Computer Ethics PowerPoint

Review your initial post from this week’s discussion activity on computer ethics. Use Microsoft PowerPoint to create a presentation based on your initial computer ethics discussion and associated research. To view a brief 'How To' video for creating a PowerPoint file for this assignment, click on the video in your course shell: Creating a PowerPoint (access this link through your online course)

Your presentation Should:

• Identify the key points you want to highlight.
• Contain a minimum of three slides in the body of the presentation.
• Each slide in the body of the presentation should have no more than three bullet points.
• Each slide must include animation.
• Include graphics, audio, video or embedded links as needed to support and enhance your topics.

In addition:

• Create a title slide that that includes a Title of PowerPoint, Students Name, Course Number & Title, Instructor's Name, and Date, in that order.
• Create a reference slide that identifies all sources used within the presentation (including graphics or other multimedia)
• Format your references according to APA style as outline in the Ashford Writing Center, and use in-text citations where necessary throughout the body of your presentation.

 

 

I HAVE ATTACHED WHAT REFERENCE I WOULD LIKE TO USE.

 

The article I chose from the Ashford University Library’s ProQuest Newsstand data basewasWill Robots Replace Humans? written by Mike Collins. The article is based around the ideaof when will computers become self aware and out match humans with intelligence. With thecontinuous shrinking of microprocessors and the addition of more transistors, many dailyfunctions have already been replaced by computers or robotic elements. The human brain andthat of a would be robot, have several differences that would keep us humans on top of the foodchain. Human brains have neurons that communicate with one another to help the brain learn,think, perceive and store memory and a multitude of other things. Unlike computers, the braincan re-wire its neurons to learn and adapt to create analogue neural networks by doing andremembering (Collins, 2014).It all starts with an understanding of the human brain. The brain is not designed the sameway as a digital computer. It is a kind of analogue neural network that encodes information on acontinuum. The brain has its own unique system guiding the thinking process connected byneurons.However, the way such neurons communicate and work is totally different from adigital computer. Neurons are the real key to how the brain learns, thinks, perceives, storesmemory and a host of other functions. Each neuron is a living cell and a computer in its ownright. Unlike computers with fixed architecture, the brain can constantly re-wire its neurons tolearn and adapt. Instead of programs, neural networks learn by doing and remembering, and thisvast network of connected neurons gives the brain excellent pattern recognition.It is important to point out that the brain does not work like a computer. Unlike a digitalcomputer, which has a fixed architecture (input, output, and processor) neural networks arecollections of neurons that constantly rewire and reinforce themselves after learning a new task.Just how the brain can access the right neurons to gather the relevant information for theconscious mind to think is still unknown. Every time the brain has a new thought or perception,it finds the neurons storing the information in many different parts of the brain. This search andrecover operation changes every second, so the creation of artificial intelligence that mimics thebrain and the brain's capacity for self-awareness will probably not occur in a silicone basedcomputer.Two issues with digital computers that would keep them from replacing humans completely isprimarily that demands and calculations must pass through the CPU which eventually slowsdown its program (Collins, 2014). The second being the amount of energy it would require toreplicate the processing speed of the human brain. With these main issues in the way an artificialbrain operations compared to that of a human’s keep this from becoming reality.ReferenceCollins, M. (2014). Will robots replace humans? Food Manufacturing, Retrieved fromhttps://search.proquest.com/docview/1629409523?accountid=32521

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