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Created byThe Art Of Service

Last updated 3/2015

English

What you'll learn

Find out about the Brain-Computer Interface’s history, benefits and drawbacks.
Examine Neuroprosthetics.
Explore how our brain works.
Learn about the components of Brain-Computer Interface.
Learn the different types of Brain-Computer Interfaces and their function.
Understand how the different types of Brain-Computer Interfaces work.
Learn about Brain-Computer Interface in both animals and humans.
Review the progression of Brain-Computer Interface innovation.
Study tests of Brain-Computer Interface technology and its implications.
Examine the medical and non-medical applications of Brain-Computer Interface.
Know the current technologies used in Brain-Computer Interface.
Learn about the current and future status of Brain-Computer Interface.

Course content

10 sections • 59 lectures • 2h 7m total length

Introduction and Objectives0:23
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

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Section Outline

Lecture 2: Definition and Overview of Brain Computer Interface

Lecture 3: History of Brain Computer Interface

Lecture 4: BCI vs Neuroprosthetics

Lecture 5: Advantages and Disadvantages

Lecture 6: Limitations of Brain Computer Interface
Definition and Overview of Brain Computer Interface3:24
This lecture will cover an overview and definition of BCI.
History of Brain Computer Interface4:42
This lecture will talk about the history of BCI technology.
BCI vs Neuroprosthetics1:25
This lecture will identify the difference between BCI and Neuroprosthetics.
Advantages and Disadvantages0:51
This lecture will identify the advantages and disadvantages of BCI technology.

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Lecture outline:

0:00 Advantages of BCI

0:28 Disadvantages of BCI
Limitations of Brain Computer Interface1:33
This discussion will focus on the limitations of BCI.

Introduction and Objectives0:26
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

.

Section Outline

Lecture 9: How does our Brain Work?

Lecture 10: Understanding BCI

Lecture 11: BCI Components

Lecture 12: Summary
How does our Brain Work?3:09
This lecture will explain how our brain works.
Understanding BCI3:37
This lecture will include a discussion on understanding BCI.

BCI Components3:40

This lecture will identify the different components of BCI.

Lecture outline:

0:00    Introduction of BCI Components

0:52    Signal Acquisition

1:27    Feature Extraction

2:34    Feature Translation

3:21    Device Output

Summary0:35
This lecture will provide a summary of the BCI interface.

Introduction and Objectives0:21
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

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Section Outline

Lecture 15: Introduction to the Types of BCI

Lecture 16: Invasive

Lecture 17: Partially Invasive

Lecture 18: Noninvasive

Lecture 19: Wireless
Introduction to the Types of BCI0:18
This lecture will talk about the different types of BCI.
Invasive1:31
This lecture will discuss one of the types of BCI, namely invasive.
Partially Invasive2:06
This lecture will discuss one of the types of BCI, namely partially invasive.
Noninvasive3:32
This lecture will discuss one of the types of BCI, namely noninvasive.
Wireless5:11
This lecture will discuss one of the types of BCI, namely wireless.

Introduction and Objectives0:24
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

.

Section Outline

Lecture 22: Monkeys Trained to Control Computer Cursor

Lecture 23: Monkey Brain Controlled Robotic Arm

Lecture 24: Rat Car

Lecture 25: Monkey Mentally Controls Robot 7,000 miles Away

Lecture 26: First Direct Interface Between Two Animals

Lecture 27: Harvard Creates brain-to-brain Interface
Monkeys Trained to Control Computer Cursor0:42
This lecture will talk about BCI interface used in animals such as trained monkeys controlling a computer cursor.
Monkey Brain Controlled Robotic Arm1:19
This lecture will talk about BCI interface used in animals such as a monkey controlling a robotic arm.
Rat Car1:05
This lecture will talk about BCI interface used in animals such as the Rat Car.
Monkey Mentally Controls Robot 7,000 miles Away1:30
This lecture will talk about BCI interface used in animals such as a monkey-controlled robot.
First Direct Interface Between Two Animals3:38
This lecture will talk about BCI interface used in animals such as direct interface between animals.
Harvard Creates brain-to-brain Interface3:52
This lecture will talk about BCI interface used in animals such as a brain-to-brain interface.

