TRUST WORTHY COMUTING UNDER RESOURCE CONSTRAINTS WITH THE DOWN POLICY-DEPENDABLE AND SECURE COMPUTING

Abstract: In this project we present a simple way to resolve a complicated network security. This is done by the following two ways. They are as follows, first is the decrypt only when necessary (DOWN) policy, which can substantially improve the ability of low-cost to protect the secrets. The DOWN policy relies on the ability to operate with fractional parts of secrets. We discuss the feasibility of extending the DOWN policy to various asym ....etc

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new products using downstreaming process ....etc

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TRUST WORTHY COMUTING UNDER RESOURCE CONSTRAINTS WITH THE DOWN POLICY

Abstract: In this project we present a simple way to resolve a complicated network security. This is done by the following two ways. They are as follows, first is the decrypt only when necessary (DOWN) policy, which can substantially improve the ability of low-cost to protect the secrets. The DOWN policy relies on the ability to operate with fractional parts of secrets. We discuss the feasibility of extending the DOWN policy to various asymmetric and symmetric cryptographi ....etc

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Molecular manufacturing promises precise control of matter at the atomic and molecular level. One major implication of this realization is that in the next 10-30 years it may become possible to construct machines on the micron scale, comprised of parts on the nanometer scale.




Subassemblies of such devices may include such useful robotic components as 100-nm manipulator arms, 400-nm mechanical GHz-clock computers, 10-nm sorting rotors for molecule-by-molecule reagent purification, and smooth superhard surfaces made of atomically fla ....etc

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As we enter the age of universal electronic connectivity, electronic eavesdropping and electronic fraud threaten the prosperity of corporations and individuals. Thus, the role of digital security has become increasingly important. The security requirements within an organization have undergone major changes in the last few decades. Before the widespread use of data processing equipment, data and information valuable to an organization were made invulnerable primarily by physical and administrative means. With the advent of computer networks an ....etc

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please send information regarding thi topic in detail ....etc

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ABSTRACT

Molecular manufacturing promises precise control of matter at the atomic and molecular level, allowing the construction of micron-scale machines comprised of nanometer-scale components.
Medical nanomachines will be among the earliest applications. The artificial red blood cell or respirocyte proposed here is a bloodborne spherical 1-micron diamondoid 1000-atm pressure vessel with active pumping able to deliver 236 times more oxygen to the tissues per unit volume than na ....etc

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Molecular manufacturing promises precise control of matter at the atomic and molecular level. One major implication of this realization is that in the next 10-30 years it may become possible to construct machines on the micron scale, comprised of parts on the nanometer scale.

Subassemblies of such devices may include such useful robotic components as 100-nm manipulator arms, 400-nm mechanical GHz-clock computers, 10-nm sorting rotors for molecule-by-molecule reagent purification, and smooth superhard surfaces made of atomically flawless diam ....etc

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please ssend any details regarding this project ....etc

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Abstract
Smartcards are becoming the most secure and cheap portable computing device today. They have been used successfully in many applications involving money, proprietary and personal data. But, as smartcards get more powerful and become multiapplication, the need for database management arises. The design of very small databases for smartcards is constrained by the peculiar features of the physical medium. Also, smartcards have severe hardware limitations, which make traditional database technology irrelevant. The major task is to scale ....etc

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