Intelligent CPU Architecture

*Intelligent CPU Architecture

“A CPU instruction set to handle all operations, which is linked to a SSD drive to extend the architecture, where multiple threadings via multiple cores and thread management can be quickly expanded or contracted, it will be limitless in terms of instruction execution, and all processes can be effectively managed via logging until completion, the wait state can be effectively time controlled. The environment therefore cannot be the same as the microarchitecture of today’s CPU, it must be minimum be a 2 environment setup, where the swap or cache environment will act as the extension of the CPU where all multithreading, cores, thread management is contained, and the other for system control and OS,  with the 3rd for program and app softwares and data. User profiles is kept in the 2nd environment, where the 1st environment is not accessible, the 2nd is read only and only the 3rd environment is both for read and write. You therefore need root access or admin rights to access and write to the 2nd environment. The instruction sets for sound and graphics can be built into the CPU, but when processing power is required, it will be using the 1st environment of cache or swap, which will be almost unlimited due to the HD space required.”

– Contributed by Oogle.

* Copyrighted for the United Nations.

http://en.wikipedia.org/wiki/Propositional_logic

“I am studying both Prolog and Scheme, but both still does not serve my requirements for an expert system but Prolog is the closest, it needs a english like language for programming, zeroth-order logic with theorems and rules based which can be easily derived, it’s binary relations and a library of datasets that can be utilised for many functions. Still no solutions. If you want to run a state of art security camera, or the avionics of a fighter jet, or research work on a 3D search engine, you need an Expert System.” – Contributed by Oogle.

http://web.eecs.umich.edu/~bchandra/courses/papers/Hoare_Hints.pdf

Motion detectors will first trigger the operations of my security camera. Example of a simple Input for a security camera for facial recognition;

1) Is the color of hair blonde? True/False
2) Is the color of hair black? True/False
3) Is the color of hair brown? True/False
4) Is the color of eyes blue? True/False
1) Is the color of eyes black? True/False
1) Is the color of eyes brown? True/False

Output
The color of hair is blonde. True
The color of eyes is blue. True
The person is a girl. True
The girl is 1.6M tall. Value
The girl is average built. True
The girl does not carry a weapon. True
The last three lines are extracted from other modules of the software, where a relational database can handle all the queries. In fact, the operation is extremely complex as it uses multi-threading across a server farm and multiple layers of the same frame, therefore I need a dialog box to know the execution and completion of all processes, even with the capability to train my expert system, so the next time round it will run even faster.

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out /  Change )

Google+ photo

You are commenting using your Google+ account. Log Out /  Change )

Twitter picture

You are commenting using your Twitter account. Log Out /  Change )

Facebook photo

You are commenting using your Facebook account. Log Out /  Change )

Connecting to %s