]

Some models can also mop for wet cleaning, autonomously vacuuming and wet-mopping a floor in one pass (sweep and mop combo).

The mop is either manually wet before attachment to the bottom of the robot or the robot may be able to automatically spray water on to the floor before running over it.

Some advanced robot vacuum cleaners have a sensor that detects and avoids mopping in carpeted areas. However, if there is no sensor, most of the robot vacuum cleaner manufacturers add a no-mop zone feature in the app to make robot vacuums to avoid certain areas to clean. These robot vacuums are also capable to mop about 150 m² (1,600 sq ft) in one go.

A robot mop can tackle multiple surfaces and comes with a variety of different cleaning modes, providing options for sweeping, vacuuming and mopping damp or wet floors. Robot mops score better on hard surfaces and are ideally suited for hardwood, laminate and tile flooring types.

Mapping[edit]

The first robovacs used random navigation. This sometimes caused the unit to miss spots when cleaning or be unable to locate its base station to recharge, and did not provide the user a history of which spaces were cleaned.

More sophisticated models include mapping ability. The unit can use gyro-, camera-, radar-, and laser- (laser distance sensor or LDS) guided systems to create a floor plan, which can be permanently stored for more efficiency, and updated with information on areas which have been (or have not been) cleaned. Thus, the cleaning efficiency is greatly improved and the repetition rate is reduced significantly.

Models with a multiple floor plan feature can store several floor plans.

Others[edit]

Anti-drop

Most robots include anti-drop and anti-bump IR sensors.

Anti-winding

When approaching obstacles, the robot vacuum cleaner will automatically turn away.

Anti-tangle

Prevents the robot vacuum cleaner from becoming tangled in cables.

Virtual no-go lines

Virtual no-go lines set boundaries to restrict the unit’s movements to desired cleaning areas.

Quick recharge

Most robot vacuums come with a lithium-ion battery of around 2000 mAh that will last long enough to handle approximately 200 m² (2,200 sq ft) of floor space (about 100 minutes). Regular charge time is five to six hours. Quick recharge allows the unit to calculate the shortest way to recharge (shortcut path) and charge only as much as needed, so it finishes more quickly (automatic cleaning resumption).

Schedule

Scheduled daily cleaning. All-Timetable means a full week of different daily schedules can be programmed.

Connected app

Some models allow control of the unit using an app over a WiFi connection from the user’s smartphone or connected home automation device, e.g. Amazon Alexa and the Google Assistant.

Software upgrades

Some units are able to receive over-the-air (OTA) firmware updates.

HEPA filters

HEPA air filters are industry-standard now^{[as of?]} for robot vacuum cleaners. These remove dust and pollen from the air.

List of robotic vacuum cleaners[edit]

• Electrolux Trilobite – 1996. Named for its appearance, basic functionality and mild functional success. Introduced the public to the concept. Discontinued.^[5]
• LG Roboking – launched in 2001
• Dyson DC06 – 2001. Deemed too expensive; not released.^[5]
• iRobot Roomba – 2002. Basic features on this early iRobot model succeeded in defining the retail category in America.^[5]
• Kärcher RC3000 and RC4000 – sold from 2002 to 2015
• Friendly Vac RV400 – 2004, from Hoover and Friendly Robotics (Robomow); discontinued
• Koolvac – all U.S. models destroyed in 2005 due to a successful patent infringement lawsuit by iRobot
• Ecovacs Robotics Deebot series – introduced in 2007
• iRobot Pet Series – 2008.^[26]
• Dustbot – prototype for street cleanup, 2010
• Neato Robotics XV-11 – 2010.^[27] The Neato had average specifications for its time but implemented a laser mapping system.^[15][28]
• iRobot Roomba 980 – 2015. iRobot implemented camera mapping, a WiFi module, and a smartphone app.^[17]
• Dyson 360Eye – 2015. Marketed as Dyson’s first robotic vacuum, this model included camera-based obstacle detection and room mapping.^[16]
• iRobot Roomba i7 Plus with Clean Base – 2018.^[11] The iRobot consumer lineup now self-empties, docks, and charges, enabling continuous cleaning.
• SharkNinja AI, IQ, and ION Robot Vacuums.^[29]

Open-source designs[edit]

These are open-source designs that can be built using off-the-shelf components and 3D printed parts.

• MARK II – released 2019^[30]
• Cesnietor VacuumRobot – released 2017^[31][32]

See also[edit]

• Automated pool cleaner
• Comparison of domestic robots
• Domestic robots
• List of vacuum cleaners
• Mobile robot
• Open-source robotics
• Robotic mapping
• Wireless sensor network

References[edit]

External links[edit]