Compared with the aggressive invasion, this is the more likely way to invade the technological civilization.
idea
The need to colonize distant systems is imminent, and the first step in colonization is to deploy production and habitation on habitable planets. The traditional deployment method of folded space transmission hybrid army requires a lot of energy, materials and manpower, it is difficult to deploy on a large scale, and it is almost impossible under the distance limitation of colonization of distant galaxies. The single deployment cost of the Annalie project is only 87% of the electric signal live broadcast requirements and three operators, and the cycle is about 34#. The biggest advantage is that the latest ultra-foldable space weak electric signal instant technology is used, which makes the project deployment free. distance restrictions. Although the success rate is 15% of the traditional method, according to the cost calculation, the total deployment throughput can be increased by about 1760%.
The core system of the Annaleigh project is the automatic modeling and operation mapping system for low-entropy living body electrical signals developed based on the β-cluster algorithm, referred to as the Annaleigh system. The Annaleigh system models the physical world, and maps operations on the physical world in the system with a very high degree of abstraction, so as to achieve the most changes to the physical world with the least amount of communication. Among them, the communication module is responsible for communicating with the parent star, the modeling module is responsible for abstracting the physical world, and the working module is responsible for implementing all actual changes to the physical world. It should be noted that the model of the Annaleigh system is still constrained by the physical world, so please deploy the operator as much as possible to increase the controllability and predictability of the system.
Deployment process
establish anchor
The system guide stone is launched to the target planet, and the launching method is customized according to the specific situation of the space control group. After the guiding stone hits the target planet, the system bootstrap program is automatically activated to initialize the modeling module, the communication module and the working module. The working module unfolds the protective film, and defines the memory boundary of the core system according to the physical boundary covered by the protective film. The modeling module filters the low-entropy ordered electrical signal distribution in the space according to the initialization threshold, and after combining according to the spatial relationship, maps each unit of life to the process in the operation core of the Anna column. The high-entropy passive organization and energy of a unit of life are mapped as data, the low-entropy active organization is mapped as source code, and the boundary parameters of high and low entropy are automatically adjusted according to the simulation recurrence rate of process operation. All life processes in the membrane are continuously tested, optimized, and replaced by the best process simulation after the anchor point is established.
Action mapping
After the anchor point is established, the communication module will open the operation interface and status report to the operator. Due to technical limitations, the frequency of operation and status reporting is 15## once. See Appendix D for resource consumption corresponding to specific operations.
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Appendix A: Common Operations
random forest
Passive operation, enabled by default. Automatically sample all processes, and perform structure-oriented random replacement of source code or data of different processes after analysis. Simulate and analyze the behavior of new processes and collect relevant data to improve process analysis and life simulation capabilities.
fork
Completely copy the state of the target process, corresponding to the copy of the life in the physical space. The memory allocation strategy adheres to the principle of closest spatial distance.
Embryoization and Life Sublimation
Empty the source code of the first target process, structure all the target process data, allocate new memory space and transfer the original process data. Initialize the new process data, seed the life characteristics of the parent star and reserve the operation backdoor as an embryo. The second target process is selected, and the embryo imitates and learns the process, and constructs the source code and structured data independently. After the study is completed, it is a life sublimation body, which has all the characteristics of the second target process, the life advantage of the parent star, and the operation backdoor that can manually obtain permissions at any time.
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