☁ Could Cloud

So many people regard servers as Cloud. However, your handy device is one piece of the Cloud too no matter how tiny it is. So many tiny devices could be organized as a super computer by the Cloud operating system. 

☁

There is no remote storage.
There is only remote memory.

Each host swaps the senses between local memory and local storage automatically at background by themselves.

However, you also can regard there is no remote memory.

The distributed operating system swaps the senses between local memory and remote memory as cache automatically at background.

By this way, you can regard the whole network as one host.
Without this, it is not true Cloud.

Basic AI

No matter the Mathlab solves the formulas or the Prolog drives the rules or Siri or Cortana processes the natural language, they are functions processing the strings as parameters. What I want is the processor directly runs in formulas, rules, and sentences as programs but not only processes the string as text.

There are two ways to call the objects to process while they are touched on the screen. One spends time, and the other one spends space.

The time spent way for few objects is to call all objects one by one to calculate whether the touched points are within the scope of the objects projected on the screen flat and then do something each cycle.

The space spent way for lots of objects is to assign the object references together with the pixels while projecting the dimensional objects to the screen flat and later call the objects directly by the references at the positions when they are touched.

Augmented Reality

VR = R ➡ VR + VR objects = AR 

👽

👽：We had crashed the UFOs to you that year the first electronic computer made out by the human being on the surface of the Earth, why did you still not copy out the omni vehicle more than half a century passed?

The telescopic limbs hidden under the spherical surface

Perhaps there is someway to make the dynamic omni spherical shell no outer suspended ring needed by the telescopic limbs hidden under the spherical surface.

船体吃水少水阻少航速才快
但是相对浮力小可载重就小
左右多体船航行时气流由下穿过可产生浮力
但是平行面上承受水流的拉扯扭力
所以船底各体必须做成可各自旋转
但是又不能仅靠一转轴支撑
于是就演变成左右前后多可旋转分离式浮体
而多体船会摇晃得比单体船还厉害
所以层次球船舱是必要的了
以磁浮或滚珠弹簧间隔内外球舱

环状推进涡轮

传统涡轮推进器实心轴占据整管大部份空间，气流只穿过边边涡扇叶片的小部份空间，那是不是可改成中空环状让中轴空间变成内舱？中空环状涡轮套在滚球动态贝壳外边。

球狀外形回波

外表同样是球狀，一个回波讯号放大、一个回波讯号缩小，差别在哪里？

回波讯号放大者民用便于搜救；回波讯号缩小者军用便于匿踪。

一个反射回来、一个穿透过去，相同的外形，究竟是何致此异？

Without the multi-processing

非仅因轮流共用 pipeline 才需 multi-processing，轮流共用 I/O 亦需 multi-processing，所以不会因为从循序处理机进化到动态联结网络式图论机就没了 multi-processing，芯片内解放了 Von Neuman bottleneck 但芯片对外 I/O 仍是极为有限，旧 OS 型态仍然要多张 graph nets 轮流共用 I/O。仅一种情况可以完全拿掉 multi-processing，就是使用一种自动融合多个应用为单一系统的机制，此乃为何我一再提及鸟生蛋蛋生鸟的动态物件机制：要能自动从物件群中解析归纳产生共同类别以达应用合并整合为单一系统的效果。

连电源钮都无，当有无线电源输入且內建电池电量充足时即唤醒，当无无线电源输入时即睡眠，所以移动在外是靠无线电池贴近与否在控制开关。唤醒后可藉由互动令其睡眠而仅充电，要再唤醒就移离无线电源再次贴近。至于系统死机需强制关机重启咋办？移离无线电源再贴近先启动一个开端让使用者选择关机、睡眠、重启或进入系统。

但若环境持续供应远距无线电源咋办？改以微距RFID贴近与否控制开关。

现是自拍镜头置于屏幕边匡才可用贴纸遮住防骇客激活偷拍，以后摄像是in-cell在显象素后面利用视觉暂留瞬间息显摄像，贴纸何用？将通讯port做成实体硬件开关方为根本之道。