Artificial Intelligence Company Case Study †Myassignmenthelp.Com

Question: Discuss About The Artificial Intelligence Company Case Study? Answer: Introduction There are many articles, which have written on the rise of the robotics, which has been regarded as the robotics process automation, in the various organization across the industries. This very subject conjures the images of the robots taking over the workplace and it eventually the entire world (Brighton, 2015). First, it is important to know the definition of the robotics. Accounting to the institute for the Robotic process Automation as well as the Artificial Intelligence they defines it as the application of the technology which allows the employees in the company to be able to configure the computer software or perhaps a robot to capture and interpret the existing applications (Andrade, Pereira, Walter, Almeida, Loureiro, Compagna Kyberd, 2014). This is for the processing a transaction, manipulating of the data as well as triggering of the responses and communication with the other digital system (Tirgul Naik, 2014). This definition of the robotics it highlights on three vital aspects; the initial is the software, secondly, existing application the robotics software will sit on top of the existing applications, in order to connect the pieces of the puzzle that have been connected to the employees manually (Hagerty, 2015). The last part is on the employees; the software will be programmed as well as be managed by the humans. A simple illustration of robotics in the organization is the automation of the low-level work in the recruitment process (Cox, 2017). The robotics could be effectively automate on the manual, repetitive process, which involves the high volume of the transactions as well as multiple tasks. Rather than the physical mechanical devices the robotic are the intelligent piece of the software, which has been implemented on top of the current information technology infrastructure, which could help in the elimination of the low level, work that are tedious (Brighton, 2015). The rise of the current robotic evolutions has been emerging as the pro duct of three mutual re enforcing macro tends. This has been as a result of the technology underlying the robotics software, which have diversified over the years. About the organization The organization in the case study scenario is an Artificial Intelligence company, which is based in Brisbane. The organization over the years has had interest in the use of the robotics for the domestic use as well as in the other industries such as the mining, transport as well as manufacturing industries across Australia. It has been using the robotic in small number in order to grow the sideline business (Cox, 2017). The organization aims at being competitive over the other rivalry firms therefore they aim at diversifying the organization over the next five years. The company has been planning to expand on their operations within the Australian as well as the Asian region. When an organization leverage on the robotic technology as their key component for the expansion strategy it would likely be more competitive than the other organization. Overview of the research problem in the case study The research problem is find out the application of the robotic technology in order to consider it for the Artificial intelligence organization for their next five year strategy plan in order to diversify and become more competitive over the other rivalry organization. The company wants to expand on their operations within the Australian and to the Asian region (Hagerty, 2015). The problem the CEO is encountering she does not have wide range of the information on the issue of robotic technology. She is only aware of general positive and the negative aspects of using the robotics in the work and the home environments (Cox, 2017). The research is important because it will provide recommendations to her on how to leverage the use of the robotic technology in order to improve on the business. The main of the research The research study is aimed to find how to leverage the use of the robotic technology in order to improve on the business. further, it research will examine on the various types of robots, their advantages and negative aspects and provide a recommendations on the best ways to use in this small business so that they are able to diversify and venture the new markets. Objective of the research The objective of the study is to evaluate the robotic technology and its application in the current industry of the organization to improve the business. Assumptions of the research On this case study, it has been assumed that the competitor or the rivalry organization are not aware of the robotic technology and therefore Artificial Intelligence Company will have a competitive advantage over this aspect (Webber Nilsson, 2014). The research has further assumed that organization under the research is a fictional company, which acts as a guide to help provide insight over the robotic technology. Investigations of robotic technology Definition/s of robotic technology and the current use of robots Robotic is the application of the technology, which allows the workers in a given company to be able to configure the computer software or perhaps a robot to capture as well as interpret the existing applications for the processing of the transaction (Ghahramani, 2015). Further, it has been regarded as the utilization of the innovation which enable the representative in the organization to be able to design their PC programming or the robot to catch as well as decipher the existing applications. This will help to prepare for the exchange, control as well as activation of the reactions along with speaking with some of the other advanced frameworks (Hagerty, 2015). The term robot has been highlights as the controller that could be reprogrammed in order to perform various functions. It could executes various functions such as the moving objects, device through using the numerous programmed movements. Current use of the robots The robots have been used in many almost all the sectors in the industries. This is the reason, which has made the small Artificial intelligence organization to venture in the design of the robots in order to be used in the transport, the mining, domestic, and the manufacturing industries (Hagerty, 2015). Some of the uses of the developed by the manufactures as follows: One of the use has been for the