Although there are many differences between a living

Natural

Protection of animals from dangerous foreign pathogens, including bacteria, viruses, parasites, toxins and

. Their role in the body, similar to computer security

systems in computer technology. Although there are many differences between living organisms

and computer systems, we believe that the strong similarity >> << and may point the way to improve computer security. Four examples >> << as we apply the idea of ​​Immunology in modern computer security problems

<< is the method >>

system >> and << algorithm method input design. The analogy with immunology contributes

important perspective on how to achieve computer security that

could potentially lead to systems built with completely different sets of assumptions, prejudices and

than in the past. Immunologists have traditionally described the problem solved >> << immune system as a problem distinguishing "I" of hazardous

, "other" (or "nonself-adjoint") and the elimination of dangerous nonself-adjoint. The problem of protection of computer systems from malicious intrusions >> << similarly be viewed as a problem distinguishing >> << itself from nonself-adjoint. Nonselfadjoint be unauthorized >> << user code in a strange computer virus or worm acts,

emergency code in the form of Trojan horse, or corrupted data. What should I do to build a computer immune system of some or all

properties of natural immune system? Such a system

much more complex concepts and individual protection than is available

on modern operating systems, and it will give a general purpose

protection system to increase the current computer security system. This

to lasix 40mg at least the following main components: a stable >> << definition of personality, prevention or

detection and subsequent elimination of dangerous >> << Foreign Economic Affairs (infection), monuments Five previous infections method

recognition of new infections, and way to protect >> << immune system from attacking itself. .