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The standard US railroad gauge (distance between rails) is 4 feet, 8.5 inches. This is one Very strange number, why was that gauge used? Because of the way they made them England and English immigrants built the American railroad.
CS609 HIGHLIGHTED HANDOUTS
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Why did the British make them like this?
She? Because the first railways were built by the same people who built the first railroad Tram and this is the gauge they used. So why did “they” use this indicator? Why The people who built the trams used the same devices and tools they used to build the wagons, using this step.
OK! Why did the chariots have this strange wheel? Distance? Well, if they tried to use any other spacing, the wagon wheels would crack on some of the old highways in England, because that’s the furrow spacing.
So who did it on this old road? Imperial Rome built the first long-distance roads in Europe (and England).
for their legion. Since then, the road has been in use. And the rut of the road? roman war Tanks formed the initial cadre, and everyone else had to match them lest they destroy their tanks.
CS609 HIGHLIGHTED HANDOUTS-SYSTEM PROGRAMMING:
Wagon wheel. The tanks were made for the Roman Empire, so the problems were all the same From the wheelbase. Therefore, a 4-foot, 8.5-inch US standard gauge is derived. From the original specifications of Roman tanks.
Lesson: Design usually takes years:
Getting started with software design As software systems grow in size and complexity, design problems become problems Computer algorithms and data structures: system-wide design and specification Structure emerges as a new kind of problem.
CS609 HIGHLIGHTED HANDOUTS PDF-SYSTEM PROGRAMMING:
Structural issues involve the overall organization Global control structure; Protocols for communication, synchronization, and data access.
Assign functions to design elements. Logistics; design composition Elements; scale and performance. And a choice of design options. This is software The architectural level of the design.
There is considerable work on this topic including modules Interconnect languages, models, and frameworks for systems that meet the needs of Domain and formal models of component integration mechanisms.