Introduction and Objectives0:23
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

.

Section Outline

Lecture 30: BCI to Aid the Blind and the Quadriplegic

Lecture 31: Tetraplegic BrainGate BCI Implementation

Lecture 32: BCI Communication over the Internet and Device that let the Blind "See"

Lecture 33: BCI allows Person to Tweet and Control a Robot and Wheelchair by Thought

Lecture 34: Thought Controls Bionic Hand

Lecture 35: Researchers Replace Passwords with Pass Thoughts

Lecture 36: First Human brain-to-brain Interface and First Wireless, Implanted BCI
BCI to Aid the Blind and the Quadriplegic1:38
This lecture will talk about BCI interface used in humans in aiding the blind and the quadriplegic.
Tetraplegic BrainGate BCI Implementation0:43
This lecture will talk about BCI interface used in humans such as the implementation of tetraplegic BrainGate.
BCI Communication over the Internet and Device that let the Blind “See”1:05
This lecture will talk about BCI interface used in humans such as communicating over the internet and making the blind "see".
BCI allows Person to Tweet and Control a Robot and Wheelchair by Thought0:49
This lecture will talk about BCI interface used in humans such as posting tweet messages and controlling a robot and wheelchair.
Thought Controls Bionic Hand3:10
This lecture will talk about BCI interface used in humans such as controlling a bionic hand.
Researchers Replace Passwords with Pass Thoughts3:55
This lecture will talk about BCI interface used in humans such as replacing passwords with your thoughts.
First Human brain-to-brain Interface and First Wireless, Implanted BCI4:32
This lecture will talk about BCI interface used in humans such as brain-to-brain interface and wireless implanted BCI.

Introduction and Objectives0:24
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

.

Section Outline

Lecture 39: Introduction to BCI Applications - Medical Applications

Lecture 40: Invasive BCI Medical Applications

Lecture 41: Nonivasive BCI Medical Applications

Lecture 42: Non-Medical Applications Device Control

Lecture 43: User State Monitoring and Evaluation

Lecture 44: Training and Education / Gaming and Entertainment

Lecture 45: Technological Challenges for Non-Medical BCIs

Lecture 46: System Integration
Introduction to BCI Applications - Medical Applications0:49
This discussion will focus on applications of BCI, specifically for medical purposes.
Invasive BCI Medical Applications5:09
This discussion will focus on invasive medical applications of BCI.
Nonivasive BCI Medical Applications3:48
This discussion will focus on noninvasive medical applications of BCI.
Non-Medical Applications Device Control3:19
This discussion will focus on applications of BCI, specifically for non-medical purposes.
User State Monitoring and Evaluation3:08
This discussion will explain BCI applications in user state monitoring and evaluation.
Training and Education / Gaming and Entertainment2:46
This discussion will explain BCI applications in training and education as well as gaming and entertainment.
Technological Challenges for Non-Medical BCIs6:43
This discussion will explain some technological challenges for non-medical BCIs.
System Integration3:04
This discussion will explain system integration of BCI applications.

Introduction and Objectives0:23
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

.

