Internet Of Things Absence Of User Interface Report

Added on -2020-02-19

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Running head: INTERNET OF THINGSInternet of ThingsName of the Student:Student ID:Name of the University:Author’s note:
1INTERNET OF THINGSAnswer 1The phrase “the best interface for a system is no user interface” is considered forevaluating the fact that in applications and operations the use of no interface would be moreconvenient in compare to the user interface. The absence of user interface would result ineliminating the probability of occurrence of errors and delay in completion. The application ofthe technology had employed for forming the improvement of efficiency of operations for theorganization. The implication of the interface would tend for the requirement of the some extratime for forming the completion of the operations. The operations would be highly efficient fordeveloping the improvement operations in the organization. The “the best interface for a systemis no user interface” can be evaluated by the following examples,Example 1 the payment in online retail store would comprise of forming the use of aninterface for processing the effective deployment of the operations (Takai et al., 2013). Thepayment system would be formed by using a specific system application for forming thedevelopment of the operations of the payment operations. The payment system would be formedfor developing the effective processing of payment systems for retail engineering. The paymentoperations would form the deployment of the use of a device for accessing the payment. Thepayment would be initiated by using the application interface for requesting the payment option.The request would get into the network server and then it would proceed for getting to the bank.The bank would receive the query for paying the mentioned person or organization. It would takemore time for processing the payment operations resulting in decreasing the efficiency ofoperations of payment system. Example 2 the auto gate-lock and open system via smart phone is another userinterface that can be considered as a factor for decreasing the efficiency of operations (Fisher,
2INTERNET OF THINGS2013). The auto gate-lock and open system via smart phone is formed for accessing the functionof gate open and lock via mobile application. In this process the user would have to access theapplication for reaching the function of gate opening/closing. The user would send request foropening/closing the date of the car via application and it would be sent to the network viacellular network. The request would reach the network of the car. The system would receive therequest for opening the door of the car and would in turn process the opening of the door. Itwould take more time for processing the payment operations resulting in decreasing theefficiency of operations of payment system. Answer 2The cables specification and their categorization is shown in the following paragraphs asmentioned,Coaxial Cables: The coaxial cables have the wider bandwidth of 1GHz that covers arange of 500m. The interference rating for the coaxial cable is least vulnerable for interferencerating when compared to the other two cable types. The cost of the cables is of optimum priceand it would result in forming the cost controllable operations in the organization. According toWinzer (2014), the Coaxial cables provide the moderate security option for connectivity. Twisted Pair Cables: The Twisted Pair cables have the wider bandwidth of 1MHz thatcovers a range of 100m. The interference rating for the coaxial cable is most vulnerable forinterference rating and distance when compared to the other two cable types. The cost of thecables is of cheapest price and it would result in forming the cost controllable operations in theorganization. The Twisted Pair cables provide the least secured option for connectivity. Fiber Optic Cable: The Fiber Optic cables have the wider bandwidth of 75THz thatcovers a range of 10km. The interference rating for the coaxial cable is not all vulnerable for
3INTERNET OF THINGSinterference rating when compared to the other two cable types. The cost of the cables is ofhighest price and it would result in forming the cost controllable operations in the organization.The Fiber Optic cables provide the highest security option for connectivity.Connectivity Cables CategorizationCable typeCable CategoryDescriptionCo-AxialCableLee et al. have classified thecoaxial cables into three typesnamely,Type I coaxial cableType II coaxial cableType III coaxial cableType I coaxial cable is used for thick powerInternet connectivity and is of RG-7 or RG-11with 50 ohm resistance.Type II coaxial cable is used for thin powerInternet connectivity and is of RG-58 with 50ohm resistance.Type III coaxial cable is used for cabletelevision and is of RG-59 with 75 ohmresistance.TwisterPair CableHa et. Al have classified theTwister Pair cables into threetypes namely,Unprotected Twister Pair cableShielded Twisted Pair cableFoil Shielded Twisted PairUnprotected Twister Pair cable is used for datacable of low speed internetShielded Twisted Pair cable is used forimplementation support for 4 MPSFoil Shielded Twisted Pair is used forimplementation support for 16 MPSFibreOpticCableLee et al. have classified thecoaxial cables into three typesnamely,Single Mode Fibre Optic CableSingle Mode Fibre Optic Cable has a range of 2KmMulti Mode Fibre Optic Cable has a range of 10Km

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