Series-innovative principles-26-replication principles

The replication principle is described as follows:
1) use simplified and inexpensive replicas to replace fragile or inconvenient objects;
This can reduce costs and improve operability.
2) if a copy of visible light is used, a copy of infrared light or ultraviolet light is used;
Infrared and ultraviolet light have their own unique characteristics, which can increase the human visual range.
3) use an optical image to replace an object (or an object system) and then zoom in or out of it.
Optical Images, infrared imaging to computer models, are also an evolutionary roadmap.

Generalized replication is actually a ing. There are many ways to achieve this replication, such as physical models, optical imaging, computer models, and mathematical models, simulation technologies that can meet the requirements. Under what circumstances do we need to use this replication method?
A) The cost is relatively high when the actual system or object is used, and it is difficult to use
For example, the cost of atomic bomb experiments simulated by computers is much lower. This is also true for some simulated training systems;
B) It is difficult, unrealistic, or inconvenient to use the actual system (or object ).
For example, if you observe an organ of a person, you can never start to execute it or take a B-ultrasound every day. At this time, the optical image (or Ray image) of the organ is very useful and can be saved, for later comparison;
C) unable to directly access the actual object
For example, researchers can only study the moon through photos (image copying), shadows to measure the distance of certain astronomical objects, and microbial observation.
D) systems (objects) are expensive and costly, so they can be replaced with cheap replicas to meet some requirements.
For example, the metal case of the notebook is replaced by plastic, and the Shenzhou spacecraft model is used for display;
E) actual objects are hard to save, while duplicates are easy to save.

Generally speaking, the cost and management of the actual target object are more cost-effective and convenient than that of the original object. This is also the basic purpose of the replication principle. Of course, in some cases, we may not use duplicates for cost, but we may not be able to obtain them, as C mentioned above.

In an era where computer applications are widely used, building computer models for systems or objects is a good choice for both economic and convenience. This model can not only be reused, computers can also be used as auxiliary means to help management, analysis, and sharing. The following examples are the application of the replication principle:
A) Measure the object size based on the image: measure the height of an object (such as a TV tower or a tall building) based on the shadow;
B) online travel, infrared night video devices, and live TV broadcasting:

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Software products are inherently more reproducible than general items, and more benefits can be gained by making full use of this replication feature.

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Series-innovative principles-26-replication principles