Hyper-Threading Technology brings concept of simultaneous multi-threading to the Intel Architecture. Hyper-Threading Technology makes a single physical processor appear as two logical processors. The physical execution resources are shared and the architecture state is duplicated for the two logical processors. From a software or architecture perspective, this means operating systems and user programs can schedule processes or threads to logical processors as they would on multiple physical processors. From a ....etc

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ABSTRACT
The on-card implementation is actually a prime finding problem.So we should optimize the algorithms so that they become efficient, flexible and space saving. Along with these crypto coprocessors are also used to accelerate cryptography.Although smart cards are becoming used in an increasing number of applications, there is small literature of the implementation issues for smart cards. This paper describes the issues and considerations that need to be taken into account when implementing the key ge ....etc

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Hyper-Threading (HT) Technology is a groundbreaking innovation from Intel that improves PC responsiveness, produces performance gains of up to 25 percent.
Hyper-Threading Technology makes a single physical processor appear as two logical processors; the physical execution resources are shared and the architecture state is duplicated for the two logical processors. From a software perspective, this means operating systems and user programs can schedule processes or threads to logical processors as they would on multiple physical processors. ....etc

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Plasmonics promises Faster Communication



The term ‘plasmonics’ is derived from
plasmons—quanta associated with surface charge oscillations. Their
frequency is almost equal to that of light;
optical frequencies are about 105 times
greater than the frequency of today’s
electronic microprocessors. So light can
be used to excite them on the surface of
a material in a localised regime.
The energy required to receive and
send a surface plasmon pul ....etc

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Researchers at the University of California, Berkley, have developed a way to grow nanolasers on a piece of silicon which is believes to pave the way for new generation of laser processors.

In fact the silicon is bad at generating light. Scientists had previously tried to develop chips made of silicon and so-called III-V (three-five) semiconductor materials, but this approach has problems of its own.

Lead researcher and UC Berkeley grad student Roger Chen said in a press release: Growing III-V semiconductor films on silicon is like f ....etc

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