exploration. The robots have been designed in order to enter to the environment, which are dangerous to the human being. An example has been observed in the atmosphere within the volcano or perhaps investigating the marine life. Secondly, it has been used by the military (Tirgul Naik, 2014). The military have used robots such as the flying robots drones, which have been brought in the present time in the modern armed force. In the future, the robotic airplane as well as the automobiles could be utilized in order to transmit the petroleum. The robots have also been useful in agriculture in order to farm (Ghahramani, 2015). The harvesters in order to cut as well as collect the crops use the robot that have been programmed. In the car industry, there is the use of robotic arms in executing various tasks to manufacture the automobile as they are in the assembling procedure (Siciliano Khatib, 2016). They usually perform jobs such as sorting, welding, lift ing, painting as well as bending. The robots have also been useful in the hospitals there have been development of the robotic suit which are under construction, which would allow the nurses to be able to raise the patients without injuring their backbones. Types of robots The artificial intelligence company have invented, designed as well as developed on the robots, which would be useful in the field of transport, domestic, manufacturing as well as the mining industries (Ferber, 1999). Some of the types of the robots, which have been used in these sectors, are: Domestic uses According to Siciliano Khatib (2016) highlighted that the global number of the domestic household robots would rise to thirty one million between 2016 to 2019. The sales of the robots for cleaning would likely increase to about thirteen billion dollars in this period (Hagerty, 2015). . The robotics in the personals as well as domestic applications have experienced a great worldwide growth with much relative in the mass market products such as the floor cleaning robots, lawn mowers as well as the edutainment robots which have been dominating the market (Ghahramani, 2015). In the upcoming years, the vacuum as well as the floor cleaning robots would continue to make up the wider share of the units at the work when it comes to the households (Siciliano Khatib, 2016). The sales volume would rise to more than three million units to approximate thirty million units within the forecasted period. The vacuum and the floor cleaning robots account to more than ninety-six percent of the domesti c robot sales. The robotic mowers as well as the pool cleaning robots have been ranked the second and third respectively. There has also growth, which has been reported in the sale of the handicap assistive robots as well as for the elderly. The sales figure stands at thirty seven thousand units at 2015 (Russell, Dewey Tegmark, 2015). This value is expected to increase with the mirror in this development over the forecasted period. Mining robots Some of the mining robots are the abandoned mine robot: this kind of the robot are built for the mining organization in order to be driven to the abandoned mineshaft to search for the potash leftover from the many years ago. The tethered fibre optic robot: This robot was built in order to be sent to hundreds of feet down the mineshaft. It has the capability to travel a long distance. Manufacturing robots The robots are used in the various manufacturing environment. They usually are made of articulated arms, which are used in the applications such as in the painting, and welding. These robots are automatically controlled, and they are multipurpose manipulator, which are in three or more taxes in order to perform the duties assigned to them (Siciliano Khatib, (2016). The robot, which is used in the welding, is regarded as the arc robot and the ones used for the painting are designed in order to perform the tasks of painting. These robots are able to undertake the task faster as well as in uniform and accuracy as comparison to individuals. Transport robots Today there are various types of robot, which have been developed for the transportation industry. Some of this are travel mate robots. These robots have been created an autonomous robot suitcase that has the capability of moving both vertically as well as horizontally positions. Another type is the SMP robots. This company have created unmanned robot, which have various applications such as the security as well as surveillance. These robot they have the ability to avoid the obstacles are they are able to work under the conditions that is difficult such as low temperatures of less than twenty degrees. How to incorporate robotic in artificial intelligence company future The use of robots currently being used by some of the organization and Artificial Intelligence Company is part of these groups. The company has been some robotic technology in small number on their sideline business but they want to fully venture in to it in order to expand their business in Australia and the other region in Asia (Frankish Ramsey, 2014). The company is focused in the design of the robot, which would be used for the domestic use, mining, manufacturing as well transport industry. The company is small but they want this to be their expansion strategy. In order to be able to incorporate this technology to the company they are aiming at hiring designers in the field of robotic to help the company to be able to position itself in Australia as well as venture to the other regions (Suri, Dearani, Mihaljevic, Chitwood Jr, Murphy, Trento Gillinov, 2016). The company has been using the robotics in their sideline business therefore with this experience and additional knowledge they would be able to implement this strategy and begin the production process. Some of the areas they would use the robots is when it comes to security where they would replace the security personnel and adopt the SMP robotics for the surveillance and security. The robots would also be incorporated in undertaking the task therefore; there would be increase in the production. Short term and Long term options to implement the robotic technology strategy The short term option which the Artificial Intelligence Company could implement the robotic technology will be based on the making their invention to for the commercial purpose and the short be in a position of manufacture the robots, which are upgraded as comparison to their rivals. This will enable the company