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One way of demonstrating the importance of good ID is by showing tangible benefits that can be talked about in cash terms. Within a business, good ID can lead to benefits such as higher staff productivity, lower staff turnover, higher staff morale and increased job satisfaction. Economically, these benefits should translate into lower operating costs. Bad ID, on the other hand, may result in stress and unhappiness among staff, leading to high staff turnover and reduced productivity. Consequently, this may lead to financial losses for the business. As you will see later, it is easy to give examples of the effects of bad design, but showing the financial benefits of good ID can be more difficult - invariably, many factors are involved and this makes it difficult to attribute success directly to good ID.
Good ID encourages an easy, natural and engaging interaction between a user and an interactive product, and allows the user to carry out the tasks required. Good ID allows users to forget that they are using an interactive product and get on with what they want to do. Just as knowledge of the transmission mechanism of a car is of little concern to most motorists, knowledge of the internal workings of an interactive product should be of little consequence to its users.
Although the adjectives 'good', 'poor' and 'bad' areusedtodescribeID, it is worth noting that these terms are subjective: each will mean different things to different people. In addition, what is good, poor or bad will vary according to context.
And-Elimination rule: In generally English says that "if you know that lots of things are all true, so you know like any one of them is also true". Because you can specify a c
In the shared-memory programming model, tasks share a common address space, which they read and write asynchronously. Several mechanisms such as locks / semaphores may be used to c
Explain in detail about the Random Scan Display This device using CRT directs the electron beam only to the parts of the screen where a picture is to be drawn. This kind of d
Q. Simplify Using K-Map 1. M2 + M3 + M5 + M7 + M12 + M13 + M8 + M9 2. M0 + M2 + M4 + M5 + M8 + M10 + M12 3. F(W,X,Y,Z) = ∑ (0,1,2,4,5,6,8,9,12,13,14)
Micrography: Micrographic technology is an outgrowth of photographic technology. Since this technology is being increasingly used to supplement computer systems, strong electr
LRU code
The extra key inserted at the end of the array is called a Sentinel is the extra key inserted at the end of the array
Define processor clock. Processor clock is explained as the time periods in which all operations and data transfer within the processor take place.
What is microfilm? This is a photographic reproduction of a document greatly decreased in size from the original on fine grain, high resolution film. Microfilm needs a reader f
Q. Timing in MPI program? MPI_Wtime ( ) returns lapsed wall clock time in seconds because some random point in past. Elapsed time for program section is given by difference bet
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