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Artificial intelligence commonly known as AI is a machine mostly computerized robots exhibit, https://seifertforgovernor.com says. An intelligent device, especially in communication and information technology as well as architecture, is a flexible rational agent that detects its surrounding and acts purposely to maximize its success in a given task. Artificial intelligence is when machines, majorly computer controlled robots mimic cognitive functions of human beings such as problem-solving and learning (Brooks 253-262).

The use of artificial intelligence is prospering in many large size companies through various applications to model large domains and techniques that people have developed and used in research. However, Brooks argue that despite the success, the system symbol hypothesis that the classical artificial intelligence is mostly flawed, and imposing extreme limitations on the fitness of the artificial intelligence progeny (Brooks 253-262).

The fundamental problem of the conventional artificial intelligence according to Brooks is that none of the modules can generate the behavior of the total system individually. Instead, the individual modules must be combined to attain any response from the system which is only possible if the combination of the modules succeeds. To improve the competency and effectiveness of the entire system, one must first improve the efficiency of the individual functional modules that make up the system as a whole (Matarić 81-93).

Brooks proposes Nouvelle artificial intelligence, as an alternative approach based on the physical grounding hypothesis. The thesis provides methodology different from the primary symbol system hypothesis that the classical artificial intelligence depends on (Matarić 81-93). The physical grounding hypothesis provides various methods that help construct intelligent systems from the systems used for the past three decades.

The new method depends on individual capable modules whose decomposition into different behavior which coexists and cooperates allowing more practices that integrate and merge forming more complexes behaviors.  The new approach that Brooks refers to as Nouvelle artificial intelligence module based on the physical grounding hypothesis (Brooks 3-15).

The assumption is essential as it states that to build an intelligent system with all its representations grounded in the actual physical world. The essence of the hypothesis is its ability to move in the current dynamic environment and sensing the surroundings sufficiently to obtain necessary life maintenance and reproduction system.

An example of the Physical Grounding Hypothesis as an explanation for artificial intelligence is the period of evolution which is a part of the physically grounded part of the animal systems. The Allen, Tom and Jerry Robots are examples of robots that Brooks uses to demonstrate the application of physical grounding hypothesis for artificial intelligence (Brooks 3-15). To overcome the objections to the grounding physical theory, Brooks has applied the subsumption architecture which enables people to firmly connect their perception to action that embeds robots concretely in the world.

Brooks points out that the world is its model since human beings have evolved into intelligent entities, a proof of evidence of the hypothesis. The people developed from single cells that evolved to make a complex and complete creative people (Brooks 3-15). Brooks refer to the article as elephants do not play chess since for a task to be completed; there is the need for increased coordination between the vision, language, sound processing as well as the hand and eye which metaphorically elephants do not possess, representing the inadequacy of robots.

In conclusion, Brooks points out that the physical grounding hypothesis faces future limitations such as how to automate efficiently the construction of individual behavior generating modules and their modification. There is a need to test limitations of the hypothesis through building more autonomous robots that can do much in the physical world hence enhancing the development of the artificial intelligence.

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As per software testing company, AI is a technology where machines are designed with softwares so that they can behave like a human being with simulation of human intelligence. This includes learning and understanding power, self-correction, reasoning or perception.

AI is categorized into two parts i.e. Weak and Strong AI. Weak AI is an AI where machine is designed for a particular task only whereas Strong AI is an AI in which system is designed almost every human abilities.

Most common examples of AI technology:
- Machine Learning: Machine learning is an algorithm that allows applications to become more precise in predicting outcomes without using programming.
- Machine Vision: Machine vision is the ability of a computer to see, where machine is attached with video cameras and those cameras capture videos and convert those videos from analog to digital signals and these signals are then transferred to controller to work accordingly.
- Robotics: Here, engineers work on the design and manufacturing of robots which are used to perform tasks that are difficult for humans to perform.
- Self-Driven Cars: Here combination of Machine learning, Machine vision and Robotics, all comes to existence to control the driving of car automatically without any drivers.

AI can also be beneficial in healthcare, education, manufacturing industries.


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