to establish itself in the market of Australia since they are capable of performing their duties much efficiently. Consequently, the capital gains from the project would enable the company to expand in the Australia region (Frankish Ramsey, 2014). When it comes to the long terms options for the company, it will aim at utilizing the robots in their operations. When the company has gained enough ground in the Australian market as one of the major manufactures (Patel, Mullins, Pierorazio, Jayram, Cohen, Matlaga Allaf, 2013). The company will need to incorporate the robots for increase of the production in order to meet the demand of the products produced since it would be the major player in the market due to gain in the competitive advantage they would have. Advantages of the robots Productivity The robots are able to produce more accurately as well as high quality work. The can rarely make mistakes and they are precise as comparison to humans. The robots are able to produce in large quantities in a short period. Safety The robots are able to save the employees in undertaking dangerous work. They are able to work in conditions that are regarded hazardous such as toxic chemicals. Saving The robots are able to reduce on the amount of the wasted material, which are used due to their accuracy. They are save timers since they are capable of producing in greater magnitude. Disadvantages of using the robots The robots can take the place of the humans in the industries. Individuals have to find new employment. They are expensive to acquire as well as the maintenance and repair is high. The programs need to be frequently be updated in order to suit on the changes in the requirements. The robots do not have the capability to act different from what they are programmed to undertake, because of this application to these machines individual could become overly dependent to them (Jones, 2015). Solutions of overcoming the risks and the challenges These challenges would pose a great challenge to the Artificial Intelligence company but they could be mitigated through the following: one way is the manufacture of the robot, which are much less expensive, thus it would enable the company reduce on the cost of manufacturing (Ingrand Ghallab, 2014). On the issues of taking the jobs of individuals, they could be taken to training in order to learn about the programming as well as design thus they will be able to retain their jobs. Social, ethical and legal consideration of the company Some of the consideration on these is the issue of unemployment. The company need to know that the robots will displace the job of many employees. Many individuals will lose job because a single robot can perform tasks of more than five people (Cohen Feigenbaum, 2014). To address on the issue the company could encourage people to venture on other jobs or even self-employ themselves (Cohen Feigenbaum, 2014). Another consideration would be on the security. An individual may hack the robot and take control of the robot to commit crimes. This could be addressed through designing of the robots that have encryption for the password to operate. Conclusion This report was aimed to research on the robotic technology and its application in order for the Artificial Intelligence Company to consider in their strategic plan and be able to improve the business. There is many modifications, which could be made to the current robots to make them become more reliable as well as productive. From the findings, it has been found that the robot would provide a competitive edge against the competitor and they will offer productivity to enable the company venture in the Australia as well as Asia market. The report would provide an insight to help the company to undergo changes to enable it operate the robots in all their operations. Recommendations I would recommend the company to start in the design of the robot especially those that are used in the domestic uses since they are not complex to manufacture. Further, the organization should provide invest in the research in this field in order to be able to the company achieve diversity effectively and implement on the expansion strategy plan appropria References Andrade, A. O., Pereira, A. A., Walter, S., Almeida, R., Loureiro, R., Compagna, D., Kyberd,P. J. (2014). Bridging the gap between robotic technology and health care. Biomedical Signal Processing and Control, 10, 65-78. Brighton, H. (2015). Introducing Artificial Intelligence: A Graphic Guide. Icon Books Ltd. Cohen, P. R., Feigenbaum, E. A. (Eds.). (2014). The handbook of artificial intelligence (Vol.3). Butterworth-Heinemann. Cox, B. (2017). Artificial Intelligence Military Robots. Frankish, K., Ramsey, W. M. (Eds.). (2014). The Cambridge handbook of artificia intelligence. Cambridge University Press. Ferber, J. (1999). Multi-agent systems: an introduction to distributed artificial intelligence (Vol. 1). Reading: Addison-Wesley. Ghahramani, Z. (2015). Probabilistic machine learning and artificial intelligence. Nature, 521(7553), 452-459. Hagerty, J. (2015). Meet the New Generation of Robots for Manufacturing. Wall Street Journal, 2. Ingrand, F., Ghallab, M. (2014). Robotics and artificial intelligence: A perspective on deliberation functions. AI Communications, 27(1), 63-80. Jones, M. T. (2015). Artificial Intelligence: A Systems Approach: A Systems Approach. Jones Bartlett Learning. Patel, H. D., Mullins, J. K., Pierorazio, P. M., Jayram, G., Cohen, J. E., Matlaga, B. R., Allaf, M. E. (2013). Trends in renal surgery: robotic technology is associated with increased use of partial nephrectomy. The Journal of urology, 189(4), 1229-1235. Russell, S., Dewey, D., Tegmark, M. (2015). Research priorities for robust and beneficial artificial intelligence. AI Magazine, 36(4), 105-114. Shneier, M., Bostelman, R. (2015). Literature Review of Mobile Robots for Manufacturing. National Institute of Standards and Technology, US Department of Commerce. Siciliano, B., Khatib, O. (Eds.). (2016). Springer handbook of robotics. Springer. Suri, R. M., Dearani, J. A., Mihaljevic, T., Chitwood Jr, W. R., Murphy, D. A., Trento, A., ... Gillinov, A. M. (2016). Mitral valve repair using robotic technology: Safe, effective, and durable. The Journal of thoracic and cardiovascular surgery, 151(6), 1450. Tirgul, C. S., Naik, M. R. (2014). Artificial Intelligence and Robotics. Webber, B. L., Nilsson, N. J. (Eds.). (2014). Readings in artificial intelligence. Morgan Kaufmann.