11 - Abm Section 3

1. It is to forced labor/robot/work

2. First Commercialized Robot

3. robotic vacuum cleaners

4. Humans have a problem with humanoid robots that looks like a human, the more realistic/ the more the robot looks more human the more attention/affinity/charisma robot gets humans

5. Robo water, I would put water proof body parts for it since it's for watering plants and I would build it as a drone

6. My concerns on the robots that are increasing/improving in various fields are good because they are more likely programmed to help humans

7. Gen 1 - Gen 2 - Final

8. You need to plan first before building a robot, you always need to plan for something for example: you should compute the price of the parts that you will use the program of the robot, the purpose of it and etc.

9. Robots can be helpful in many dangerous environment like the robot in mars no human can go to mars right now but soon so robot are the best for the job rn

10. Drones can be used in many fields such as watering plants, warfare, uav and more.

2.The first industrial robot ever built

3. The name of the robots Proximity sensors

4.Advancements in artificial intelligence, robotics, and computer graphics have led to the development of life-like virtual humans and humanoid robots.

5.Innowise's robotics team has built an IRIS – an automated IoT-driven robot to water plants

6.machine end-user perceptions, privacy, accountability, and the robot/ human rights, design of ethical machines, and technological singularity

7.manipulator arms, mobile robots, and stationary robots

8. The process of breaking down a desired movement task into discrete motions that satisfy movement constraints and possibly optimize some aspect of the movement

9.to find and get rid of these bombs and explosives

10.reduce energy use by up to 94 percent when compared to other vehicles

11-Gas

1.forced labour

2.The first industrial robot ever built

3. The name of the robots Proximity sensors

4.Advancements in artificial intelligence, robotics, and computer graphics have led to the development of life-like virtual humans and humanoid robots.

5.Innowise's robotics team has built an IRIS – an automated IoT-driven robot to water plants

6.machine end-user perceptions, privacy, accountability, and the robot/ human rights, design of ethical machines, and technological singularity

7.manipulator arms, mobile robots, and stationary robots

8. The process of breaking down a desired movement task into discrete motions that satisfy movement constraints and possibly optimize some aspect of the movement

9.to find and get rid of these bombs and explosives

10.reduce energy use by up to 94 percent when compared to other vehicles

1. 1.forced labour

2.The first industrial robot ever built

3. The name of the robots Proximity sensors,These include senses, movement, energy, and intelligence. Robots must be able to sense things around them. Unlike people, they don't have eyes, ears, noses, or hands to help them.

4.Advancements in artificial intelligence, robotics, and computer graphics have led to the development of life-like virtual humans and humanoid robots.

5.Innowise's robotics team has built an IRIS – an automated IoT-driven robot to water plants

6.machine end-user perceptions, privacy, accountability, and the robot/ human rights, design of ethical machines, and technological singularity

7.manipulator arms, mobile robots, and stationary robots

8. The process of breaking down a desired movement task into discrete motions that satisfy movement constraints and possibly optimize some aspect of the movement

9.to find and get rid of these bombs and explosives

10.reduce energy use by up to 94 percent when compared to other vehicles

11-humss section -2

Teacher-Danelle

1.)FRIDAY FACT: The word 'robot' comes from a Czech word 'robota', which means 'forced labour'. It was first seen in 1920 in a play called Rossum's Universal Robots by Karel Čapek.

2The Unimate was the first industrial robot and was a significant milestone in the history of robotics for several reasons:

Automation

The Unimate was used to automate repetitive tasks in factories, such as welding and metalworking, which were often too dangerous or taxing for humans. This helped transform the auto industry into a more automated space.

Programmability

The Unimate was programmable and could repeat sequences of up to 200 movements. It was programmed using a language called VAL, which allowed users to specify the robot's position, movement, timing, and sequence of operations.

3I would like to design a robot that when shown a kitten, immediately wants to play with it.

Before you click away, understand that I build robots all the time, I and others in this industry can build a robot with pretty much any capabilities limited only by funding.

But we cant build that. And I don’t just mean a machine that can feel the softness and warmth and kitteny smell of a kitten. I could perceive ways of doing that even if some of thats a few years away yet. But to understand the concept of play and feel the helplessness of kittens and to want to interact with them. To feel joy. to understand nurturing and protection. We are a long long way from even getting hints of these things in intelligent systems, yet if we are to avoid conflict with our silicone friends, these concepts need to be developed and integrated into all our little helpers. A lot of serious players in our game are concerned about the dangers of AI. personally I’m optimistic but before we release an AI into the wild they need to understand kittens

4The uncanny valley effect is a psychological phenomenon that describes the feeling of unease or strangeness that people experience when interacting with objects that are almost human-like but not quite. This effect can impact the development of humanoid robots in a number of ways, including

5Abstract and figures

Now days, due to busy routine life, people forget to water their plants. In this paper, we present a completely autonomous and a cost-effective system for watering indoor potted plants placed on an even surface. The system comprises of a mobile robot and a temperature-humidity sensing module. The system is fully adaptive to any environment and takes into account the watering needs of the plants using the temperature-humidity sensing module. The paper describes the hardware architecture of the fully automated watering system, which uses wireless communication to communicate between the mobile robot and the sensing module. This gardening robot is completely portable and is equipped with a Radio Frequency Identification (RFID) module, a microcontroller, an on-board water reservoir and an attached water pump. It is capable of sensing the watering needs of the plants, locating them and finally watering them autonomously without any human intervention. Mobilization of the robot to the potted plant is achieved by using a predefined path. For identification, an RFID tag is attached to each potted plant. The paper also discusses the detailed implementation of the system supported with complete circuitry. Finally, the paper concludes with system performance including the analysis of the water carrying capacity and time requirements to water a set of plants

6Design a simple robot that could assist with a specific task, such as watering plants. Describe its components and how it would function.

7The three main categories of robots are simple, middle, and complex:

Simple: Pre-programmed machines that can only perform one task

Middle: Machines that can perform multiple tasks, like an automatic washing machine

Complex: Machines that can perform multiple tasks and whose programming can be chang

ed

8Robot path planning is defined as the process of designing a collision-free route with the shortest distance and least time for a mobile robot to travel autonomously from a starting point to an end point.

9Robots are used in many dangerous environments, including disaster zones, underground, and underwater, to perform tasks that are too dangerous for humans:

Search and rescue

Robots can help search for people in disaster areas that are difficult to reach, such as after an earthquake or flood. They can also be used to search inside rubble and climb over obstacles.

Bomb disposal

Robots can be used to defuse bombs or explosives that have been left behind after a war.

Mining

Robots can be used to mine valuable materials like coal and minerals without putting human miners at risk.

Deep-sea exploration

Robots can withstand the immense pressure of the deep sea and capture images and data from the ocean floor.

Nuclear plant maintenance

Robots can be used to inspect and repair underwater pipelines, cables, and other infrastructure in nuclear power plants.

Cleaning up chemical spills

Robots can be used to clean up chemical spills that are hazardous to humans.

Furnace tapping

Robots can be used to stir molten metal at temperatures of up to 2000°C to remove waste by-products.

Robots can also perform tasks that are repetitive or require awkward motions, protecting workers from mus

culoskeletal injuries.

10The latest standard of Inspections embraces drones that master the art of data collection efficiently. UAV technology has encouraged industries in diverse practices. However, with all the advantages come a few downfalls. Though Drones aim for perfection, they have not been crafted flawlessly. Examine the subsequent 10 major Pros and Cons of UAV drones and discover more about everything drones have to offer!

1. Forced Labor

2. Unimate is the first commercialized robot in 1960s.It helped automate manufacturing tasks in factories, like welding and lifting heavy materials, and marked the start of industrial robotics.

3. Can be obstacle sensor which is avoid furniture and dirt sensor which can sensor that finding dirty spots

4. The uncanny valley is when robots look almost human but not quite,making people feel uneasy.This effect makes designing human-like robots challenging because realistic designs can sometimes feel creepy.

5. The components of robot is soil moisture sensor,pump and wheel.His function can check each plant's soil moisture and if it's is dry,it uses pump to water the plants.

6. In healthcare, robots may invade privacy or take away human jobs.In transportation, self-driving vehicles bring up safety and accountability issues.Overall it is crucial to ensure robots make ethical decisions.

7. The three main categories of robots discussed in the lecture is manipulator,mobile and humanoid

8. Planning is when a robot decides the best way to complete a task, like figuring out the safest route to move from point A to point B.

9. Robots are widely used in bomb disposal operations. They can inspect,handle,and neutralize explosives,protecting human personnel from risk.

10. Drones help in areas like farming monitoring crops and delivery.

1.forced labour

2.The first industrial robot ever built

3. The name of the robots Proximity sensors

4.Advancements in artificial intelligence, robotics, and computer graphics have led to the development of life-like virtual humans and humanoid robots.

5.Innowise's robotics team has built an IRIS – an automated IoT-driven robot to water plants

6.machine end-user perceptions, privacy, accountability, and the robot/ human rights, design of ethical machines, and technological singularity

7.manipulator arms, mobile robots, and stationary robots

8. The process of breaking down a desired movement task into discrete motions that satisfy movement constraints and possibly optimize some aspect of the movement

9.to find and get rid of these bombs and explosives

10.reduce energy use by up to 94 percent when compared to other vehicles

11 Abm Section 3

the purpose of my robot is he/she can do house chores immediately

Robots can help search for people in disaster areas that are difficult to reach, such as after an earthquake or flood. They can also be used to search inside rubble and climb over obstacles.

