ROBOT(S)

Just as a real swallowtail would, the robot's body undulated up and down in flight.

The robot's "head" has an array of sensors that give it the odd appearance of a cross between a bug and a dog.

added the robot's hand and juxtapose it to the head so it looks as if in "sushhhhh! ! " action.

The Robot's path planning problem is to find a feasible path from a beginning to a goal in configuration space.

The latter method can be applied to the fuzzy control of the quadruped robot's servo system and has a good effect.

Vision sensors in the robot's head, as well as pressure sensors in its fingers, allow it to manipulate parts with near-human precision.

The material on the robot's conveyer belt, which MIT calls a "paper towel for oil spills, " can absorb up to 20 times its weight in oil.

If the robot's artificial emotional intelligence includes a tendency to feel lonely or abandoned, I can simply switch it off until I return.

Robot's father, buys him a trumpet, "The trumpet is loud and clear. you can be respected in the band. "

The analysis of the micro-robot's movement room is always the key tec hnique in the research of the robot.

The motor that drives the robot's tail and a curved, girder-like stabilizer bar attach to the robot's upper body.

The robot's action is the basic element of the activities, for the robot, good action design is the important pledge to implement strategy.

The parallel robot's force feeling static model and related issues can be used to judge if the links are safe in any cases.

The dynamic grasping area (DGA) is applied for grasping control of a space robot's capturing a floating target.

The doctor's face appears on the robot's screen, and he or she interacts with the patient through the real-time video.

Because of the robot's flexibility and capability, it is able to handle additional over-wrap at the top of the load.

Experimental result indicated that the calibration method could perform robot calibration and improve robot's accuracy.

The robot's biological brain is made up of cultured neurons that are placed on to a multi-electrode array (MEA).

The conversion relation of the omnidirectional mobile robot's absolute coordinate system and the bodywork's coordinate system was given.

Both theory research and simulation analysis have provided a valid reference for the shape shifting robot's potential application.

The experimental results show that the proposed method can effectively enhance the robot's adaptability and intelligence.

The experimental indicate that method can giv the optimal solution of robot's path planning with a high probability.

The robot's brain fuses all the information gathered by its sensors and updates the map of its world.

The kinematics analysis makes the calculation of falling down torque easier, and is helpful for robot's control.

We adopt stereo vision techniques to localize robot's location using the known landmarks when the robot navigates in an indoor environment.

Every sensor computer broadcasts its obstacle list to all other sensors and to the robot's central path-planning computer.

Known the aim and demands of the soccer robot's control system algorithm through the rules of the game.

A super precise optical odometer built to slide on the robot's axle does not fit together properly.

They are positioned between adjacent street corners, effectively blocking a robot's direct path from one corner to the next.

With the increasingly widespread application of the robot, the robot's joint control has become the key point of research.

The mobile robot's information about environment acquired from sensors is dynamic and indefinite when it's working.

I'm looking at the robot's eyes. It's so strange! Every time it takes a step, its left eye rotates once.

The robot's overall behavior is emergent, and, according to BBR proponents, can be greater than the sum of its parts.

The situation is rooted in the medical field, where the robot's duties involve reminding patients to take their medicine.

At last, due to the need for research, the second half design a complex environment quadruped robot's mechanical system.

Actuators are basically motors and are attached to effectors, which interact with the robot's environment.

A second component, an "ethical adapter, " would restrict the robot's weapons choices.

For robot's forward speed and self-rotation speed to use expert PID control, realized soccer robot's trajectory tracking.

Ompa robot mate adopt scientific mechanics balance principle to multiple the robot's payload capacity without additional energy consumption.

In this paper, the characteristic of robot's system structure was analyzed. The structure model and task model were given.

But like any electrical device , a robot's energy runs out quickly, and the robot has to be plugged in to recharge.

I can easily see a person sobbing in a robot's arms, wondering why the marriage feels so . . . empty.

The research topics include approaches of robot's pose tracking, Markov localization, Particle Filter and other improved PF method.

The researchers made some video of robot's expressions that are disturbingly lifelike.

The modular nature also means the robot's length can be adjusted easily as needed.

The idea that someone's brain could directly control a robot's action has been around for a decade.

Robot's brain is installed in a mainframe computer in the decision-making system.

The robot's motion control is accomplished by the two system's coordination.

The robot's entire body is covered in a soft skin to ensure the comfort of patients.

He hopes to sell advertising space on the robot's hood and fin for half a million dollars but has found no buyers.

Every intelligent agent in the multi-robot's system needs to communicate with each other to complete the task cooperatively.

The robot's wings not only beat up and down, but also twist at specific angles along the wingspan in the same way that a real bird does.

"What do you want me to do? " Mr. Beltzner asks, his voice piping from twin speakers in the robot's chest.

According to the principle of Chinese cooking, make out the automatic cooking robot's feeding action.

With regard to soccer robot's legs: The legs of soccer robot is a robot left and right wheels.

There's probably more than one way to accomplish this, but you'll do it by mounting a sonar sensor on the robot's left side.

The user can track the robot's whereabouts by using a Skype video connection with the laptop.

