Changing Computing Paradigm System †Free Samples to Students

Question: Discuss about the Changing Computing Paradigm System. Answer: Introduction: The interface makes our life complicated with the example of phone app to unlock the door of the car, the ill-conceived applications for the old printer or the attempts of the social network by the companies like coke. The interface also makes us their slaves with some of the issues like the title name, mandatory sign up etc. (Liu et al, 2016) The advantage for the user interface is the proper designing which helps in solving the problems. But it will be important to make good decisions which is possible through the big data and computing power. The examples related to the companies like how Google and Facebook are fighting to keep their system with the better shareholders rather UX. Example, the sensors and the automation could also lead to the issues with the UX, car air bags, automatic doors. The GUI could also be for the adjustment for the overriding automated behavior and defaults. This is the example for the smart lamp which can use the GUI for the overriding and handling the tune settings. Twisted Pair Cable coaxial Pair Cable Fibre Pair Cable Bandwidth 0-3.5 KHz 0 to 500 MHz 186 to 370 Thz Cost Medium to a certain limit More than twisted pair cable. Highest Security Low than the other cables Low than the other. Highest Interference rating Medium but lower than the coaxial Medium Lowest distance 2.5 km 1 to 9.6 km 41 km With this it also includes the other cables which are: The UTP which is one of the Unshielded Twisted Pair cable. This is for the setting of standardized range with the easy connection to the connector. Here, the cost of UTP is found to be low with the speed that ranges from the limit of 1 to 100M. Along with this, there is a proper of attenuation which is higher and a low range of security. (Ray et al., 2016) STP: This is for the Shielded Pair Cable It is found to be handling the interference frequency with the range that is for the shielding of foil. Radio: Here, the costs are found at the range which is medium. The speed is set at 10M with the different standards to handle the power of attenuation and working on the signal processing. For this, there are signals which are depending upon the possibility for interference where there is a lesser amount of security. Sensors RFID Video Tracking They are important devices which are able to detect the system with the specific inputs that are based on the moisture, light and the pressure. They are important for the measurement of the temperature and the pressure in agriculture, farms and the retail settings. The only issue with them is that all the automatic processes leads to mainly affecting the jobs of common man. The sensors are used for handling and maintaining the level which is for the detection of the levels with the proper management and the recycling purpose. This is considered for the radio frequency where the detection is based on the services that are for the magnetic strip. The applications are that it is used for the credit card and ATM card to identify the information. The issue is the lack of the standards in the industry where it is tough to handle the tag and the reader collision. (Rui et al., 2016). This occurs when the signals from the two overlaps where the systems are also set to avoid any of the problems. The tag collision is when there are different tags in the small area for the vendors. It is considered important for the augmented reality and for handling the traffic control. It is considered to be time consuming with the amount of data that has been there for the object recognition which is considered to be a challenging issue. The examples for this are the tracking with the use of the planar objects and the motion of the model is also set under the 2D transformation. It includes the increase in the complexity of the problems with the tracking of the object change orientation over the time. The issues are related with the designing authentication and then working over the authentication and authorization with the speed, pressure, temperature or the heart rate. It includes the security and the privacy perspectives which are for the devices that have limited memory with the control of the infrastructure. The need is of the privacy and the security concerns that are set to process the capacity and the batter power. The mechanisms are based on handling unique security locations which offer a low bandwidth which is prone to the loss of the data packets at the time of transfer. The other issue is also for the fragmentation, where the security is not standardized for the application area. It affects the security with the need of interoperability device produced by the development of the vendors. (McEwen et al., 2013).The privacy protection is depending upon how the individual users are able to work and configure the security settings. Here, the time for trigger is 1sec, with the round trip for 12ms and the processing time being 3ms. The total time that is there is 1.019sec. It is seen that for the communication, it is important to focus on the transmission that need to be done. For this, the processing is based on the use of the roundtrip which become half of the data transportation. So, 6+2ms=8ms. Nielsens Law works on the outliving of Moores Law where the research is based on the usability goals with the learnability, with efficiency, errors and satisfaction. Here there are computation based on the guidelines which can easily advocate the web designing. The high-end users grow the bandwidth by 50% in a year, where for the Moores law this is less by 10%. The above image show about the Nielsen law of the Internet Bandwidth with the telecom companies which are being conservative for installation of the equipment and working on the money on bandwidth. (Ning, 2013). This will be also for the user base which seems to be broader with the mainstream users that are likely to be set at the low end rather than the high end. Like Moore, Nielsen law is for the leading edge where the acknowledgement is based on the designing of the gaps and then handling the leading process nodes. The Nielsen law address the fastest speed for the high-end internet users. The major implications for the Internet of things is about the rapid growth for the customer smart products which is found to be difficult to handle the mainstream audiences. Here the effect is also on the speed, capacity for the transmission of data, storage and the durability. References Liu, Y., Liu, A., Hu, Y., Li, Z., Choi, Y. J., Sekiya, H., Li, J. (2016). FFSC: an energy efficiency communications approach for delay minimizing in internet of things.IEEE Access,4, 3775-3793. McEwen, A., Cassimally, H. (2013).Designing the internet of things. John Wiley Sons. Ning, H. (2013).Unit and ubiquitous internet of things. CRC press. Ray, S., Jin, Y., Raychowdhury, A. (2016). The changing computing paradigm with internet of things: A tutorial introduction.IEEE Design Test,33(2), 76-96. Rui, K., Bing, Z. (2014). Exploration on setting up of experimental course of Internet of Things Engineering specialty.Experimental Technology and Management,2, 051.