Bomb disposal

Robots can be used to defuse bombs or explosives that have been left behind after a war.

Mining

Robots can be used to mine valuable materials like coal and minerals without putting human miners at risk.

Deep-sea exploration

Robots can withstand the immense pressure of the deep sea and capture images and data from the ocean floor.

Nuclear plant maintenance

Robots can be used to inspect and repair underwater pipelines, cables, and other infrastructure in nuclear power plants.

Cleaning up chemical spills

Robots can be used to clean up chemical spills that are hazardous to humans.

Furnace tapping

Robots can be used to stir molten metal at temperatures of up to 2000°C to remove waste by-products.

Robots can also perform tasks that are repetitive or require awkward motions, protecting workers from mus

culoskeletal injuries.

1.rossum's universal robots

2.the 1961 the first robots have bi found

3.the cleaning robots because the cleaning robots are the most useful in our life

4.the problem in human is make more and more robots

5.robots cutting because it's help us to cut wood and more

6.its take the robots for human for service

7.the tree robots is mobile robot , farm robots, helping robot

8.its take about more than years because the robot are useful to us

9.there are more have no work human because the robot take us

10.the drone its help us to get more pictures to use.

These include senses, movement, energy, and intelligence. Robots must be able to sense things around them. Unlike people, they don't have eyes, ears, noses, or hands to help them.

1. Forced Labor

2. It looks like a human arm that you can use in many ways

3. Domestic

4. Uncanny valley is when a robot looks like the same as you, many people are getting scared because they don't know who to trust

5. It is called planter. It's flying and it help us to water the plants and check it. It is less hassle to those people , it can also help to save your time.

6. For me robots can do mistakes in healthcare, for example robots can't review the full health status of a person, we also need a doctor, robot can't do many things so in short don't always rely on robots

7. Manipulator, mobile and humanhold

8. We always need to plan first because we need to make sure that were building the right robot and right functions

9. Robots can harm in humans like some of them can don bad things to human, or many robots can be part of illegal bomb

10. It helping us to check the parts that people can't do , helping people to save time, also like watering plants and checking.

1. forced labor

2. it is like a human arm and u can have it if you have no arm and it can do many ways.

3. domestic

4. its look like the same as you and the impact of this is some people are afraid because they don't know who they are interacting with if it is a robot or a human because they almost have the same face

5. flying robot and the components of this is flying and the function is they help us to watering some plants

6. its not good for transportation because we can't really say that they can drive. and the system might suddenly get an error and then those who ride it will have an accident

   
   

7. manipulator, mobile, humanhold

8. it is necessary to plan because to make sure that the robot will be developed and its function will be correct

   9. robots can harm to people like bombs to comrades in war who release a bomb because it can explode

   10. it can help us to less hassle and they can check and watering the plants.

Dog dishwasher my bedroom

1.forced labor or servitude

2.The Unimate was the first industrial robot ever built.

3.

4.The uncanny valley hypothesis predicts that an entity appearing almost human will risk eliciting eerie feelings in viewers

5.is comprised of an Arduino microcontroller, wheels, motors, motor drive, water tank, water pump, a wireless ...

6.cus on the ethical issues linked to the interaction between humans and robots in a service delivery context.

7.There are three main types of robotic systems: manipulator arms, mobile robots, and stationary robots.

8.Robot control refers to the process of managing the movement and behavior of robotic manipulators, which involves methods such as optimal control, time-optimal ..

9.Rescue - Robots can be used to rescue people from dangerous places. This could be during natural disasters such as earthquakes or floods, or when a building is too dangerous for human rescuers to enter. Bomb Disposal - After a war, there may still be bombs or explosives that have been left behind on the ground.

10.Last mile delivery and short to medium distance transportation

11- section 2

1.) The Czech word robota means "forced labor" or "drudgery."

2.) The Unimate is considered one of the most significant milestones in the history of robotics. Created by American engineer George Devol and entrepreneur Joseph Engelberger, Unimate was the world's first industrial robot, introduced in 1961.

3.) designing an effective household cleaning robot requires integrating a variety of sensor that eneble the robot to navigate

4.) the uncanny valley effect is a psychological phenomenon that occurs when humanoid robot or animated figure closely resemble a human but still has substle

5.) estimate and measure the existing plant and then supplies desired amount of water needed by that plant.

6.) Patients will lose empathy, kindness, and appropriate behavior

7.) manipulator arms, mobile robots, and stationary robots

8.) the process of breaking down a desired movement task into discrete motions that satisfy movement constraints and possibly optimize some aspect of the movement.