Section Outline

Lecture 49: Emotiv

Lecture 50: Mindball and Mindflex

Lecture 51: Mindwave

Lecture 52: Neural Impulse Actuator and Interaxon

Lecture 53: MyndPlay Brain Band and Xwave Headset

Lecture 54: Neural Signals and NASA

Lecture 55: Cyberkinetics and Second Life
Emotiv1:24
This lecture will talk about a technology of BCI namely Emotiv.
Mindball and Mindflex1:31
This lecture will talk about technologies of BCI namely Mindball and Mindflex.
Mindwave1:45
This lecture will talk about a technology of BCI namely Mindwave.
Neural Impulse Actuator and Interaxon1:50
This lecture will talk about technologies of BCI namely the Neural Impulse Actuator and Interaxon.
MyndPlay Brain Band and Xwave Headset1:56
This lecture will talk about technologies of BCI namely MyndPlay Brain Band and the Xwave Headset.
Neural Signals and NASA0:57
This lecture will talk about technologies of BCI namely Neural Signals and NASA.
Cyberkinetics and Second Life1:22
This lecture will talk about technologies of BCI namely Cyberkinetics and Second Life.

Introduction and Objectives0:22
In this lecture, we'll discuss some objectives aimed at showing what you can expect to learn from this course.

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Section Outline

Lecture 58: Current Status of BCI Technology

Lecture 59: Future of BCI

Lecture 60: Problems and Prospects: Validation and Dissemination

Lecture 61: Problems and Prospects: Signal-Acquisition Hardware

Lecture 62: Problems and Prospects: Reliability

Lecture 63: Indications and Predictions
Current Status of BCI Technology2:43
This lecture will talk about the current status of BCI Technology.
Future of BCI1:03
This discussion will introduce the future of BCI.
Problems and Prospects: Validation and Dissemination4:12
This discussion will focus on the future of BCI specifically, validation and dissemination.
Problems and Prospects: Signal-Acquisition Hardware2:25
This discussion will focus on the future of BCI specifically, signal-acquisition hardware.
Problems and Prospects: Reliability6:15
This discussion will focus on the future of BCI specifically, reliability.
Indications and Predictions3:11
This lecture will discuss indications and predictions on the future of BCI technology.

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Lecture outline:

0:04 2015 - 2018

0:43 2020 - 2025

1:10 2025 - 2030

1:52 2045

2:08 2060

2:19 2070

2:33 2080

2:47 2090

Final Exam1:00
Now that you've finished your Udemy course, - you are eligible to sit your official Certification exam.

Certification is not mandatory.

Once you've completed the course, email our exam department at support@theartofservice.com to purchase your exam voucher and sit your final exam.
Exam access includes more information to better prepare for the exam including a workbook, sample exam plus the final exam.
Please include the course name in your email for us to send the correct information.
Any questions please contact support@theartofservice.com

You will receive a PDF certificate through your email upon passing the examination.
Conclusion - Final Lecture1:27
A final message from our CEO.

Requirements

Basic understanding of the IT industry
Knowledge of the English language

Description

Brain-Computer Interface or BCI is a rapidly evolving technology that builds a direct channel between the human brain and the computer. BCI is a technology that enforces a collaboration between a brain and a device that enables signals from the brain to direct some external activity. This working together is aimed at either controlling a cursor or manipulating a prosthetic limb. The interface facilitates a direct communications path between the brain and the object to be controlled.

This introductory course will begin discussions on definitions, the history, benefits and drawbacks of BCI. An introduction of how our brain works will also be discussed. The succeeding modules will discuss BCI components, types, BCI in animals and humans, medical and non-medical BCI applications, BCI technologies, and the current and future status of BCI.

Who this course is for:

Anyone looking to gain an understanding of Brain Computer Interface and its practical application in an IT and Non-IT environment.

What you'll learn

Explore related topics

Course content

Introduction to Brain-Computer Interface6 lectures • 12min

Understanding our Brain and Brain-Computer Interface5 lectures • 11min

Types of Brain-Computer Interface6 lectures • 13min

Brain-Computer Interface in Animals7 lectures • 13min

Brain-Computer Interface in Humans8 lectures • 16min

Brain-Computer Interface Applications9 lectures • 29min

Brain-Computer Interface Technology8 lectures • 11min

Current and Future Status of Brain-Computer Interface7 lectures • 20min

Course Resources1 lecture • 3min

Brain Computer Interface Certification2 lectures • 2min

Requirements

Description

Who this course is for: