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Robotics Research Edited

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Running Head: ROBOTICS 1

Robotics

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ROBOTICS 2

Challenges facing Engineering and Computer Science communities

The engineering and the computer science communities have great involvement in the field

of robotics. Without them, robotics would not be in existence. This is to mean that engineering

and computer science are the brains behind robotics in any way that one would look at it. For

robotics to be born there must have been a need that presented itself for it to be met. Other than a

need, the other obstacle or challenge would have been bringing the dream to life. To ensure that

the visualization of robotics was as the real version of it after being brought to life, designing of

the various thought-out ideas was important. This is where computers came in, however, this

required a more complex of computers that would have been able to have designs in computer

systems. Once the designs were in place, it was important to find a realistic approach of taking

the designs from just being drawings on a computer to having them in practical means, which

now brought forth the idea of engineering in the project and having a connection between

engineering and computer science. In this case, the connection between engineering and

computer science is inevitable (Leng & Sharrock, 2012).

There are therefore, challenges that face the engineering and computer science communities

in this light. In the case of computer science, for instance, several challenges exist. These

challenges are of great impact to the business community and this has been the situation in the

past, the present and still will be in future. One of these challenges is the understanding the

behavioral patterns of the customers, mostly organizations, with regard to the purchase or buyer

behavior of the big data or cloud computing. Big data presents an availability of great storage

capacity, hardware that is specific in nature as well as the chips that come with it, which are very

affordable. The major problem of the business community is how to put this big data into use

once purchase has been done. The business people will purchase it and keep it, as a just in case

for when the use of the big data may present itself.

Practice of autonomous navigation in the case of transportation means, say, cars, planes and

drones, to name but a few. Technological advancements have allowed for the self-drive mode of

these machines as opposed to having humans direct it and help it make adjustments to the

immediate happenings in their surroundings, for instance, in the case of a person crossing the

road when it is least expected. The technological advancements in this regard have not been

tailor-made to match these expectations but the tests are still underway. Another challenge is

having natural language understanding (NLU) in the works to help with the ease in

understanding of the algorithms used so that a user will be able to understand why various

decisions made are as they are and the reasons behind them, which has not yet been done to

precision (National Academies of Sciences, Engineering, and Medicine, 2016).

Biotechnology is another area that is presented as a challenge with regard to handling the

various data on diseases that greatly vary in their complexity of the gene variations they have.

The great variations will be found in the case of the predictions, interactions, analysis as well as

findings in the genes presented in various cases. The final challenge with regard to computer

science is the creation of technology that remains effective, accurate, resilient, and is non-

invasive with regard to its adoption as well as having algorithms or devising them for the

purpose of data sifting and being able to understand the various patterns that have been formed.

Once such challenges are conquered, then it is possible to have the brain control external devices

from the capture and decode by computer systems. Cyber security is another challenge facing

both communities since the outsiders access the technology that has been used and probably

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Running Head: ROBOTICS 1 Robotics Name Course Tutor Date ROBOTICS 2 Challenges facing Engineering and Computer Science communities The engineering and the computer science communities have great involvement in the field of robotics. Without them, robotics would not be in existence. This is to mean that engineering and computer science are the brains behind robotics in any way that one would look at it. For robotics to be born there must have been a need that presented itself for it to be met. Other than a need, the other obstacle or challenge would have been bringing the dream to life. To ensure that the visualization of robotics was as the real version of it after being brought to life, designing of the various thought-out ideas was important. This is where computers came in, however, this required a more complex of computers that would have been able to have designs in computer systems. Once the designs were in place, it was important to find a realistic approach of taking the designs from just being drawings on a computer to having them in practical means, which now brought forth the idea of engineering in the project and having a connection between engineering and computer science. In this case, the connection between engineering and computer science is inevitable (Leng & Sharrock, 2012). There are therefore, challenges that face the engineering and computer science communities in this light. In the case of computer science, for instance, several challenges exist. T ...
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