How Does Computer Processing Compare to Human Thinking?

In addition, Stanley Fish wrote a column on his view on Watson in the New York Times. Fish thinks computers are just calculations. For example, he has a program [his computer] to guide it through the completion of a word before beginning with "examining" the database of words I used. I already entered a letter. "There is nothing to do with intelligence rather than calculations," he concluded, he concluded that the computer is based solely on the calculation.

The computer has several main parts. When comparing a computer with the human body, the CPU is like a brain. It does the majority of "thinking" and tells other parts of the computer how it works. The CPU is on the motherboard like a skeleton. It provides a basis for the location of other parts, with nerves and CPUs connecting them to each other. The motherboard is connected to the power supply to supply power to the entire computer. The various drives (CD drive, floppy drive, and many new computers, USB flash drives) work like eyes, ears, and fingers, allowing the computer to read various types of storage. . A hard drive is like a human memory and keeps track of all data stored on a computer. Most computers have sound cards, or other sound creation methods such as vocals and voice boxes.

The human brain is neither like a computer nor a computer like a human brain. Computers can perform a "neural network" process, but they are inspired by cranial nerve cells, but are not self-organizing and adaptive. Furthermore, machine learning teaching a computer to operate in a manner not explicitly programmed to execute is not a substitute for human learning. It turned out that machine-based knowledge far exceeds the human brain's ability to memorize knowledge, understanding and understanding. Therefore, people tend to rely more on machine-based knowledge and this knowledge is always "online" accessible, so there is the additional advantage of not having a reservation.

Humans are getting closer and closer to making computers that can be thought of as feeling. Although little process of the human brain is known, computer scientists are trying to imitate human ability to feel and understand emotions. In this article we will explore the times when computers can have emotional depth and what they mean for future computer dialogue. In experiments among people disguised as computers, the Turing test was reverse engineered to understand the role played by computers as they master the human thought process. Discussed the significance of this research and pointed out the direction of future research