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§code is neither like instruction code nor Unicode; it is an infinitely extensible serial ID. Global §ID is issued starting with the birth of the first § in the world, and new global § are constantly being born every time, everywhere. Upon the death of a §, its ID will be permanently invalidated, and no § will ever use that serial ID again.

Dynamic network

Since in 6G there will inevitably be some base stations that cannot be statically fixed but are mobile, why not design the entire routing logic based on dynamic base stations directly? 

About 20 years ago, some people called for spectrum reorganization to avoid problems such as interference with avionics by ground mobile communication devices with different communication protocol systems on the aircrafts. 

Since 6G will be to integrate terrestrial and non-terrestrial base stations to be the 3D network,  why not take this opportunity to reclaim and reorganize the entire spectrum for overall re-planning?

Computer companies have experienced removing the office and changing it to the server room, and then removing the server room to free up the space because all the computers are planarized on walls, floors, and ceilings. 

In this way in offices, factories, stores, homes, etc., the hardware of the Cloud will be distributed anywhere, not only limited to the center.  

And then by redesigning the software operating system of the Cloud to be dynamically distributed to avoid the communication bottleneck to make the metaverse easier to come true. 

La postulo de civiluloj pri la malcentralizita reto: ne devas esti monopoligita; tamen, la plej frua milita postulo por la malcentralizita reto estas eviti la komandan sekcion esti juĝita el la komunika volumo, kaj kie estas la fiksaj bazstacioj kaj datumcentroj en la malamika teritorio? Ĉio estas dinamike kunmetita de movaj unuogrupoj. 

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For a complete distributed operating system, its network virtual memory cache strategy should satisfy: evaluate the size of all operands and operator definitions (function / method / behavior), cache the smaller ones to the host where the larger ones are in to perform operations; evaluate the allocatable amount of the hardware resources of the operators (or the performance of the host), perform operations on the host with a large allocatable amount (or high performance) preferentially; evaluate the traffic among operators and operands, move ones with higher traffic closer preferentially on the distance and occupy preferentially on the bandwidth. Due to the cached memory of the distributed virtual memory system is cached and stored back by multiple regional memories, the system must actively update the cached operands in other regional memories whenever an element is stored back. The distributed virtual memory system mainly integrates the reference space of the entire network to achieve the real Cloud realm.

Kiel la dinamika vaganta distribuita komputado realigas la komunikadon?

Tiel longe kiel specifi la I/O lokojn, la resto estos aŭtomate distribuata de la operaciumo, kiu estas la vera nuba komputado. 

Engaĝante la realtempan interagadon, la proksimeco al I/O havenoj estas preferita; la malfruo kaŭzita de longdistanca dissendo estas akceptebla, la komputa potenco estas preferita.

Metaverse @ Cloud

Cloud: the union of storages, computing and communication resources of the whole world. 

Metaverse: the union of virtual realities (synchronizing or no synchronizing with realities) of the whole world.

The Real Cloud

The real Cloud should let the application softwares do not need to care about what type and how many hardwares to execute. 

In addition to the Cloud hardware scalability, the Cloud software must be scalable too to be easy to move and dynamically allocate during runtime. 

What the goal the Real Cloud system really wants is not only a traditional client-server architecture even if the services could be moved and dynamically allocated during runtime on different servers, but also a peer to peer architecture among big and small hardwares. 

Not login to the server, login to the local sense and the system automatically synchronizes the senses @ different machines by caching each other @ the distributing virtual memory. 

How to make the access permission security in this condition? 

The key is there should be the hardware circuit for the access permission control built in the memory and storage, and then the server will be not necessary. 

立体环场空间状态扫描采主动式射频回波测距在军用上会暴露行踪、在民用上亦易造成干扰；有一种演算法可以从多角度被动式摄得的平面影像合成立体模型可是运算量极为庞大。道路上车辆颇多，有车联网共享，多角度影像是随时大量在取得，若各车备多些运算资源就可以分担中心的运算。车多时倾向多车组成的 near cloud 而疏解与中心的通讯负担，车少时附近运算资源不足而远端通讯带宽反就充足所以倾向 far cloud，如此即需要底层分布式操作系统自动调节运算分布方为完整的 Cloud。

动静皆宜

静态的系统没有动态系统的弹性；动态的系统没有静态系统的稳定。设计一套可静可动的系统即是咱们的任务，例如一群机动载具组成的动态网络一样是可以静下来不动使效能极致，必要时可以牺牲一点效能与稳定性动起来。

整网软件单元参照空间联为一体

整网软件单元参照空间透过交互阶层缓存联为一体，每个软件单元的参照位置是唯一，其本尊是唯一，仅存在于一处，其余处皆为缓存分身，所有的同步是以本尊为中心的树状拓扑。本尊处记载每个分身缓存处位置，这份记载也一併缓存至每个分身处，可是缓存的拓扑副本非用于与其它分身处的平时通联，是用于本尊所在处被斩首时重建新的本尊处所。为软件参照位置的唯一性只能采树状同步，但是树状拓扑又有被斩首即整网皆失的缺点，所以每处皆一併缓存每个分身处位置才不会在本尊位处丧失时亦失去对其余分身处的所知而不能重建树状拓扑。