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In the piece video, we discussed the hardware part of that video system here, we discussed the features

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of it and video systems that led to the future in the Amber Alert system.

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The first feature is that it did a single function unit that it perform, some dedicated to some single

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task is that it executed a single program repeatedly.

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So far in the programming we use, Wildeman functions that can perform this in the program repeatedly.

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Next, it is time constraints.

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That article, titled Constraints are posted low cost.

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We want to make the application the low cost in the loop, our accountability system, opportunity systems.

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So really quite low power.

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The applications are small inside and they do the operation fast, so we require the fast operation

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in that system next.

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Tightly constrained is life.

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Treating stage 24 seven 365 means that it work in the 24 hours, seven days and 365 days, 24 hours,

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seven days, 365 days.

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So these are some tightly constraints of the Amber Alert system connected.

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It is ineffective and the to means that it form the task and then real time means that it continuously

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could change in the systems environment.

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And so you can use that.

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It must compute certainly in real time without delay means that it perform the task in realtime.

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They are two type of realtime systems, Westchester's of real time, systematic and is the hard realtime

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system in the software type systems that time.

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It's something that if we want to make a task and the task is completed in ten minute or one second,

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that one second can be change, it can be up or down that it is the software system.

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And if we want to do the task in time, ten minutes and it must complete the timer, then it is that

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hardware time system.

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So they are put dybbuk, the alarm system, software and hardware system.

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So these are the features of an amber.