9.) to rescue people from dangerous places.

10.) reduce energy use by up to 94 percent when compared to other vehicles.

1. force labor

2. the unimate is widely regarded as the first industrial robot and a groundbreaking invention in robotics history.

3. designing a house-cleaning robot requires a variety of sensors to ensure it can navigate safely detect and clean dirt, and operate effectively in a home environment.

4. the uncanny valley effect is a phenomenon in which a humanoid robot or virtual character appears almost but not quite, human.

5. designing a simple plant-watering robot requires a focus functionality and efficiency.

6. the increasing integration of robots across fields like healthcare, manufacturing and service industries has introduced a range of ethical concerns.

7. industrial robots

service robots

mobile robots

8. planning refers to the process by which a robot determines a sequence of actions needed to achieve a specific goal or task.

9. robot can harm to people like illegal bomb

10. drones also known as unmanned aerial vehicles (UAAV).

My drawing is cutting robots it's cut wood and etc that's all

1.forced labor

2.it helps in making work easier

3.laser range sensor and navigation sensor

4.it obstrucks the development and creation of robots

5.a mini cleaning robot.it would have sensors and a vacuum to clean the floor

6.it decreases job application and might malfuntion

7.it's manipulator. Humanoid. And mobile

8.planning is the process in making a desired motion or movement

9.sending a robot outerspace in order to make space stations

10.it decreases the needed labor force and cost but decreases job application

11-ICT

Section 1

1.the meaning of robota is Forced Labor

2.Appeard in 1961, a robotic arm maid of metal links and joints

3.Touch sensor and vision sensor

4.The affect of uncanny valley, is to make people feel uncomfortable, and to way look lika a humanoid

5.Karaoke robot/walking karaoke, the functions of this robot is, it can walk over to people, who wants to sing and it has a voice recognition, so you can say the name of the song, and it can automatically direct at the song you want, it can suggest song by what mood you are.

This will be helpful for karaoke lovers, because you can now just sit and relax while singing as the robot will go to you.

6.Job loss

7.The 3 categories of of robots is manipulator, mobile and humanoid

8.Planning, We need to plan you can’t just make anything without planning because planning make the work or a work more efficient.

9.The robot in mars, mars could be a dangerous planet, the robot will help us if the planet is safe and what minerals are included in mars, we can’t say if the scientist or astrounats landed there.

10.Helping people on there jobs or protecting a curtain places

Humss 11/ Section 3

11-07-24

Ms. Danelle Espartero

1. Forced Labor/Robot

2. Unimate is the first conceptualized robot that appeared in 1961

3. Domestic robots

4. Uncanny valley effect when the robots look too much like a human being. It kinds of scares the peoplebecause of how humany they look

5. Organization robot. It can organize all pf the messy things arpund us.

6. healcare concerns- we are not sure if the robots can really take up the worl of the doctors, it's not trusted enough for us living being.

7. Manipulators, Mobile, Humanoid

8. Learning how to make one, Brain storming

   ideas, canvas the needs.

9. military robots, used when you need to bomb explosive such us places/hideouts.

10. Drones are a controversial in the usage of a welfare. It can help the farmers to do their work, tale such shots in the air where people can't take.

11-Humss/Section 3

11-07-24

Ms. Danelle Espartero

Ms. Danelle Espartero

1 forced labor

2 first commercialized robot in 1961

3.For a cleaning robot, I think the most crucial sensor would probably be a combination of ultrasonic sensors and cameras. The ultrasonic sensors help it detect obstacles and navigate around furniture, while cameras can help it recognize different surfaces and spots that need cleaning.

4.The uncanny valley is a fascinating concept in robotics and AI! It describes the unsettling feeling people get when they encounter a robot or animated character that looks almost human

5.a robot can provide own water to secure the plants

6.adressing these ethical concerns is essential to ensure the robotics technology enhances human life

7.manipulator, mobile and humanoid

8.planning is important for creating a robot planning what it's look like what we need and the function of the robot

9.a robot in the hospital because if the robot is error the human might be die because the human depends in the robot

10.drones can be used for catching some criminals and finding a missing person

1. forced labor/robot

2. the 1961 the first robots have be found

3.

4. an entity appearing almost human will risk eliciting eerie feelings in viewers.

5. estimate and measure the existing plant and then supplies desired amount of water needed by that plant

6. patients will lose empathy kindness and appropriate behavior

7. manipulators mobile humanoid

8. learning how to make one brain stroming ideas canvas the needs

9. sending a robot outerspace in order to make space station's

10. drones also known as unmanned aerial vehicle's (UAAV)

This robot helps in industry or help in carrying boxes.

to control the computers.