The robot's minimal use of materials and lightweight construction will help reduce resource and energy consumption.

Moreover, HR's patented DURAS architecture has become the standard platform for all Dr Robot's mobile designs.

The problems severely affected the in-pipe robot's usability and security.

Accurate control of the robot is a hard task because of complex unknown environment in deep seabed and robot's own characteristics.

Therefore, we cannot use Robot's object-recognition method, since there are no objects inside the terminal window.

That's right, a researcher uses his brain to directly control the robot's movements.

Stress does not affect a robot's judgment in the way it affects a soldier's.

Locking failure joint after the robot's joint fails, a simple and reliable way, is increasingly paid more attention to by scholars.

The robot's stereophonic hearing conveyed the answers.

Locking failure joint may cause a series of affection on robot's kinematical performance.

An algorithm using grid for robot's path planning was proposed.

Based on the max-mm ant algorithm, combined with the typical problem of Robot's path planning, the planning arrived a new approach.

Now look at Listing 8, which has the same logic for handling the robot's states, but this time puts the logic into the state pattern.

For instance, if the dreamer's eyes looked left, so did the robot's.

This robot's job is to take apart bombs that may go off.

I touched the robot's stomach. 'In there, ' I answered.

The mobile robot's height is variable up to around 1. 75 meters and it weighs 16 kilograms.

The robot's being totally autonomous.

In this paper, the robot's foot is a DC electromagnet in fact.

Then this paper studies the solution for the P4P problem, which is used in the mobile robot's position calculation.

In future, we will improve the robot's hardware, do some experiments by using the hardware encode.

Your robot's batteries should last for 2 months.

Thus, all the robot's turns will be 90-degree left or 90-degree right turns.

We must specify both the robot's location (which corner it is on) and what direction it is facing.

I only take care of the robot's business, and can't walk something to save for the Earth mankind, I.

Use the robot's image sensor to unconditionally locate the lever to open the hood (locate function).

Analysis and simulation of a robot's spatial motion contrail for wielding car-body-in-white

Robot's Rebellion: Finding Meaning In The Age Of Darwin

Design of the Wall-Climbing Robot's Tracked Sucker Based on Multi-Body Magnetic Gradual Alternate System

The Analysis of the Straw Checkboard Barrier Paving Robot's Paving Wheel Structure by the Finite Element Method

Research on "Dragon of Puncturing Mud" Robot's Pneumatic Impacting Device Performance Test System

Study on robot's end-executor for outer surface inspection of pressure containing pipe in heat exchanger of boiler

Reliability Plan in the Arrangement of a Robot's Workspace

Analysis of Permanent Magnetic Tracked Wall-Climbing Robot's Turning Agile Capability

Influence of Biped Walking-chair Robot's Walking Parameters on its Stability

Location Error Compensation at Endpoint of a Manipulator Based on Robot's Wrist Force Sensor

The kinetic analysis of cartesian co-ordinates welding robot's cantilever torch

Study on State Transition Method for Humanoid Robot's Complex Motion Planning

Design on Robot's Software System for Outer Surface Inspection of Boiler Pipeline

Lake Water Trash Rack Robot's Natural Language Understanding System

Application of Bluetooth Technology for Robot's Hand Control System

Design of a robot's special hand mechanism

A simple arithmetic for Robot's inverse kinematic problems based on parallel mechanism

Robot's Tools Exchange and Use Managed by External Host Control Computer

a trajectory planning of humanoid robot ' s leg for playing football

Research of Applying Kalman Filters to Soccer Robot's Track Creation

Application of Magnetic-Latching Relay in Wall-Climbing Robot's Integration Control Based on Servo Controller

The Optimized Design for Gelatinize Robot's Controller

Application of neural networks in the biped robot's gait programming

Robot's Dynamic Tracking and Obstacle-Avoiding Based on Evolutionary Artificial Potential Field

The Application of BP Neural Network in Robot's Trajectory Planning

A Study on Subminiature Hexapod Walking Bio-robot's Tribology

Study on Stability of Industrial Robot's Controlling

Research on tracking technique of service robot's color tag

The Research on Robot's Trajectory Planning in Joint Space

Research on the Robot's Flexible Polishing System

Compensating Control of Robot's Friction

Bionics crab-liked robot's single leg control system

The Research of Transform Angle in Robot's Machining

Development of intelligent robot's thermal feeling

A new type of PD fuzzy control applicable to robot's path tracking

Technology of Robot's Safe Obstacle Avoidance Based on Multi-Ultrasonic Sensor

Progress in the research on robot's sensitive skin

Optimization of Soccer Robot's Basic Motion Based on Predictive Fuzzy Control

The Study of Invasive Diagnosis Robot's Drive System

Fuzzy Control of Robot's Wall Following

Research and Practice the Three Sensors's Signal Handle System of Robot's Machine Hand

The Study of Robot's Path Planning in Dynamic Environment Based on Fuzzy Neural Network

Research on Robot's Rotary Joints Based on Reverse-rolling Screws

The automatic ball-casting robot's control system based on PMAC

granted , we can t rule out the robot s proximity